Improvement catalogue 1/10

Improvements 1–2,000, ranked. Y = feasible under the rule matrix, N = ruled out.

#	Method	Operator	Context	Feasible	Score
1	DNA sequencing	cut analysis time 10x	field and point of use	Y	10
2	DNA sequencing	cut analysis time 10x	industrial QC	Y	10
3	DNA sequencing	cut analysis time 10x	teaching laboratory	Y	10
4	DNA sequencing	cut analysis time 10x	materials production	Y	10
5	DNA sequencing	cut analysis time 10x	remote or deployed	Y	10
6	DNA sequencing	cut sample volume 10x	field and point of use	Y	10
7	DNA sequencing	cut sample volume 10x	industrial QC	Y	10
8	DNA sequencing	cut sample volume 10x	teaching laboratory	Y	10
9	DNA sequencing	cut sample volume 10x	materials production	Y	10
10	DNA sequencing	cut sample volume 10x	remote or deployed	Y	10
11	DNA sequencing	miniaturise to chip scale	field and point of use	Y	10
12	DNA sequencing	miniaturise to chip scale	industrial QC	Y	10
13	DNA sequencing	miniaturise to chip scale	teaching laboratory	Y	10
14	DNA sequencing	miniaturise to chip scale	materials production	Y	10
15	DNA sequencing	miniaturise to chip scale	remote or deployed	Y	10
16	DNA sequencing	multiplex the assay	field and point of use	Y	10
17	DNA sequencing	multiplex the assay	industrial QC	Y	10
18	DNA sequencing	multiplex the assay	teaching laboratory	Y	10
19	DNA sequencing	multiplex the assay	materials production	Y	10
20	DNA sequencing	multiplex the assay	remote or deployed	Y	10
21	DSC	replace with a proxy measurement	field and point of use	Y	10
22	DSC	replace with a proxy measurement	industrial QC	Y	10
23	DSC	replace with a proxy measurement	teaching laboratory	Y	10
24	DSC	replace with a proxy measurement	materials production	Y	10
25	DSC	replace with a proxy measurement	remote or deployed	Y	10
26	ELISA	cut analysis time 10x	field and point of use	Y	10
27	ELISA	cut analysis time 10x	industrial QC	Y	10
28	ELISA	cut analysis time 10x	teaching laboratory	Y	10
29	ELISA	cut analysis time 10x	materials production	Y	10
30	ELISA	cut analysis time 10x	remote or deployed	Y	10
31	ELISA	cut sample volume 10x	field and point of use	Y	10
32	ELISA	cut sample volume 10x	industrial QC	Y	10
33	ELISA	cut sample volume 10x	teaching laboratory	Y	10
34	ELISA	cut sample volume 10x	materials production	Y	10
35	ELISA	cut sample volume 10x	remote or deployed	Y	10
36	ELISA	miniaturise to chip scale	field and point of use	Y	10
37	ELISA	miniaturise to chip scale	industrial QC	Y	10
38	ELISA	miniaturise to chip scale	teaching laboratory	Y	10
39	ELISA	miniaturise to chip scale	materials production	Y	10
40	ELISA	miniaturise to chip scale	remote or deployed	Y	10
41	ELISA	multiplex the assay	field and point of use	Y	10
42	ELISA	multiplex the assay	industrial QC	Y	10
43	ELISA	multiplex the assay	teaching laboratory	Y	10
44	ELISA	multiplex the assay	materials production	Y	10
45	ELISA	multiplex the assay	remote or deployed	Y	10
46	GC	convert batch to continuous	industrial QC	Y	10
47	GC	convert batch to continuous	teaching laboratory	Y	10
48	GC	convert batch to continuous	materials production	Y	10
49	GC	cut analysis time 10x	field and point of use	Y	10
50	GC	cut analysis time 10x	industrial QC	Y	10
51	GC	cut analysis time 10x	teaching laboratory	Y	10
52	GC	cut analysis time 10x	materials production	Y	10
53	GC	cut analysis time 10x	remote or deployed	Y	10
54	GC	cut sample volume 10x	field and point of use	Y	10
55	GC	cut sample volume 10x	industrial QC	Y	10
56	GC	cut sample volume 10x	teaching laboratory	Y	10
57	GC	cut sample volume 10x	materials production	Y	10
58	GC	cut sample volume 10x	remote or deployed	Y	10
59	GC	eliminate a separation step	field and point of use	Y	10
60	GC	eliminate a separation step	industrial QC	Y	10
61	GC	eliminate a separation step	teaching laboratory	Y	10
62	GC	eliminate a separation step	materials production	Y	10
63	GC	eliminate a separation step	remote or deployed	Y	10
64	GC	miniaturise to chip scale	field and point of use	Y	10
65	GC	miniaturise to chip scale	industrial QC	Y	10
66	GC	miniaturise to chip scale	teaching laboratory	Y	10
67	GC	miniaturise to chip scale	materials production	Y	10
68	GC	miniaturise to chip scale	remote or deployed	Y	10
69	HPLC	convert batch to continuous	industrial QC	Y	10
70	HPLC	convert batch to continuous	teaching laboratory	Y	10
71	HPLC	convert batch to continuous	materials production	Y	10
72	HPLC	cut analysis time 10x	field and point of use	Y	10
73	HPLC	cut analysis time 10x	industrial QC	Y	10
74	HPLC	cut analysis time 10x	teaching laboratory	Y	10
75	HPLC	cut analysis time 10x	materials production	Y	10
76	HPLC	cut analysis time 10x	remote or deployed	Y	10
77	HPLC	cut sample volume 10x	field and point of use	Y	10
78	HPLC	cut sample volume 10x	industrial QC	Y	10
79	HPLC	cut sample volume 10x	teaching laboratory	Y	10
80	HPLC	cut sample volume 10x	materials production	Y	10
81	HPLC	cut sample volume 10x	remote or deployed	Y	10
82	HPLC	eliminate a separation step	field and point of use	Y	10
83	HPLC	eliminate a separation step	industrial QC	Y	10
84	HPLC	eliminate a separation step	teaching laboratory	Y	10
85	HPLC	eliminate a separation step	materials production	Y	10
86	HPLC	eliminate a separation step	remote or deployed	Y	10
87	HPLC	miniaturise to chip scale	field and point of use	Y	10
88	HPLC	miniaturise to chip scale	industrial QC	Y	10
89	HPLC	miniaturise to chip scale	teaching laboratory	Y	10
90	HPLC	miniaturise to chip scale	materials production	Y	10
91	HPLC	miniaturise to chip scale	remote or deployed	Y	10
92	ICP-MS	cut analysis time 10x	field and point of use	Y	10
93	ICP-MS	cut analysis time 10x	industrial QC	Y	10
94	ICP-MS	cut analysis time 10x	teaching laboratory	Y	10
95	ICP-MS	cut analysis time 10x	materials production	Y	10
96	ICP-MS	cut analysis time 10x	remote or deployed	Y	10
97	ICP-MS	cut sample volume 10x	field and point of use	Y	10
98	ICP-MS	cut sample volume 10x	industrial QC	Y	10
99	ICP-MS	cut sample volume 10x	teaching laboratory	Y	10
100	ICP-MS	cut sample volume 10x	materials production	Y	10
101	ICP-MS	cut sample volume 10x	remote or deployed	Y	10
102	ICP-MS	miniaturise to chip scale	field and point of use	Y	10
103	ICP-MS	miniaturise to chip scale	industrial QC	Y	10
104	ICP-MS	miniaturise to chip scale	teaching laboratory	Y	10
105	ICP-MS	miniaturise to chip scale	materials production	Y	10
106	ICP-MS	miniaturise to chip scale	remote or deployed	Y	10
107	ICP-MS	multiplex the assay	field and point of use	Y	10
108	ICP-MS	multiplex the assay	industrial QC	Y	10
109	ICP-MS	multiplex the assay	teaching laboratory	Y	10
110	ICP-MS	multiplex the assay	materials production	Y	10
111	ICP-MS	multiplex the assay	remote or deployed	Y	10
112	Mössbauer spectroscopy	cut analysis time 10x	field and point of use	Y	10
113	Mössbauer spectroscopy	cut analysis time 10x	industrial QC	Y	10
114	Mössbauer spectroscopy	cut analysis time 10x	teaching laboratory	Y	10
115	Mössbauer spectroscopy	cut analysis time 10x	materials production	Y	10
116	Mössbauer spectroscopy	cut analysis time 10x	remote or deployed	Y	10
117	Mössbauer spectroscopy	cut sample volume 10x	field and point of use	Y	10
118	Mössbauer spectroscopy	cut sample volume 10x	industrial QC	Y	10
119	Mössbauer spectroscopy	cut sample volume 10x	teaching laboratory	Y	10
120	Mössbauer spectroscopy	cut sample volume 10x	materials production	Y	10
121	Mössbauer spectroscopy	cut sample volume 10x	remote or deployed	Y	10
122	Mössbauer spectroscopy	miniaturise to chip scale	field and point of use	Y	10
123	Mössbauer spectroscopy	miniaturise to chip scale	industrial QC	Y	10
124	Mössbauer spectroscopy	miniaturise to chip scale	teaching laboratory	Y	10
125	Mössbauer spectroscopy	miniaturise to chip scale	materials production	Y	10
126	Mössbauer spectroscopy	miniaturise to chip scale	remote or deployed	Y	10
127	Mössbauer spectroscopy	multiplex the assay	field and point of use	Y	10
128	Mössbauer spectroscopy	multiplex the assay	industrial QC	Y	10
129	Mössbauer spectroscopy	multiplex the assay	teaching laboratory	Y	10
130	Mössbauer spectroscopy	multiplex the assay	materials production	Y	10
131	Mössbauer spectroscopy	multiplex the assay	remote or deployed	Y	10
132	NMR spectroscopy	cut analysis time 10x	field and point of use	Y	10
133	NMR spectroscopy	cut analysis time 10x	industrial QC	Y	10
134	NMR spectroscopy	cut analysis time 10x	teaching laboratory	Y	10
135	NMR spectroscopy	cut analysis time 10x	materials production	Y	10
136	NMR spectroscopy	cut analysis time 10x	remote or deployed	Y	10
137	NMR spectroscopy	cut sample volume 10x	field and point of use	Y	10
138	NMR spectroscopy	cut sample volume 10x	industrial QC	Y	10
139	NMR spectroscopy	cut sample volume 10x	teaching laboratory	Y	10
140	NMR spectroscopy	cut sample volume 10x	materials production	Y	10
141	NMR spectroscopy	cut sample volume 10x	remote or deployed	Y	10
142	NMR spectroscopy	miniaturise to chip scale	field and point of use	Y	10
143	NMR spectroscopy	miniaturise to chip scale	industrial QC	Y	10
144	NMR spectroscopy	miniaturise to chip scale	teaching laboratory	Y	10
145	NMR spectroscopy	miniaturise to chip scale	materials production	Y	10
146	NMR spectroscopy	miniaturise to chip scale	remote or deployed	Y	10
147	NMR spectroscopy	multiplex the assay	field and point of use	Y	10
148	NMR spectroscopy	multiplex the assay	industrial QC	Y	10
149	NMR spectroscopy	multiplex the assay	teaching laboratory	Y	10
150	NMR spectroscopy	multiplex the assay	materials production	Y	10
151	NMR spectroscopy	multiplex the assay	remote or deployed	Y	10
152	PCR	cut analysis time 10x	field and point of use	Y	10
153	PCR	cut analysis time 10x	industrial QC	Y	10
154	PCR	cut analysis time 10x	teaching laboratory	Y	10
155	PCR	cut analysis time 10x	materials production	Y	10
156	PCR	cut analysis time 10x	remote or deployed	Y	10
157	PCR	cut sample volume 10x	field and point of use	Y	10
158	PCR	cut sample volume 10x	industrial QC	Y	10
159	PCR	cut sample volume 10x	teaching laboratory	Y	10
160	PCR	cut sample volume 10x	materials production	Y	10
161	PCR	cut sample volume 10x	remote or deployed	Y	10
162	PCR	miniaturise to chip scale	field and point of use	Y	10
163	PCR	miniaturise to chip scale	industrial QC	Y	10
164	PCR	miniaturise to chip scale	teaching laboratory	Y	10
165	PCR	miniaturise to chip scale	materials production	Y	10
166	PCR	miniaturise to chip scale	remote or deployed	Y	10
167	PCR	multiplex the assay	field and point of use	Y	10
168	PCR	multiplex the assay	industrial QC	Y	10
169	PCR	multiplex the assay	teaching laboratory	Y	10
170	PCR	multiplex the assay	materials production	Y	10
171	PCR	multiplex the assay	remote or deployed	Y	10
172	Raman spectroscopy	cut analysis time 10x	field and point of use	Y	10
173	Raman spectroscopy	cut analysis time 10x	industrial QC	Y	10
174	Raman spectroscopy	cut analysis time 10x	teaching laboratory	Y	10
175	Raman spectroscopy	cut analysis time 10x	materials production	Y	10
176	Raman spectroscopy	cut analysis time 10x	remote or deployed	Y	10
177	Raman spectroscopy	cut sample volume 10x	field and point of use	Y	10
178	Raman spectroscopy	cut sample volume 10x	industrial QC	Y	10
179	Raman spectroscopy	cut sample volume 10x	teaching laboratory	Y	10
180	Raman spectroscopy	cut sample volume 10x	materials production	Y	10
181	Raman spectroscopy	cut sample volume 10x	remote or deployed	Y	10
182	Raman spectroscopy	miniaturise to chip scale	field and point of use	Y	10
183	Raman spectroscopy	miniaturise to chip scale	industrial QC	Y	10
184	Raman spectroscopy	miniaturise to chip scale	teaching laboratory	Y	10
185	Raman spectroscopy	miniaturise to chip scale	materials production	Y	10
186	Raman spectroscopy	miniaturise to chip scale	remote or deployed	Y	10
187	Raman spectroscopy	multiplex the assay	field and point of use	Y	10
188	Raman spectroscopy	multiplex the assay	industrial QC	Y	10
189	Raman spectroscopy	multiplex the assay	teaching laboratory	Y	10
190	Raman spectroscopy	multiplex the assay	materials production	Y	10
191	Raman spectroscopy	multiplex the assay	remote or deployed	Y	10
192	TGA	replace with a proxy measurement	field and point of use	Y	10
193	TGA	replace with a proxy measurement	industrial QC	Y	10
194	TGA	replace with a proxy measurement	teaching laboratory	Y	10
195	TGA	replace with a proxy measurement	materials production	Y	10
196	TGA	replace with a proxy measurement	remote or deployed	Y	10
197	UV-Vis spectrophotometry	cut analysis time 10x	field and point of use	Y	10
198	UV-Vis spectrophotometry	cut analysis time 10x	industrial QC	Y	10
199	UV-Vis spectrophotometry	cut analysis time 10x	teaching laboratory	Y	10
200	UV-Vis spectrophotometry	cut analysis time 10x	materials production	Y	10
201	UV-Vis spectrophotometry	cut analysis time 10x	remote or deployed	Y	10
202	UV-Vis spectrophotometry	cut sample volume 10x	field and point of use	Y	10
203	UV-Vis spectrophotometry	cut sample volume 10x	industrial QC	Y	10
204	UV-Vis spectrophotometry	cut sample volume 10x	teaching laboratory	Y	10
205	UV-Vis spectrophotometry	cut sample volume 10x	materials production	Y	10
206	UV-Vis spectrophotometry	cut sample volume 10x	remote or deployed	Y	10
207	UV-Vis spectrophotometry	miniaturise to chip scale	field and point of use	Y	10
208	UV-Vis spectrophotometry	miniaturise to chip scale	industrial QC	Y	10
209	UV-Vis spectrophotometry	miniaturise to chip scale	teaching laboratory	Y	10
210	UV-Vis spectrophotometry	miniaturise to chip scale	materials production	Y	10
211	UV-Vis spectrophotometry	miniaturise to chip scale	remote or deployed	Y	10
212	UV-Vis spectrophotometry	multiplex the assay	field and point of use	Y	10
213	UV-Vis spectrophotometry	multiplex the assay	industrial QC	Y	10
214	UV-Vis spectrophotometry	multiplex the assay	teaching laboratory	Y	10
215	UV-Vis spectrophotometry	multiplex the assay	materials production	Y	10
216	UV-Vis spectrophotometry	multiplex the assay	remote or deployed	Y	10
217	X-ray diffraction	cut analysis time 10x	field and point of use	Y	10
218	X-ray diffraction	cut analysis time 10x	industrial QC	Y	10
219	X-ray diffraction	cut analysis time 10x	teaching laboratory	Y	10
220	X-ray diffraction	cut analysis time 10x	materials production	Y	10
221	X-ray diffraction	cut analysis time 10x	remote or deployed	Y	10
222	X-ray fluorescence	cut analysis time 10x	field and point of use	Y	10
223	X-ray fluorescence	cut analysis time 10x	industrial QC	Y	10
224	X-ray fluorescence	cut analysis time 10x	teaching laboratory	Y	10
225	X-ray fluorescence	cut analysis time 10x	materials production	Y	10
226	X-ray fluorescence	cut analysis time 10x	remote or deployed	Y	10
227	X-ray fluorescence	cut sample volume 10x	field and point of use	Y	10
228	X-ray fluorescence	cut sample volume 10x	industrial QC	Y	10
229	X-ray fluorescence	cut sample volume 10x	teaching laboratory	Y	10
230	X-ray fluorescence	cut sample volume 10x	materials production	Y	10
231	X-ray fluorescence	cut sample volume 10x	remote or deployed	Y	10
232	X-ray fluorescence	miniaturise to chip scale	field and point of use	Y	10
233	X-ray fluorescence	miniaturise to chip scale	industrial QC	Y	10
234	X-ray fluorescence	miniaturise to chip scale	teaching laboratory	Y	10
235	X-ray fluorescence	miniaturise to chip scale	materials production	Y	10
236	X-ray fluorescence	miniaturise to chip scale	remote or deployed	Y	10
237	X-ray fluorescence	multiplex the assay	field and point of use	Y	10
238	X-ray fluorescence	multiplex the assay	industrial QC	Y	10
239	X-ray fluorescence	multiplex the assay	teaching laboratory	Y	10
240	X-ray fluorescence	multiplex the assay	materials production	Y	10
241	X-ray fluorescence	multiplex the assay	remote or deployed	Y	10
242	adhesion testing	replace with a proxy measurement	field and point of use	Y	10
243	adhesion testing	replace with a proxy measurement	industrial QC	Y	10
244	adhesion testing	replace with a proxy measurement	teaching laboratory	Y	10
245	adhesion testing	replace with a proxy measurement	materials production	Y	10
246	adhesion testing	replace with a proxy measurement	remote or deployed	Y	10
247	annealing	convert batch to continuous	industrial QC	Y	10
248	annealing	convert batch to continuous	teaching laboratory	Y	10
249	annealing	convert batch to continuous	materials production	Y	10
250	annealing	cut sample volume 10x	field and point of use	Y	10
251	annealing	cut sample volume 10x	industrial QC	Y	10
252	annealing	cut sample volume 10x	teaching laboratory	Y	10
253	annealing	cut sample volume 10x	materials production	Y	10
254	annealing	cut sample volume 10x	remote or deployed	Y	10
255	annealing	eliminate a separation step	field and point of use	Y	10
256	annealing	eliminate a separation step	industrial QC	Y	10
257	annealing	eliminate a separation step	teaching laboratory	Y	10
258	annealing	eliminate a separation step	materials production	Y	10
259	annealing	eliminate a separation step	remote or deployed	Y	10
260	annealing	replace with a proxy measurement	field and point of use	Y	10
261	annealing	replace with a proxy measurement	industrial QC	Y	10
262	annealing	replace with a proxy measurement	teaching laboratory	Y	10
263	annealing	replace with a proxy measurement	materials production	Y	10
264	annealing	replace with a proxy measurement	remote or deployed	Y	10
265	ashing	convert batch to continuous	industrial QC	Y	10
266	ashing	convert batch to continuous	teaching laboratory	Y	10
267	ashing	convert batch to continuous	materials production	Y	10
268	ashing	cut sample volume 10x	field and point of use	Y	10
269	ashing	cut sample volume 10x	industrial QC	Y	10
270	ashing	cut sample volume 10x	teaching laboratory	Y	10
271	ashing	cut sample volume 10x	materials production	Y	10
272	ashing	cut sample volume 10x	remote or deployed	Y	10
273	ashing	eliminate a separation step	field and point of use	Y	10
274	ashing	eliminate a separation step	industrial QC	Y	10
275	ashing	eliminate a separation step	teaching laboratory	Y	10
276	ashing	eliminate a separation step	materials production	Y	10
277	ashing	eliminate a separation step	remote or deployed	Y	10
278	ashing	replace with a proxy measurement	field and point of use	Y	10
279	ashing	replace with a proxy measurement	industrial QC	Y	10
280	ashing	replace with a proxy measurement	teaching laboratory	Y	10
281	ashing	replace with a proxy measurement	materials production	Y	10
282	ashing	replace with a proxy measurement	remote or deployed	Y	10
283	atomic absorption	cut analysis time 10x	field and point of use	Y	10
284	atomic absorption	cut analysis time 10x	industrial QC	Y	10
285	atomic absorption	cut analysis time 10x	teaching laboratory	Y	10
286	atomic absorption	cut analysis time 10x	materials production	Y	10
287	atomic absorption	cut analysis time 10x	remote or deployed	Y	10
288	atomic absorption	cut sample volume 10x	field and point of use	Y	10
289	atomic absorption	cut sample volume 10x	industrial QC	Y	10
290	atomic absorption	cut sample volume 10x	teaching laboratory	Y	10
291	atomic absorption	cut sample volume 10x	materials production	Y	10
292	atomic absorption	cut sample volume 10x	remote or deployed	Y	10
293	atomic absorption	miniaturise to chip scale	field and point of use	Y	10
294	atomic absorption	miniaturise to chip scale	industrial QC	Y	10
295	atomic absorption	miniaturise to chip scale	teaching laboratory	Y	10
296	atomic absorption	miniaturise to chip scale	materials production	Y	10
297	atomic absorption	miniaturise to chip scale	remote or deployed	Y	10
298	atomic absorption	multiplex the assay	field and point of use	Y	10
299	atomic absorption	multiplex the assay	industrial QC	Y	10
300	atomic absorption	multiplex the assay	teaching laboratory	Y	10
301	atomic absorption	multiplex the assay	materials production	Y	10
302	atomic absorption	multiplex the assay	remote or deployed	Y	10
303	atomic force microscopy	cut analysis time 10x	field and point of use	Y	10
304	atomic force microscopy	cut analysis time 10x	industrial QC	Y	10
305	atomic force microscopy	cut analysis time 10x	teaching laboratory	Y	10
306	atomic force microscopy	cut analysis time 10x	materials production	Y	10
307	atomic force microscopy	cut analysis time 10x	remote or deployed	Y	10
308	calorimetry	replace with a proxy measurement	field and point of use	Y	10
309	calorimetry	replace with a proxy measurement	industrial QC	Y	10
310	calorimetry	replace with a proxy measurement	teaching laboratory	Y	10
311	calorimetry	replace with a proxy measurement	materials production	Y	10
312	calorimetry	replace with a proxy measurement	remote or deployed	Y	10
313	capillary electrophoresis	convert batch to continuous	industrial QC	Y	10
314	capillary electrophoresis	convert batch to continuous	teaching laboratory	Y	10
315	capillary electrophoresis	convert batch to continuous	materials production	Y	10
316	capillary electrophoresis	cut analysis time 10x	field and point of use	Y	10
317	capillary electrophoresis	cut analysis time 10x	industrial QC	Y	10
318	capillary electrophoresis	cut analysis time 10x	teaching laboratory	Y	10
319	capillary electrophoresis	cut analysis time 10x	materials production	Y	10
320	capillary electrophoresis	cut analysis time 10x	remote or deployed	Y	10
321	capillary electrophoresis	cut sample volume 10x	field and point of use	Y	10
322	capillary electrophoresis	cut sample volume 10x	industrial QC	Y	10
323	capillary electrophoresis	cut sample volume 10x	teaching laboratory	Y	10
324	capillary electrophoresis	cut sample volume 10x	materials production	Y	10
325	capillary electrophoresis	cut sample volume 10x	remote or deployed	Y	10
326	capillary electrophoresis	eliminate a separation step	field and point of use	Y	10
327	capillary electrophoresis	eliminate a separation step	industrial QC	Y	10
328	capillary electrophoresis	eliminate a separation step	teaching laboratory	Y	10
329	capillary electrophoresis	eliminate a separation step	materials production	Y	10
330	capillary electrophoresis	eliminate a separation step	remote or deployed	Y	10
331	capillary electrophoresis	miniaturise to chip scale	field and point of use	Y	10
332	capillary electrophoresis	miniaturise to chip scale	industrial QC	Y	10
333	capillary electrophoresis	miniaturise to chip scale	teaching laboratory	Y	10
334	capillary electrophoresis	miniaturise to chip scale	materials production	Y	10
335	capillary electrophoresis	miniaturise to chip scale	remote or deployed	Y	10
336	casting	convert batch to continuous	industrial QC	Y	10
337	casting	convert batch to continuous	teaching laboratory	Y	10
338	casting	convert batch to continuous	materials production	Y	10
339	casting	cut sample volume 10x	field and point of use	Y	10
340	casting	cut sample volume 10x	industrial QC	Y	10
341	casting	cut sample volume 10x	teaching laboratory	Y	10
342	casting	cut sample volume 10x	materials production	Y	10
343	casting	cut sample volume 10x	remote or deployed	Y	10
344	casting	eliminate a separation step	field and point of use	Y	10
345	casting	eliminate a separation step	industrial QC	Y	10
346	casting	eliminate a separation step	teaching laboratory	Y	10
347	casting	eliminate a separation step	materials production	Y	10
348	casting	eliminate a separation step	remote or deployed	Y	10
349	casting	replace with a proxy measurement	field and point of use	Y	10
350	casting	replace with a proxy measurement	industrial QC	Y	10
351	casting	replace with a proxy measurement	teaching laboratory	Y	10
352	casting	replace with a proxy measurement	materials production	Y	10
353	casting	replace with a proxy measurement	remote or deployed	Y	10
354	cell counting	cut analysis time 10x	field and point of use	Y	10
355	cell counting	cut analysis time 10x	industrial QC	Y	10
356	cell counting	cut analysis time 10x	teaching laboratory	Y	10
357	cell counting	cut analysis time 10x	materials production	Y	10
358	cell counting	cut analysis time 10x	remote or deployed	Y	10
359	cell counting	cut sample volume 10x	field and point of use	Y	10
360	cell counting	cut sample volume 10x	industrial QC	Y	10
361	cell counting	cut sample volume 10x	teaching laboratory	Y	10
362	cell counting	cut sample volume 10x	materials production	Y	10
363	cell counting	cut sample volume 10x	remote or deployed	Y	10
364	cell counting	miniaturise to chip scale	field and point of use	Y	10
365	cell counting	miniaturise to chip scale	industrial QC	Y	10
366	cell counting	miniaturise to chip scale	teaching laboratory	Y	10
367	cell counting	miniaturise to chip scale	materials production	Y	10
368	cell counting	miniaturise to chip scale	remote or deployed	Y	10
369	cell counting	multiplex the assay	field and point of use	Y	10
370	cell counting	multiplex the assay	industrial QC	Y	10
371	cell counting	multiplex the assay	teaching laboratory	Y	10
372	cell counting	multiplex the assay	materials production	Y	10
373	cell counting	multiplex the assay	remote or deployed	Y	10
374	cell culture	cut analysis time 10x	field and point of use	Y	10
375	cell culture	cut analysis time 10x	industrial QC	Y	10
376	cell culture	cut analysis time 10x	teaching laboratory	Y	10
377	cell culture	cut analysis time 10x	materials production	Y	10
378	cell culture	cut analysis time 10x	remote or deployed	Y	10
379	cell culture	cut sample volume 10x	field and point of use	Y	10
380	cell culture	cut sample volume 10x	industrial QC	Y	10
381	cell culture	cut sample volume 10x	teaching laboratory	Y	10
382	cell culture	cut sample volume 10x	materials production	Y	10
383	cell culture	cut sample volume 10x	remote or deployed	Y	10
384	cell culture	miniaturise to chip scale	field and point of use	Y	10
385	cell culture	miniaturise to chip scale	industrial QC	Y	10
386	cell culture	miniaturise to chip scale	teaching laboratory	Y	10
387	cell culture	miniaturise to chip scale	materials production	Y	10
388	cell culture	miniaturise to chip scale	remote or deployed	Y	10
389	cell culture	multiplex the assay	field and point of use	Y	10
390	cell culture	multiplex the assay	industrial QC	Y	10
391	cell culture	multiplex the assay	teaching laboratory	Y	10
392	cell culture	multiplex the assay	materials production	Y	10
393	cell culture	multiplex the assay	remote or deployed	Y	10
394	centrifugation	convert batch to continuous	industrial QC	Y	10
395	centrifugation	convert batch to continuous	teaching laboratory	Y	10
396	centrifugation	convert batch to continuous	materials production	Y	10
397	centrifugation	cut analysis time 10x	field and point of use	Y	10
398	centrifugation	cut analysis time 10x	industrial QC	Y	10
399	centrifugation	cut analysis time 10x	teaching laboratory	Y	10
400	centrifugation	cut analysis time 10x	materials production	Y	10
401	centrifugation	cut analysis time 10x	remote or deployed	Y	10
402	centrifugation	cut sample volume 10x	field and point of use	Y	10
403	centrifugation	cut sample volume 10x	industrial QC	Y	10
404	centrifugation	cut sample volume 10x	teaching laboratory	Y	10
405	centrifugation	cut sample volume 10x	materials production	Y	10
406	centrifugation	cut sample volume 10x	remote or deployed	Y	10
407	centrifugation	eliminate a separation step	field and point of use	Y	10
408	centrifugation	eliminate a separation step	industrial QC	Y	10
409	centrifugation	eliminate a separation step	teaching laboratory	Y	10
410	centrifugation	eliminate a separation step	materials production	Y	10
411	centrifugation	eliminate a separation step	remote or deployed	Y	10
412	centrifugation	miniaturise to chip scale	field and point of use	Y	10
413	centrifugation	miniaturise to chip scale	industrial QC	Y	10
414	centrifugation	miniaturise to chip scale	teaching laboratory	Y	10
415	centrifugation	miniaturise to chip scale	materials production	Y	10
416	centrifugation	miniaturise to chip scale	remote or deployed	Y	10
417	circular dichroism	cut analysis time 10x	field and point of use	Y	10
418	circular dichroism	cut analysis time 10x	industrial QC	Y	10
419	circular dichroism	cut analysis time 10x	teaching laboratory	Y	10
420	circular dichroism	cut analysis time 10x	materials production	Y	10
421	circular dichroism	cut analysis time 10x	remote or deployed	Y	10
422	circular dichroism	cut sample volume 10x	field and point of use	Y	10
423	circular dichroism	cut sample volume 10x	industrial QC	Y	10
424	circular dichroism	cut sample volume 10x	teaching laboratory	Y	10
425	circular dichroism	cut sample volume 10x	materials production	Y	10
426	circular dichroism	cut sample volume 10x	remote or deployed	Y	10
427	circular dichroism	miniaturise to chip scale	field and point of use	Y	10
428	circular dichroism	miniaturise to chip scale	industrial QC	Y	10
429	circular dichroism	miniaturise to chip scale	teaching laboratory	Y	10
430	circular dichroism	miniaturise to chip scale	materials production	Y	10
431	circular dichroism	miniaturise to chip scale	remote or deployed	Y	10
432	circular dichroism	multiplex the assay	field and point of use	Y	10
433	circular dichroism	multiplex the assay	industrial QC	Y	10
434	circular dichroism	multiplex the assay	teaching laboratory	Y	10
435	circular dichroism	multiplex the assay	materials production	Y	10
436	circular dichroism	multiplex the assay	remote or deployed	Y	10
437	coating deposition	convert batch to continuous	industrial QC	Y	10
438	coating deposition	convert batch to continuous	teaching laboratory	Y	10
439	coating deposition	convert batch to continuous	materials production	Y	10
440	coating deposition	cut sample volume 10x	field and point of use	Y	10
441	coating deposition	cut sample volume 10x	industrial QC	Y	10
442	coating deposition	cut sample volume 10x	teaching laboratory	Y	10
443	coating deposition	cut sample volume 10x	materials production	Y	10
444	coating deposition	cut sample volume 10x	remote or deployed	Y	10
445	coating deposition	eliminate a separation step	field and point of use	Y	10
446	coating deposition	eliminate a separation step	industrial QC	Y	10
447	coating deposition	eliminate a separation step	teaching laboratory	Y	10
448	coating deposition	eliminate a separation step	materials production	Y	10
449	coating deposition	eliminate a separation step	remote or deployed	Y	10
450	coating deposition	replace with a proxy measurement	field and point of use	Y	10
451	coating deposition	replace with a proxy measurement	industrial QC	Y	10
452	coating deposition	replace with a proxy measurement	teaching laboratory	Y	10
453	coating deposition	replace with a proxy measurement	materials production	Y	10
454	coating deposition	replace with a proxy measurement	remote or deployed	Y	10
455	confocal microscopy	cut analysis time 10x	field and point of use	Y	10
456	confocal microscopy	cut analysis time 10x	industrial QC	Y	10
457	confocal microscopy	cut analysis time 10x	teaching laboratory	Y	10
458	confocal microscopy	cut analysis time 10x	materials production	Y	10
459	confocal microscopy	cut analysis time 10x	remote or deployed	Y	10
460	creep testing	replace with a proxy measurement	field and point of use	Y	10
461	creep testing	replace with a proxy measurement	industrial QC	Y	10
462	creep testing	replace with a proxy measurement	teaching laboratory	Y	10
463	creep testing	replace with a proxy measurement	materials production	Y	10
464	creep testing	replace with a proxy measurement	remote or deployed	Y	10
465	degassing	convert batch to continuous	industrial QC	Y	10
466	degassing	convert batch to continuous	teaching laboratory	Y	10
467	degassing	convert batch to continuous	materials production	Y	10
468	degassing	cut sample volume 10x	field and point of use	Y	10
469	degassing	cut sample volume 10x	industrial QC	Y	10
470	degassing	cut sample volume 10x	teaching laboratory	Y	10
471	degassing	cut sample volume 10x	materials production	Y	10
472	degassing	cut sample volume 10x	remote or deployed	Y	10
473	degassing	eliminate a separation step	field and point of use	Y	10
474	degassing	eliminate a separation step	industrial QC	Y	10
475	degassing	eliminate a separation step	teaching laboratory	Y	10
476	degassing	eliminate a separation step	materials production	Y	10
477	degassing	eliminate a separation step	remote or deployed	Y	10
478	degassing	replace with a proxy measurement	field and point of use	Y	10
479	degassing	replace with a proxy measurement	industrial QC	Y	10
480	degassing	replace with a proxy measurement	teaching laboratory	Y	10
481	degassing	replace with a proxy measurement	materials production	Y	10
482	degassing	replace with a proxy measurement	remote or deployed	Y	10
483	density measurement	convert batch to continuous	industrial QC	Y	10
484	density measurement	convert batch to continuous	teaching laboratory	Y	10
485	density measurement	convert batch to continuous	materials production	Y	10
486	density measurement	cut sample volume 10x	field and point of use	Y	10
487	density measurement	cut sample volume 10x	industrial QC	Y	10
488	density measurement	cut sample volume 10x	teaching laboratory	Y	10
489	density measurement	cut sample volume 10x	materials production	Y	10
490	density measurement	cut sample volume 10x	remote or deployed	Y	10
491	density measurement	eliminate a separation step	field and point of use	Y	10
492	density measurement	eliminate a separation step	industrial QC	Y	10
493	density measurement	eliminate a separation step	teaching laboratory	Y	10
494	density measurement	eliminate a separation step	materials production	Y	10
495	density measurement	eliminate a separation step	remote or deployed	Y	10
496	density measurement	replace with a proxy measurement	field and point of use	Y	10
497	density measurement	replace with a proxy measurement	industrial QC	Y	10
498	density measurement	replace with a proxy measurement	teaching laboratory	Y	10
499	density measurement	replace with a proxy measurement	materials production	Y	10
500	density measurement	replace with a proxy measurement	remote or deployed	Y	10
501	dialysis	convert batch to continuous	industrial QC	Y	10
502	dialysis	convert batch to continuous	teaching laboratory	Y	10
503	dialysis	convert batch to continuous	materials production	Y	10
504	dialysis	cut analysis time 10x	field and point of use	Y	10
505	dialysis	cut analysis time 10x	industrial QC	Y	10
506	dialysis	cut analysis time 10x	teaching laboratory	Y	10
507	dialysis	cut analysis time 10x	materials production	Y	10
508	dialysis	cut analysis time 10x	remote or deployed	Y	10
509	dialysis	cut sample volume 10x	field and point of use	Y	10
510	dialysis	cut sample volume 10x	industrial QC	Y	10
511	dialysis	cut sample volume 10x	teaching laboratory	Y	10
512	dialysis	cut sample volume 10x	materials production	Y	10
513	dialysis	cut sample volume 10x	remote or deployed	Y	10
514	dialysis	eliminate a separation step	field and point of use	Y	10
515	dialysis	eliminate a separation step	industrial QC	Y	10
516	dialysis	eliminate a separation step	teaching laboratory	Y	10
517	dialysis	eliminate a separation step	materials production	Y	10
518	dialysis	eliminate a separation step	remote or deployed	Y	10
519	dialysis	miniaturise to chip scale	field and point of use	Y	10
520	dialysis	miniaturise to chip scale	industrial QC	Y	10
521	dialysis	miniaturise to chip scale	teaching laboratory	Y	10
522	dialysis	miniaturise to chip scale	materials production	Y	10
523	dialysis	miniaturise to chip scale	remote or deployed	Y	10
524	digestion	convert batch to continuous	industrial QC	Y	10
525	digestion	convert batch to continuous	teaching laboratory	Y	10
526	digestion	convert batch to continuous	materials production	Y	10
527	digestion	cut sample volume 10x	field and point of use	Y	10
528	digestion	cut sample volume 10x	industrial QC	Y	10
529	digestion	cut sample volume 10x	teaching laboratory	Y	10
530	digestion	cut sample volume 10x	materials production	Y	10
531	digestion	cut sample volume 10x	remote or deployed	Y	10
532	digestion	eliminate a separation step	field and point of use	Y	10
533	digestion	eliminate a separation step	industrial QC	Y	10
534	digestion	eliminate a separation step	teaching laboratory	Y	10
535	digestion	eliminate a separation step	materials production	Y	10
536	digestion	eliminate a separation step	remote or deployed	Y	10
537	digestion	replace with a proxy measurement	field and point of use	Y	10
538	digestion	replace with a proxy measurement	industrial QC	Y	10
539	digestion	replace with a proxy measurement	teaching laboratory	Y	10
540	digestion	replace with a proxy measurement	materials production	Y	10
541	digestion	replace with a proxy measurement	remote or deployed	Y	10
542	dilatometry	replace with a proxy measurement	field and point of use	Y	10
543	dilatometry	replace with a proxy measurement	industrial QC	Y	10
544	dilatometry	replace with a proxy measurement	teaching laboratory	Y	10
545	dilatometry	replace with a proxy measurement	materials production	Y	10
546	dilatometry	replace with a proxy measurement	remote or deployed	Y	10
547	distillation	convert batch to continuous	industrial QC	Y	10
548	distillation	convert batch to continuous	teaching laboratory	Y	10
549	distillation	convert batch to continuous	materials production	Y	10
550	distillation	cut analysis time 10x	field and point of use	Y	10
551	distillation	cut analysis time 10x	industrial QC	Y	10
552	distillation	cut analysis time 10x	teaching laboratory	Y	10
553	distillation	cut analysis time 10x	materials production	Y	10
554	distillation	cut analysis time 10x	remote or deployed	Y	10
555	distillation	cut sample volume 10x	field and point of use	Y	10
556	distillation	cut sample volume 10x	industrial QC	Y	10
557	distillation	cut sample volume 10x	teaching laboratory	Y	10
558	distillation	cut sample volume 10x	materials production	Y	10
559	distillation	cut sample volume 10x	remote or deployed	Y	10
560	distillation	eliminate a separation step	field and point of use	Y	10
561	distillation	eliminate a separation step	industrial QC	Y	10
562	distillation	eliminate a separation step	teaching laboratory	Y	10
563	distillation	eliminate a separation step	materials production	Y	10
564	distillation	eliminate a separation step	remote or deployed	Y	10
565	distillation	miniaturise to chip scale	field and point of use	Y	10
566	distillation	miniaturise to chip scale	industrial QC	Y	10
567	distillation	miniaturise to chip scale	teaching laboratory	Y	10
568	distillation	miniaturise to chip scale	materials production	Y	10
569	distillation	miniaturise to chip scale	remote or deployed	Y	10
570	drying	convert batch to continuous	industrial QC	Y	10
571	drying	convert batch to continuous	teaching laboratory	Y	10
572	drying	convert batch to continuous	materials production	Y	10
573	drying	cut sample volume 10x	field and point of use	Y	10
574	drying	cut sample volume 10x	industrial QC	Y	10
575	drying	cut sample volume 10x	teaching laboratory	Y	10
576	drying	cut sample volume 10x	materials production	Y	10
577	drying	cut sample volume 10x	remote or deployed	Y	10
578	drying	eliminate a separation step	field and point of use	Y	10
579	drying	eliminate a separation step	industrial QC	Y	10
580	drying	eliminate a separation step	teaching laboratory	Y	10
581	drying	eliminate a separation step	materials production	Y	10
582	drying	eliminate a separation step	remote or deployed	Y	10
583	drying	replace with a proxy measurement	field and point of use	Y	10
584	drying	replace with a proxy measurement	industrial QC	Y	10
585	drying	replace with a proxy measurement	teaching laboratory	Y	10
586	drying	replace with a proxy measurement	materials production	Y	10
587	drying	replace with a proxy measurement	remote or deployed	Y	10
588	dynamic mechanical analysis	replace with a proxy measurement	field and point of use	Y	10
589	dynamic mechanical analysis	replace with a proxy measurement	industrial QC	Y	10
590	dynamic mechanical analysis	replace with a proxy measurement	teaching laboratory	Y	10
591	dynamic mechanical analysis	replace with a proxy measurement	materials production	Y	10
592	dynamic mechanical analysis	replace with a proxy measurement	remote or deployed	Y	10
593	electron microscopy	cut analysis time 10x	field and point of use	Y	10
594	electron microscopy	cut analysis time 10x	industrial QC	Y	10
595	electron microscopy	cut analysis time 10x	teaching laboratory	Y	10
596	electron microscopy	cut analysis time 10x	materials production	Y	10
597	electron microscopy	cut analysis time 10x	remote or deployed	Y	10
598	electron paramagnetic resonance	cut analysis time 10x	field and point of use	Y	10
599	electron paramagnetic resonance	cut analysis time 10x	industrial QC	Y	10
600	electron paramagnetic resonance	cut analysis time 10x	teaching laboratory	Y	10
601	electron paramagnetic resonance	cut analysis time 10x	materials production	Y	10
602	electron paramagnetic resonance	cut analysis time 10x	remote or deployed	Y	10
603	electron paramagnetic resonance	cut sample volume 10x	field and point of use	Y	10
604	electron paramagnetic resonance	cut sample volume 10x	industrial QC	Y	10
605	electron paramagnetic resonance	cut sample volume 10x	teaching laboratory	Y	10
606	electron paramagnetic resonance	cut sample volume 10x	materials production	Y	10
607	electron paramagnetic resonance	cut sample volume 10x	remote or deployed	Y	10
608	electron paramagnetic resonance	miniaturise to chip scale	field and point of use	Y	10
609	electron paramagnetic resonance	miniaturise to chip scale	industrial QC	Y	10
610	electron paramagnetic resonance	miniaturise to chip scale	teaching laboratory	Y	10
611	electron paramagnetic resonance	miniaturise to chip scale	materials production	Y	10
612	electron paramagnetic resonance	miniaturise to chip scale	remote or deployed	Y	10
613	electron paramagnetic resonance	multiplex the assay	field and point of use	Y	10
614	electron paramagnetic resonance	multiplex the assay	industrial QC	Y	10
615	electron paramagnetic resonance	multiplex the assay	teaching laboratory	Y	10
616	electron paramagnetic resonance	multiplex the assay	materials production	Y	10
617	electron paramagnetic resonance	multiplex the assay	remote or deployed	Y	10
618	electrophoresis gel	cut analysis time 10x	field and point of use	Y	10
619	electrophoresis gel	cut analysis time 10x	industrial QC	Y	10
620	electrophoresis gel	cut analysis time 10x	teaching laboratory	Y	10
621	electrophoresis gel	cut analysis time 10x	materials production	Y	10
622	electrophoresis gel	cut analysis time 10x	remote or deployed	Y	10
623	electrophoresis gel	cut sample volume 10x	field and point of use	Y	10
624	electrophoresis gel	cut sample volume 10x	industrial QC	Y	10
625	electrophoresis gel	cut sample volume 10x	teaching laboratory	Y	10
626	electrophoresis gel	cut sample volume 10x	materials production	Y	10
627	electrophoresis gel	cut sample volume 10x	remote or deployed	Y	10
628	electrophoresis gel	miniaturise to chip scale	field and point of use	Y	10
629	electrophoresis gel	miniaturise to chip scale	industrial QC	Y	10
630	electrophoresis gel	miniaturise to chip scale	teaching laboratory	Y	10
631	electrophoresis gel	miniaturise to chip scale	materials production	Y	10
632	electrophoresis gel	miniaturise to chip scale	remote or deployed	Y	10
633	electrophoresis gel	multiplex the assay	field and point of use	Y	10
634	electrophoresis gel	multiplex the assay	industrial QC	Y	10
635	electrophoresis gel	multiplex the assay	teaching laboratory	Y	10
636	electrophoresis gel	multiplex the assay	materials production	Y	10
637	electrophoresis gel	multiplex the assay	remote or deployed	Y	10
638	enzyme assay	cut analysis time 10x	field and point of use	Y	10
639	enzyme assay	cut analysis time 10x	industrial QC	Y	10
640	enzyme assay	cut analysis time 10x	teaching laboratory	Y	10
641	enzyme assay	cut analysis time 10x	materials production	Y	10
642	enzyme assay	cut analysis time 10x	remote or deployed	Y	10
643	enzyme assay	cut sample volume 10x	field and point of use	Y	10
644	enzyme assay	cut sample volume 10x	industrial QC	Y	10
645	enzyme assay	cut sample volume 10x	teaching laboratory	Y	10
646	enzyme assay	cut sample volume 10x	materials production	Y	10
647	enzyme assay	cut sample volume 10x	remote or deployed	Y	10
648	enzyme assay	miniaturise to chip scale	field and point of use	Y	10
649	enzyme assay	miniaturise to chip scale	industrial QC	Y	10
650	enzyme assay	miniaturise to chip scale	teaching laboratory	Y	10
651	enzyme assay	miniaturise to chip scale	materials production	Y	10
652	enzyme assay	miniaturise to chip scale	remote or deployed	Y	10
653	enzyme assay	multiplex the assay	field and point of use	Y	10
654	enzyme assay	multiplex the assay	industrial QC	Y	10
655	enzyme assay	multiplex the assay	teaching laboratory	Y	10
656	enzyme assay	multiplex the assay	materials production	Y	10
657	enzyme assay	multiplex the assay	remote or deployed	Y	10
658	extrusion	convert batch to continuous	industrial QC	Y	10
659	extrusion	convert batch to continuous	teaching laboratory	Y	10
660	extrusion	convert batch to continuous	materials production	Y	10
661	extrusion	cut sample volume 10x	field and point of use	Y	10
662	extrusion	cut sample volume 10x	industrial QC	Y	10
663	extrusion	cut sample volume 10x	teaching laboratory	Y	10
664	extrusion	cut sample volume 10x	materials production	Y	10
665	extrusion	cut sample volume 10x	remote or deployed	Y	10
666	extrusion	eliminate a separation step	field and point of use	Y	10
667	extrusion	eliminate a separation step	industrial QC	Y	10
668	extrusion	eliminate a separation step	teaching laboratory	Y	10
669	extrusion	eliminate a separation step	materials production	Y	10
670	extrusion	eliminate a separation step	remote or deployed	Y	10
671	extrusion	replace with a proxy measurement	field and point of use	Y	10
672	extrusion	replace with a proxy measurement	industrial QC	Y	10
673	extrusion	replace with a proxy measurement	teaching laboratory	Y	10
674	extrusion	replace with a proxy measurement	materials production	Y	10
675	extrusion	replace with a proxy measurement	remote or deployed	Y	10
676	fatigue testing	replace with a proxy measurement	field and point of use	Y	10
677	fatigue testing	replace with a proxy measurement	industrial QC	Y	10
678	fatigue testing	replace with a proxy measurement	teaching laboratory	Y	10
679	fatigue testing	replace with a proxy measurement	materials production	Y	10
680	fatigue testing	replace with a proxy measurement	remote or deployed	Y	10
681	filtration	convert batch to continuous	industrial QC	Y	10
682	filtration	convert batch to continuous	teaching laboratory	Y	10
683	filtration	convert batch to continuous	materials production	Y	10
684	filtration	cut sample volume 10x	field and point of use	Y	10
685	filtration	cut sample volume 10x	industrial QC	Y	10
686	filtration	cut sample volume 10x	teaching laboratory	Y	10
687	filtration	cut sample volume 10x	materials production	Y	10
688	filtration	cut sample volume 10x	remote or deployed	Y	10
689	filtration	eliminate a separation step	field and point of use	Y	10
690	filtration	eliminate a separation step	industrial QC	Y	10
691	filtration	eliminate a separation step	teaching laboratory	Y	10
692	filtration	eliminate a separation step	materials production	Y	10
693	filtration	eliminate a separation step	remote or deployed	Y	10
694	filtration	replace with a proxy measurement	field and point of use	Y	10
695	filtration	replace with a proxy measurement	industrial QC	Y	10
696	filtration	replace with a proxy measurement	teaching laboratory	Y	10
697	filtration	replace with a proxy measurement	materials production	Y	10
698	filtration	replace with a proxy measurement	remote or deployed	Y	10
699	flame photometry	convert batch to continuous	industrial QC	Y	10
700	flame photometry	convert batch to continuous	teaching laboratory	Y	10
701	flame photometry	convert batch to continuous	materials production	Y	10
702	flame photometry	cut analysis time 10x	field and point of use	Y	10
703	flame photometry	cut analysis time 10x	industrial QC	Y	10
704	flame photometry	cut analysis time 10x	teaching laboratory	Y	10
705	flame photometry	cut analysis time 10x	materials production	Y	10
706	flame photometry	cut analysis time 10x	remote or deployed	Y	10
707	flame photometry	cut sample volume 10x	field and point of use	Y	10
708	flame photometry	cut sample volume 10x	industrial QC	Y	10
709	flame photometry	cut sample volume 10x	teaching laboratory	Y	10
710	flame photometry	cut sample volume 10x	materials production	Y	10
711	flame photometry	cut sample volume 10x	remote or deployed	Y	10
712	flame photometry	eliminate a separation step	field and point of use	Y	10
713	flame photometry	eliminate a separation step	industrial QC	Y	10
714	flame photometry	eliminate a separation step	teaching laboratory	Y	10
715	flame photometry	eliminate a separation step	materials production	Y	10
716	flame photometry	eliminate a separation step	remote or deployed	Y	10
717	flame photometry	miniaturise to chip scale	field and point of use	Y	10
718	flame photometry	miniaturise to chip scale	industrial QC	Y	10
719	flame photometry	miniaturise to chip scale	teaching laboratory	Y	10
720	flame photometry	miniaturise to chip scale	materials production	Y	10
721	flame photometry	miniaturise to chip scale	remote or deployed	Y	10
722	flow cytometry	cut analysis time 10x	field and point of use	Y	10
723	flow cytometry	cut analysis time 10x	industrial QC	Y	10
724	flow cytometry	cut analysis time 10x	teaching laboratory	Y	10
725	flow cytometry	cut analysis time 10x	materials production	Y	10
726	flow cytometry	cut analysis time 10x	remote or deployed	Y	10
727	flow cytometry	cut sample volume 10x	field and point of use	Y	10
728	flow cytometry	cut sample volume 10x	industrial QC	Y	10
729	flow cytometry	cut sample volume 10x	teaching laboratory	Y	10
730	flow cytometry	cut sample volume 10x	materials production	Y	10
731	flow cytometry	cut sample volume 10x	remote or deployed	Y	10
732	flow cytometry	miniaturise to chip scale	field and point of use	Y	10
733	flow cytometry	miniaturise to chip scale	industrial QC	Y	10
734	flow cytometry	miniaturise to chip scale	teaching laboratory	Y	10
735	flow cytometry	miniaturise to chip scale	materials production	Y	10
736	flow cytometry	miniaturise to chip scale	remote or deployed	Y	10
737	flow cytometry	multiplex the assay	field and point of use	Y	10
738	flow cytometry	multiplex the assay	industrial QC	Y	10
739	flow cytometry	multiplex the assay	teaching laboratory	Y	10
740	flow cytometry	multiplex the assay	materials production	Y	10
741	flow cytometry	multiplex the assay	remote or deployed	Y	10
742	fluorescence spectroscopy	cut analysis time 10x	field and point of use	Y	10
743	fluorescence spectroscopy	cut analysis time 10x	industrial QC	Y	10
744	fluorescence spectroscopy	cut analysis time 10x	teaching laboratory	Y	10
745	fluorescence spectroscopy	cut analysis time 10x	materials production	Y	10
746	fluorescence spectroscopy	cut analysis time 10x	remote or deployed	Y	10
747	fluorescence spectroscopy	cut sample volume 10x	field and point of use	Y	10
748	fluorescence spectroscopy	cut sample volume 10x	industrial QC	Y	10
749	fluorescence spectroscopy	cut sample volume 10x	teaching laboratory	Y	10
750	fluorescence spectroscopy	cut sample volume 10x	materials production	Y	10
751	fluorescence spectroscopy	cut sample volume 10x	remote or deployed	Y	10
752	fluorescence spectroscopy	miniaturise to chip scale	field and point of use	Y	10
753	fluorescence spectroscopy	miniaturise to chip scale	industrial QC	Y	10
754	fluorescence spectroscopy	miniaturise to chip scale	teaching laboratory	Y	10
755	fluorescence spectroscopy	miniaturise to chip scale	materials production	Y	10
756	fluorescence spectroscopy	miniaturise to chip scale	remote or deployed	Y	10
757	fluorescence spectroscopy	multiplex the assay	field and point of use	Y	10
758	fluorescence spectroscopy	multiplex the assay	industrial QC	Y	10
759	fluorescence spectroscopy	multiplex the assay	teaching laboratory	Y	10
760	fluorescence spectroscopy	multiplex the assay	materials production	Y	10
761	fluorescence spectroscopy	multiplex the assay	remote or deployed	Y	10
762	gravimetric analysis	convert batch to continuous	industrial QC	Y	10
763	gravimetric analysis	convert batch to continuous	teaching laboratory	Y	10
764	gravimetric analysis	convert batch to continuous	materials production	Y	10
765	gravimetric analysis	cut sample volume 10x	field and point of use	Y	10
766	gravimetric analysis	cut sample volume 10x	industrial QC	Y	10
767	gravimetric analysis	cut sample volume 10x	teaching laboratory	Y	10
768	gravimetric analysis	cut sample volume 10x	materials production	Y	10
769	gravimetric analysis	cut sample volume 10x	remote or deployed	Y	10
770	gravimetric analysis	eliminate a separation step	field and point of use	Y	10
771	gravimetric analysis	eliminate a separation step	industrial QC	Y	10
772	gravimetric analysis	eliminate a separation step	teaching laboratory	Y	10
773	gravimetric analysis	eliminate a separation step	materials production	Y	10
774	gravimetric analysis	eliminate a separation step	remote or deployed	Y	10
775	gravimetric analysis	replace with a proxy measurement	field and point of use	Y	10
776	gravimetric analysis	replace with a proxy measurement	industrial QC	Y	10
777	gravimetric analysis	replace with a proxy measurement	teaching laboratory	Y	10
778	gravimetric analysis	replace with a proxy measurement	materials production	Y	10
779	gravimetric analysis	replace with a proxy measurement	remote or deployed	Y	10
780	hardness testing	replace with a proxy measurement	field and point of use	Y	10
781	hardness testing	replace with a proxy measurement	industrial QC	Y	10
782	hardness testing	replace with a proxy measurement	teaching laboratory	Y	10
783	hardness testing	replace with a proxy measurement	materials production	Y	10
784	hardness testing	replace with a proxy measurement	remote or deployed	Y	10
785	hot-wire method	replace with a proxy measurement	field and point of use	Y	10
786	hot-wire method	replace with a proxy measurement	industrial QC	Y	10
787	hot-wire method	replace with a proxy measurement	teaching laboratory	Y	10
788	hot-wire method	replace with a proxy measurement	materials production	Y	10
789	hot-wire method	replace with a proxy measurement	remote or deployed	Y	10
790	immunohistochemistry	cut analysis time 10x	field and point of use	Y	10
791	immunohistochemistry	cut analysis time 10x	industrial QC	Y	10
792	immunohistochemistry	cut analysis time 10x	teaching laboratory	Y	10
793	immunohistochemistry	cut analysis time 10x	materials production	Y	10
794	immunohistochemistry	cut analysis time 10x	remote or deployed	Y	10
795	immunohistochemistry	cut sample volume 10x	field and point of use	Y	10
796	immunohistochemistry	cut sample volume 10x	industrial QC	Y	10
797	immunohistochemistry	cut sample volume 10x	teaching laboratory	Y	10
798	immunohistochemistry	cut sample volume 10x	materials production	Y	10
799	immunohistochemistry	cut sample volume 10x	remote or deployed	Y	10
800	immunohistochemistry	miniaturise to chip scale	field and point of use	Y	10
801	immunohistochemistry	miniaturise to chip scale	industrial QC	Y	10
802	immunohistochemistry	miniaturise to chip scale	teaching laboratory	Y	10
803	immunohistochemistry	miniaturise to chip scale	materials production	Y	10
804	immunohistochemistry	miniaturise to chip scale	remote or deployed	Y	10
805	immunohistochemistry	multiplex the assay	field and point of use	Y	10
806	immunohistochemistry	multiplex the assay	industrial QC	Y	10
807	immunohistochemistry	multiplex the assay	teaching laboratory	Y	10
808	immunohistochemistry	multiplex the assay	materials production	Y	10
809	immunohistochemistry	multiplex the assay	remote or deployed	Y	10
810	impact testing	replace with a proxy measurement	field and point of use	Y	10
811	impact testing	replace with a proxy measurement	industrial QC	Y	10
812	impact testing	replace with a proxy measurement	teaching laboratory	Y	10
813	impact testing	replace with a proxy measurement	materials production	Y	10
814	impact testing	replace with a proxy measurement	remote or deployed	Y	10
815	infrared spectroscopy	cut analysis time 10x	field and point of use	Y	10
816	infrared spectroscopy	cut analysis time 10x	industrial QC	Y	10
817	infrared spectroscopy	cut analysis time 10x	teaching laboratory	Y	10
818	infrared spectroscopy	cut analysis time 10x	materials production	Y	10
819	infrared spectroscopy	cut analysis time 10x	remote or deployed	Y	10
820	infrared spectroscopy	cut sample volume 10x	field and point of use	Y	10
821	infrared spectroscopy	cut sample volume 10x	industrial QC	Y	10
822	infrared spectroscopy	cut sample volume 10x	teaching laboratory	Y	10
823	infrared spectroscopy	cut sample volume 10x	materials production	Y	10
824	infrared spectroscopy	cut sample volume 10x	remote or deployed	Y	10
825	infrared spectroscopy	miniaturise to chip scale	field and point of use	Y	10
826	infrared spectroscopy	miniaturise to chip scale	industrial QC	Y	10
827	infrared spectroscopy	miniaturise to chip scale	teaching laboratory	Y	10
828	infrared spectroscopy	miniaturise to chip scale	materials production	Y	10
829	infrared spectroscopy	miniaturise to chip scale	remote or deployed	Y	10
830	infrared spectroscopy	multiplex the assay	field and point of use	Y	10
831	infrared spectroscopy	multiplex the assay	industrial QC	Y	10
832	infrared spectroscopy	multiplex the assay	teaching laboratory	Y	10
833	infrared spectroscopy	multiplex the assay	materials production	Y	10
834	infrared spectroscopy	multiplex the assay	remote or deployed	Y	10
835	injection moulding	convert batch to continuous	industrial QC	Y	10
836	injection moulding	convert batch to continuous	teaching laboratory	Y	10
837	injection moulding	convert batch to continuous	materials production	Y	10
838	injection moulding	cut sample volume 10x	field and point of use	Y	10
839	injection moulding	cut sample volume 10x	industrial QC	Y	10
840	injection moulding	cut sample volume 10x	teaching laboratory	Y	10
841	injection moulding	cut sample volume 10x	materials production	Y	10
842	injection moulding	cut sample volume 10x	remote or deployed	Y	10
843	injection moulding	eliminate a separation step	field and point of use	Y	10
844	injection moulding	eliminate a separation step	industrial QC	Y	10
845	injection moulding	eliminate a separation step	teaching laboratory	Y	10
846	injection moulding	eliminate a separation step	materials production	Y	10
847	injection moulding	eliminate a separation step	remote or deployed	Y	10
848	injection moulding	replace with a proxy measurement	field and point of use	Y	10
849	injection moulding	replace with a proxy measurement	industrial QC	Y	10
850	injection moulding	replace with a proxy measurement	teaching laboratory	Y	10
851	injection moulding	replace with a proxy measurement	materials production	Y	10
852	injection moulding	replace with a proxy measurement	remote or deployed	Y	10
853	interferometry	cut analysis time 10x	field and point of use	Y	10
854	interferometry	cut analysis time 10x	industrial QC	Y	10
855	interferometry	cut analysis time 10x	teaching laboratory	Y	10
856	interferometry	cut analysis time 10x	materials production	Y	10
857	interferometry	cut analysis time 10x	remote or deployed	Y	10
858	ion chromatography	convert batch to continuous	industrial QC	Y	10
859	ion chromatography	convert batch to continuous	teaching laboratory	Y	10
860	ion chromatography	convert batch to continuous	materials production	Y	10
861	ion chromatography	cut analysis time 10x	field and point of use	Y	10
862	ion chromatography	cut analysis time 10x	industrial QC	Y	10
863	ion chromatography	cut analysis time 10x	teaching laboratory	Y	10
864	ion chromatography	cut analysis time 10x	materials production	Y	10
865	ion chromatography	cut analysis time 10x	remote or deployed	Y	10
866	ion chromatography	cut sample volume 10x	field and point of use	Y	10
867	ion chromatography	cut sample volume 10x	industrial QC	Y	10
868	ion chromatography	cut sample volume 10x	teaching laboratory	Y	10
869	ion chromatography	cut sample volume 10x	materials production	Y	10
870	ion chromatography	cut sample volume 10x	remote or deployed	Y	10
871	ion chromatography	eliminate a separation step	field and point of use	Y	10
872	ion chromatography	eliminate a separation step	industrial QC	Y	10
873	ion chromatography	eliminate a separation step	teaching laboratory	Y	10
874	ion chromatography	eliminate a separation step	materials production	Y	10
875	ion chromatography	eliminate a separation step	remote or deployed	Y	10
876	ion chromatography	miniaturise to chip scale	field and point of use	Y	10
877	ion chromatography	miniaturise to chip scale	industrial QC	Y	10
878	ion chromatography	miniaturise to chip scale	teaching laboratory	Y	10
879	ion chromatography	miniaturise to chip scale	materials production	Y	10
880	ion chromatography	miniaturise to chip scale	remote or deployed	Y	10
881	light scattering	cut analysis time 10x	field and point of use	Y	10
882	light scattering	cut analysis time 10x	industrial QC	Y	10
883	light scattering	cut analysis time 10x	teaching laboratory	Y	10
884	light scattering	cut analysis time 10x	materials production	Y	10
885	light scattering	cut analysis time 10x	remote or deployed	Y	10
886	light scattering	cut sample volume 10x	field and point of use	Y	10
887	light scattering	cut sample volume 10x	industrial QC	Y	10
888	light scattering	cut sample volume 10x	teaching laboratory	Y	10
889	light scattering	cut sample volume 10x	materials production	Y	10
890	light scattering	cut sample volume 10x	remote or deployed	Y	10
891	light scattering	miniaturise to chip scale	field and point of use	Y	10
892	light scattering	miniaturise to chip scale	industrial QC	Y	10
893	light scattering	miniaturise to chip scale	teaching laboratory	Y	10
894	light scattering	miniaturise to chip scale	materials production	Y	10
895	light scattering	miniaturise to chip scale	remote or deployed	Y	10
896	light scattering	multiplex the assay	field and point of use	Y	10
897	light scattering	multiplex the assay	industrial QC	Y	10
898	light scattering	multiplex the assay	teaching laboratory	Y	10
899	light scattering	multiplex the assay	materials production	Y	10
900	light scattering	multiplex the assay	remote or deployed	Y	10
901	liquid-liquid extraction	convert batch to continuous	industrial QC	Y	10
902	liquid-liquid extraction	convert batch to continuous	teaching laboratory	Y	10
903	liquid-liquid extraction	convert batch to continuous	materials production	Y	10
904	liquid-liquid extraction	cut analysis time 10x	field and point of use	Y	10
905	liquid-liquid extraction	cut analysis time 10x	industrial QC	Y	10
906	liquid-liquid extraction	cut analysis time 10x	teaching laboratory	Y	10
907	liquid-liquid extraction	cut analysis time 10x	materials production	Y	10
908	liquid-liquid extraction	cut analysis time 10x	remote or deployed	Y	10
909	liquid-liquid extraction	cut sample volume 10x	field and point of use	Y	10
910	liquid-liquid extraction	cut sample volume 10x	industrial QC	Y	10
911	liquid-liquid extraction	cut sample volume 10x	teaching laboratory	Y	10
912	liquid-liquid extraction	cut sample volume 10x	materials production	Y	10
913	liquid-liquid extraction	cut sample volume 10x	remote or deployed	Y	10
914	liquid-liquid extraction	eliminate a separation step	field and point of use	Y	10
915	liquid-liquid extraction	eliminate a separation step	industrial QC	Y	10
916	liquid-liquid extraction	eliminate a separation step	teaching laboratory	Y	10
917	liquid-liquid extraction	eliminate a separation step	materials production	Y	10
918	liquid-liquid extraction	eliminate a separation step	remote or deployed	Y	10
919	liquid-liquid extraction	miniaturise to chip scale	field and point of use	Y	10
920	liquid-liquid extraction	miniaturise to chip scale	industrial QC	Y	10
921	liquid-liquid extraction	miniaturise to chip scale	teaching laboratory	Y	10
922	liquid-liquid extraction	miniaturise to chip scale	materials production	Y	10
923	liquid-liquid extraction	miniaturise to chip scale	remote or deployed	Y	10
924	mass spectrometry	cut analysis time 10x	field and point of use	Y	10
925	mass spectrometry	cut analysis time 10x	industrial QC	Y	10
926	mass spectrometry	cut analysis time 10x	teaching laboratory	Y	10
927	mass spectrometry	cut analysis time 10x	materials production	Y	10
928	mass spectrometry	cut analysis time 10x	remote or deployed	Y	10
929	mass spectrometry	cut sample volume 10x	field and point of use	Y	10
930	mass spectrometry	cut sample volume 10x	industrial QC	Y	10
931	mass spectrometry	cut sample volume 10x	teaching laboratory	Y	10
932	mass spectrometry	cut sample volume 10x	materials production	Y	10
933	mass spectrometry	cut sample volume 10x	remote or deployed	Y	10
934	mass spectrometry	miniaturise to chip scale	field and point of use	Y	10
935	mass spectrometry	miniaturise to chip scale	industrial QC	Y	10
936	mass spectrometry	miniaturise to chip scale	teaching laboratory	Y	10
937	mass spectrometry	miniaturise to chip scale	materials production	Y	10
938	mass spectrometry	miniaturise to chip scale	remote or deployed	Y	10
939	mass spectrometry	multiplex the assay	field and point of use	Y	10
940	mass spectrometry	multiplex the assay	industrial QC	Y	10
941	mass spectrometry	multiplex the assay	teaching laboratory	Y	10
942	mass spectrometry	multiplex the assay	materials production	Y	10
943	mass spectrometry	multiplex the assay	remote or deployed	Y	10
944	microarray	cut analysis time 10x	field and point of use	Y	10
945	microarray	cut analysis time 10x	industrial QC	Y	10
946	microarray	cut analysis time 10x	teaching laboratory	Y	10
947	microarray	cut analysis time 10x	materials production	Y	10
948	microarray	cut analysis time 10x	remote or deployed	Y	10
949	microarray	cut sample volume 10x	field and point of use	Y	10
950	microarray	cut sample volume 10x	industrial QC	Y	10
951	microarray	cut sample volume 10x	teaching laboratory	Y	10
952	microarray	cut sample volume 10x	materials production	Y	10
953	microarray	cut sample volume 10x	remote or deployed	Y	10
954	microarray	miniaturise to chip scale	field and point of use	Y	10
955	microarray	miniaturise to chip scale	industrial QC	Y	10
956	microarray	miniaturise to chip scale	teaching laboratory	Y	10
957	microarray	miniaturise to chip scale	materials production	Y	10
958	microarray	miniaturise to chip scale	remote or deployed	Y	10
959	microarray	multiplex the assay	field and point of use	Y	10
960	microarray	multiplex the assay	industrial QC	Y	10
961	microarray	multiplex the assay	teaching laboratory	Y	10
962	microarray	multiplex the assay	materials production	Y	10
963	microarray	multiplex the assay	remote or deployed	Y	10
964	milling	convert batch to continuous	industrial QC	Y	10
965	milling	convert batch to continuous	teaching laboratory	Y	10
966	milling	convert batch to continuous	materials production	Y	10
967	milling	cut sample volume 10x	field and point of use	Y	10
968	milling	cut sample volume 10x	industrial QC	Y	10
969	milling	cut sample volume 10x	teaching laboratory	Y	10
970	milling	cut sample volume 10x	materials production	Y	10
971	milling	cut sample volume 10x	remote or deployed	Y	10
972	milling	eliminate a separation step	field and point of use	Y	10
973	milling	eliminate a separation step	industrial QC	Y	10
974	milling	eliminate a separation step	teaching laboratory	Y	10
975	milling	eliminate a separation step	materials production	Y	10
976	milling	eliminate a separation step	remote or deployed	Y	10
977	milling	replace with a proxy measurement	field and point of use	Y	10
978	milling	replace with a proxy measurement	industrial QC	Y	10
979	milling	replace with a proxy measurement	teaching laboratory	Y	10
980	milling	replace with a proxy measurement	materials production	Y	10
981	milling	replace with a proxy measurement	remote or deployed	Y	10
982	mixing	convert batch to continuous	industrial QC	Y	10
983	mixing	convert batch to continuous	teaching laboratory	Y	10
984	mixing	convert batch to continuous	materials production	Y	10
985	mixing	cut sample volume 10x	field and point of use	Y	10
986	mixing	cut sample volume 10x	industrial QC	Y	10
987	mixing	cut sample volume 10x	teaching laboratory	Y	10
988	mixing	cut sample volume 10x	materials production	Y	10
989	mixing	cut sample volume 10x	remote or deployed	Y	10
990	mixing	eliminate a separation step	field and point of use	Y	10
991	mixing	eliminate a separation step	industrial QC	Y	10
992	mixing	eliminate a separation step	teaching laboratory	Y	10
993	mixing	eliminate a separation step	materials production	Y	10
994	mixing	eliminate a separation step	remote or deployed	Y	10
995	mixing	replace with a proxy measurement	field and point of use	Y	10
996	mixing	replace with a proxy measurement	industrial QC	Y	10
997	mixing	replace with a proxy measurement	teaching laboratory	Y	10
998	mixing	replace with a proxy measurement	materials production	Y	10
999	mixing	replace with a proxy measurement	remote or deployed	Y	10
1000	moisture determination	convert batch to continuous	industrial QC	Y	10
1001	moisture determination	convert batch to continuous	teaching laboratory	Y	10
1002	moisture determination	convert batch to continuous	materials production	Y	10
1003	moisture determination	cut sample volume 10x	field and point of use	Y	10
1004	moisture determination	cut sample volume 10x	industrial QC	Y	10
1005	moisture determination	cut sample volume 10x	teaching laboratory	Y	10
1006	moisture determination	cut sample volume 10x	materials production	Y	10
1007	moisture determination	cut sample volume 10x	remote or deployed	Y	10
1008	moisture determination	eliminate a separation step	field and point of use	Y	10
1009	moisture determination	eliminate a separation step	industrial QC	Y	10
1010	moisture determination	eliminate a separation step	teaching laboratory	Y	10
1011	moisture determination	eliminate a separation step	materials production	Y	10
1012	moisture determination	eliminate a separation step	remote or deployed	Y	10
1013	moisture determination	replace with a proxy measurement	field and point of use	Y	10
1014	moisture determination	replace with a proxy measurement	industrial QC	Y	10
1015	moisture determination	replace with a proxy measurement	teaching laboratory	Y	10
1016	moisture determination	replace with a proxy measurement	materials production	Y	10
1017	moisture determination	replace with a proxy measurement	remote or deployed	Y	10
1018	nanoindentation	replace with a proxy measurement	field and point of use	Y	10
1019	nanoindentation	replace with a proxy measurement	industrial QC	Y	10
1020	nanoindentation	replace with a proxy measurement	teaching laboratory	Y	10
1021	nanoindentation	replace with a proxy measurement	materials production	Y	10
1022	nanoindentation	replace with a proxy measurement	remote or deployed	Y	10
1023	neutron diffraction	cut analysis time 10x	field and point of use	Y	10
1024	neutron diffraction	cut analysis time 10x	industrial QC	Y	10
1025	neutron diffraction	cut analysis time 10x	teaching laboratory	Y	10
1026	neutron diffraction	cut analysis time 10x	materials production	Y	10
1027	neutron diffraction	cut analysis time 10x	remote or deployed	Y	10
1028	optical microscopy	cut analysis time 10x	field and point of use	Y	10
1029	optical microscopy	cut analysis time 10x	industrial QC	Y	10
1030	optical microscopy	cut analysis time 10x	teaching laboratory	Y	10
1031	optical microscopy	cut analysis time 10x	materials production	Y	10
1032	optical microscopy	cut analysis time 10x	remote or deployed	Y	10
1033	pH measurement	convert batch to continuous	industrial QC	Y	10
1034	pH measurement	convert batch to continuous	teaching laboratory	Y	10
1035	pH measurement	convert batch to continuous	materials production	Y	10
1036	pH measurement	cut sample volume 10x	field and point of use	Y	10
1037	pH measurement	cut sample volume 10x	industrial QC	Y	10
1038	pH measurement	cut sample volume 10x	teaching laboratory	Y	10
1039	pH measurement	cut sample volume 10x	materials production	Y	10
1040	pH measurement	cut sample volume 10x	remote or deployed	Y	10
1041	pH measurement	eliminate a separation step	field and point of use	Y	10
1042	pH measurement	eliminate a separation step	industrial QC	Y	10
1043	pH measurement	eliminate a separation step	teaching laboratory	Y	10
1044	pH measurement	eliminate a separation step	materials production	Y	10
1045	pH measurement	eliminate a separation step	remote or deployed	Y	10
1046	pH measurement	replace with a proxy measurement	field and point of use	Y	10
1047	pH measurement	replace with a proxy measurement	industrial QC	Y	10
1048	pH measurement	replace with a proxy measurement	teaching laboratory	Y	10
1049	pH measurement	replace with a proxy measurement	materials production	Y	10
1050	pH measurement	replace with a proxy measurement	remote or deployed	Y	10
1051	particle size analysis	cut analysis time 10x	field and point of use	Y	10
1052	particle size analysis	cut analysis time 10x	industrial QC	Y	10
1053	particle size analysis	cut analysis time 10x	teaching laboratory	Y	10
1054	particle size analysis	cut analysis time 10x	materials production	Y	10
1055	particle size analysis	cut analysis time 10x	remote or deployed	Y	10
1056	porosimetry	cut analysis time 10x	field and point of use	Y	10
1057	porosimetry	cut analysis time 10x	industrial QC	Y	10
1058	porosimetry	cut analysis time 10x	teaching laboratory	Y	10
1059	porosimetry	cut analysis time 10x	materials production	Y	10
1060	porosimetry	cut analysis time 10x	remote or deployed	Y	10
1061	precipitation gravimetry	convert batch to continuous	industrial QC	Y	10
1062	precipitation gravimetry	convert batch to continuous	teaching laboratory	Y	10
1063	precipitation gravimetry	convert batch to continuous	materials production	Y	10
1064	precipitation gravimetry	cut analysis time 10x	field and point of use	Y	10
1065	precipitation gravimetry	cut analysis time 10x	industrial QC	Y	10
1066	precipitation gravimetry	cut analysis time 10x	teaching laboratory	Y	10
1067	precipitation gravimetry	cut analysis time 10x	materials production	Y	10
1068	precipitation gravimetry	cut analysis time 10x	remote or deployed	Y	10
1069	precipitation gravimetry	cut sample volume 10x	field and point of use	Y	10
1070	precipitation gravimetry	cut sample volume 10x	industrial QC	Y	10
1071	precipitation gravimetry	cut sample volume 10x	teaching laboratory	Y	10
1072	precipitation gravimetry	cut sample volume 10x	materials production	Y	10
1073	precipitation gravimetry	cut sample volume 10x	remote or deployed	Y	10
1074	precipitation gravimetry	eliminate a separation step	field and point of use	Y	10
1075	precipitation gravimetry	eliminate a separation step	industrial QC	Y	10
1076	precipitation gravimetry	eliminate a separation step	teaching laboratory	Y	10
1077	precipitation gravimetry	eliminate a separation step	materials production	Y	10
1078	precipitation gravimetry	eliminate a separation step	remote or deployed	Y	10
1079	precipitation gravimetry	miniaturise to chip scale	field and point of use	Y	10
1080	precipitation gravimetry	miniaturise to chip scale	industrial QC	Y	10
1081	precipitation gravimetry	miniaturise to chip scale	teaching laboratory	Y	10
1082	precipitation gravimetry	miniaturise to chip scale	materials production	Y	10
1083	precipitation gravimetry	miniaturise to chip scale	remote or deployed	Y	10
1084	profilometry	cut analysis time 10x	field and point of use	Y	10
1085	profilometry	cut analysis time 10x	industrial QC	Y	10
1086	profilometry	cut analysis time 10x	teaching laboratory	Y	10
1087	profilometry	cut analysis time 10x	materials production	Y	10
1088	profilometry	cut analysis time 10x	remote or deployed	Y	10
1089	protein assay	cut analysis time 10x	field and point of use	Y	10
1090	protein assay	cut analysis time 10x	industrial QC	Y	10
1091	protein assay	cut analysis time 10x	teaching laboratory	Y	10
1092	protein assay	cut analysis time 10x	materials production	Y	10
1093	protein assay	cut analysis time 10x	remote or deployed	Y	10
1094	protein assay	cut sample volume 10x	field and point of use	Y	10
1095	protein assay	cut sample volume 10x	industrial QC	Y	10
1096	protein assay	cut sample volume 10x	teaching laboratory	Y	10
1097	protein assay	cut sample volume 10x	materials production	Y	10
1098	protein assay	cut sample volume 10x	remote or deployed	Y	10
1099	protein assay	miniaturise to chip scale	field and point of use	Y	10
1100	protein assay	miniaturise to chip scale	industrial QC	Y	10
1101	protein assay	miniaturise to chip scale	teaching laboratory	Y	10
1102	protein assay	miniaturise to chip scale	materials production	Y	10
1103	protein assay	miniaturise to chip scale	remote or deployed	Y	10
1104	protein assay	multiplex the assay	field and point of use	Y	10
1105	protein assay	multiplex the assay	industrial QC	Y	10
1106	protein assay	multiplex the assay	teaching laboratory	Y	10
1107	protein assay	multiplex the assay	materials production	Y	10
1108	protein assay	multiplex the assay	remote or deployed	Y	10
1109	qPCR	cut analysis time 10x	field and point of use	Y	10
1110	qPCR	cut analysis time 10x	industrial QC	Y	10
1111	qPCR	cut analysis time 10x	teaching laboratory	Y	10
1112	qPCR	cut analysis time 10x	materials production	Y	10
1113	qPCR	cut analysis time 10x	remote or deployed	Y	10
1114	qPCR	cut sample volume 10x	field and point of use	Y	10
1115	qPCR	cut sample volume 10x	industrial QC	Y	10
1116	qPCR	cut sample volume 10x	teaching laboratory	Y	10
1117	qPCR	cut sample volume 10x	materials production	Y	10
1118	qPCR	cut sample volume 10x	remote or deployed	Y	10
1119	qPCR	miniaturise to chip scale	field and point of use	Y	10
1120	qPCR	miniaturise to chip scale	industrial QC	Y	10
1121	qPCR	miniaturise to chip scale	teaching laboratory	Y	10
1122	qPCR	miniaturise to chip scale	materials production	Y	10
1123	qPCR	miniaturise to chip scale	remote or deployed	Y	10
1124	qPCR	multiplex the assay	field and point of use	Y	10
1125	qPCR	multiplex the assay	industrial QC	Y	10
1126	qPCR	multiplex the assay	teaching laboratory	Y	10
1127	qPCR	multiplex the assay	materials production	Y	10
1128	qPCR	multiplex the assay	remote or deployed	Y	10
1129	refractive index	convert batch to continuous	industrial QC	Y	10
1130	refractive index	convert batch to continuous	teaching laboratory	Y	10
1131	refractive index	convert batch to continuous	materials production	Y	10
1132	refractive index	cut sample volume 10x	field and point of use	Y	10
1133	refractive index	cut sample volume 10x	industrial QC	Y	10
1134	refractive index	cut sample volume 10x	teaching laboratory	Y	10
1135	refractive index	cut sample volume 10x	materials production	Y	10
1136	refractive index	cut sample volume 10x	remote or deployed	Y	10
1137	refractive index	eliminate a separation step	field and point of use	Y	10
1138	refractive index	eliminate a separation step	industrial QC	Y	10
1139	refractive index	eliminate a separation step	teaching laboratory	Y	10
1140	refractive index	eliminate a separation step	materials production	Y	10
1141	refractive index	eliminate a separation step	remote or deployed	Y	10
1142	refractive index	replace with a proxy measurement	field and point of use	Y	10
1143	refractive index	replace with a proxy measurement	industrial QC	Y	10
1144	refractive index	replace with a proxy measurement	teaching laboratory	Y	10
1145	refractive index	replace with a proxy measurement	materials production	Y	10
1146	refractive index	replace with a proxy measurement	remote or deployed	Y	10
1147	rheometry	replace with a proxy measurement	field and point of use	Y	10
1148	rheometry	replace with a proxy measurement	industrial QC	Y	10
1149	rheometry	replace with a proxy measurement	teaching laboratory	Y	10
1150	rheometry	replace with a proxy measurement	materials production	Y	10
1151	rheometry	replace with a proxy measurement	remote or deployed	Y	10
1152	sieving	convert batch to continuous	industrial QC	Y	10
1153	sieving	convert batch to continuous	teaching laboratory	Y	10
1154	sieving	convert batch to continuous	materials production	Y	10
1155	sieving	cut sample volume 10x	field and point of use	Y	10
1156	sieving	cut sample volume 10x	industrial QC	Y	10
1157	sieving	cut sample volume 10x	teaching laboratory	Y	10
1158	sieving	cut sample volume 10x	materials production	Y	10
1159	sieving	cut sample volume 10x	remote or deployed	Y	10
1160	sieving	eliminate a separation step	field and point of use	Y	10
1161	sieving	eliminate a separation step	industrial QC	Y	10
1162	sieving	eliminate a separation step	teaching laboratory	Y	10
1163	sieving	eliminate a separation step	materials production	Y	10
1164	sieving	eliminate a separation step	remote or deployed	Y	10
1165	sieving	replace with a proxy measurement	field and point of use	Y	10
1166	sieving	replace with a proxy measurement	industrial QC	Y	10
1167	sieving	replace with a proxy measurement	teaching laboratory	Y	10
1168	sieving	replace with a proxy measurement	materials production	Y	10
1169	sieving	replace with a proxy measurement	remote or deployed	Y	10
1170	sintering	convert batch to continuous	industrial QC	Y	10
1171	sintering	convert batch to continuous	teaching laboratory	Y	10
1172	sintering	convert batch to continuous	materials production	Y	10
1173	sintering	cut sample volume 10x	field and point of use	Y	10
1174	sintering	cut sample volume 10x	industrial QC	Y	10
1175	sintering	cut sample volume 10x	teaching laboratory	Y	10
1176	sintering	cut sample volume 10x	materials production	Y	10
1177	sintering	cut sample volume 10x	remote or deployed	Y	10
1178	sintering	eliminate a separation step	field and point of use	Y	10
1179	sintering	eliminate a separation step	industrial QC	Y	10
1180	sintering	eliminate a separation step	teaching laboratory	Y	10
1181	sintering	eliminate a separation step	materials production	Y	10
1182	sintering	eliminate a separation step	remote or deployed	Y	10
1183	sintering	replace with a proxy measurement	field and point of use	Y	10
1184	sintering	replace with a proxy measurement	industrial QC	Y	10
1185	sintering	replace with a proxy measurement	teaching laboratory	Y	10
1186	sintering	replace with a proxy measurement	materials production	Y	10
1187	sintering	replace with a proxy measurement	remote or deployed	Y	10
1188	size-exclusion chromatography	convert batch to continuous	industrial QC	Y	10
1189	size-exclusion chromatography	convert batch to continuous	teaching laboratory	Y	10
1190	size-exclusion chromatography	convert batch to continuous	materials production	Y	10
1191	size-exclusion chromatography	cut analysis time 10x	field and point of use	Y	10
1192	size-exclusion chromatography	cut analysis time 10x	industrial QC	Y	10
1193	size-exclusion chromatography	cut analysis time 10x	teaching laboratory	Y	10
1194	size-exclusion chromatography	cut analysis time 10x	materials production	Y	10
1195	size-exclusion chromatography	cut analysis time 10x	remote or deployed	Y	10
1196	size-exclusion chromatography	cut sample volume 10x	field and point of use	Y	10
1197	size-exclusion chromatography	cut sample volume 10x	industrial QC	Y	10
1198	size-exclusion chromatography	cut sample volume 10x	teaching laboratory	Y	10
1199	size-exclusion chromatography	cut sample volume 10x	materials production	Y	10
1200	size-exclusion chromatography	cut sample volume 10x	remote or deployed	Y	10
1201	size-exclusion chromatography	eliminate a separation step	field and point of use	Y	10
1202	size-exclusion chromatography	eliminate a separation step	industrial QC	Y	10
1203	size-exclusion chromatography	eliminate a separation step	teaching laboratory	Y	10
1204	size-exclusion chromatography	eliminate a separation step	materials production	Y	10
1205	size-exclusion chromatography	eliminate a separation step	remote or deployed	Y	10
1206	size-exclusion chromatography	miniaturise to chip scale	field and point of use	Y	10
1207	size-exclusion chromatography	miniaturise to chip scale	industrial QC	Y	10
1208	size-exclusion chromatography	miniaturise to chip scale	teaching laboratory	Y	10
1209	size-exclusion chromatography	miniaturise to chip scale	materials production	Y	10
1210	size-exclusion chromatography	miniaturise to chip scale	remote or deployed	Y	10
1211	solid-phase extraction	convert batch to continuous	industrial QC	Y	10
1212	solid-phase extraction	convert batch to continuous	teaching laboratory	Y	10
1213	solid-phase extraction	convert batch to continuous	materials production	Y	10
1214	solid-phase extraction	cut analysis time 10x	field and point of use	Y	10
1215	solid-phase extraction	cut analysis time 10x	industrial QC	Y	10
1216	solid-phase extraction	cut analysis time 10x	teaching laboratory	Y	10
1217	solid-phase extraction	cut analysis time 10x	materials production	Y	10
1218	solid-phase extraction	cut analysis time 10x	remote or deployed	Y	10
1219	solid-phase extraction	cut sample volume 10x	field and point of use	Y	10
1220	solid-phase extraction	cut sample volume 10x	industrial QC	Y	10
1221	solid-phase extraction	cut sample volume 10x	teaching laboratory	Y	10
1222	solid-phase extraction	cut sample volume 10x	materials production	Y	10
1223	solid-phase extraction	cut sample volume 10x	remote or deployed	Y	10
1224	solid-phase extraction	eliminate a separation step	field and point of use	Y	10
1225	solid-phase extraction	eliminate a separation step	industrial QC	Y	10
1226	solid-phase extraction	eliminate a separation step	teaching laboratory	Y	10
1227	solid-phase extraction	eliminate a separation step	materials production	Y	10
1228	solid-phase extraction	eliminate a separation step	remote or deployed	Y	10
1229	solid-phase extraction	miniaturise to chip scale	field and point of use	Y	10
1230	solid-phase extraction	miniaturise to chip scale	industrial QC	Y	10
1231	solid-phase extraction	miniaturise to chip scale	teaching laboratory	Y	10
1232	solid-phase extraction	miniaturise to chip scale	materials production	Y	10
1233	solid-phase extraction	miniaturise to chip scale	remote or deployed	Y	10
1234	sterility testing	cut analysis time 10x	field and point of use	Y	10
1235	sterility testing	cut analysis time 10x	industrial QC	Y	10
1236	sterility testing	cut analysis time 10x	teaching laboratory	Y	10
1237	sterility testing	cut analysis time 10x	materials production	Y	10
1238	sterility testing	cut analysis time 10x	remote or deployed	Y	10
1239	sterility testing	cut sample volume 10x	field and point of use	Y	10
1240	sterility testing	cut sample volume 10x	industrial QC	Y	10
1241	sterility testing	cut sample volume 10x	teaching laboratory	Y	10
1242	sterility testing	cut sample volume 10x	materials production	Y	10
1243	sterility testing	cut sample volume 10x	remote or deployed	Y	10
1244	sterility testing	miniaturise to chip scale	field and point of use	Y	10
1245	sterility testing	miniaturise to chip scale	industrial QC	Y	10
1246	sterility testing	miniaturise to chip scale	teaching laboratory	Y	10
1247	sterility testing	miniaturise to chip scale	materials production	Y	10
1248	sterility testing	miniaturise to chip scale	remote or deployed	Y	10
1249	sterility testing	multiplex the assay	field and point of use	Y	10
1250	sterility testing	multiplex the assay	industrial QC	Y	10
1251	sterility testing	multiplex the assay	teaching laboratory	Y	10
1252	sterility testing	multiplex the assay	materials production	Y	10
1253	sterility testing	multiplex the assay	remote or deployed	Y	10
1254	surface area measurement	cut analysis time 10x	field and point of use	Y	10
1255	surface area measurement	cut analysis time 10x	industrial QC	Y	10
1256	surface area measurement	cut analysis time 10x	teaching laboratory	Y	10
1257	surface area measurement	cut analysis time 10x	materials production	Y	10
1258	surface area measurement	cut analysis time 10x	remote or deployed	Y	10
1259	tensile testing	replace with a proxy measurement	field and point of use	Y	10
1260	tensile testing	replace with a proxy measurement	industrial QC	Y	10
1261	tensile testing	replace with a proxy measurement	teaching laboratory	Y	10
1262	tensile testing	replace with a proxy measurement	materials production	Y	10
1263	tensile testing	replace with a proxy measurement	remote or deployed	Y	10
1264	thermal conductivity measurement	replace with a proxy measurement	field and point of use	Y	10
1265	thermal conductivity measurement	replace with a proxy measurement	industrial QC	Y	10
1266	thermal conductivity measurement	replace with a proxy measurement	teaching laboratory	Y	10
1267	thermal conductivity measurement	replace with a proxy measurement	materials production	Y	10
1268	thermal conductivity measurement	replace with a proxy measurement	remote or deployed	Y	10
1269	thermal diffusivity	replace with a proxy measurement	field and point of use	Y	10
1270	thermal diffusivity	replace with a proxy measurement	industrial QC	Y	10
1271	thermal diffusivity	replace with a proxy measurement	teaching laboratory	Y	10
1272	thermal diffusivity	replace with a proxy measurement	materials production	Y	10
1273	thermal diffusivity	replace with a proxy measurement	remote or deployed	Y	10
1274	thermogravimetric analysis	replace with a proxy measurement	field and point of use	Y	10
1275	thermogravimetric analysis	replace with a proxy measurement	industrial QC	Y	10
1276	thermogravimetric analysis	replace with a proxy measurement	teaching laboratory	Y	10
1277	thermogravimetric analysis	replace with a proxy measurement	materials production	Y	10
1278	thermogravimetric analysis	replace with a proxy measurement	remote or deployed	Y	10
1279	thin-layer chromatography	convert batch to continuous	industrial QC	Y	10
1280	thin-layer chromatography	convert batch to continuous	teaching laboratory	Y	10
1281	thin-layer chromatography	convert batch to continuous	materials production	Y	10
1282	thin-layer chromatography	cut analysis time 10x	field and point of use	Y	10
1283	thin-layer chromatography	cut analysis time 10x	industrial QC	Y	10
1284	thin-layer chromatography	cut analysis time 10x	teaching laboratory	Y	10
1285	thin-layer chromatography	cut analysis time 10x	materials production	Y	10
1286	thin-layer chromatography	cut analysis time 10x	remote or deployed	Y	10
1287	thin-layer chromatography	cut sample volume 10x	field and point of use	Y	10
1288	thin-layer chromatography	cut sample volume 10x	industrial QC	Y	10
1289	thin-layer chromatography	cut sample volume 10x	teaching laboratory	Y	10
1290	thin-layer chromatography	cut sample volume 10x	materials production	Y	10
1291	thin-layer chromatography	cut sample volume 10x	remote or deployed	Y	10
1292	thin-layer chromatography	eliminate a separation step	field and point of use	Y	10
1293	thin-layer chromatography	eliminate a separation step	industrial QC	Y	10
1294	thin-layer chromatography	eliminate a separation step	teaching laboratory	Y	10
1295	thin-layer chromatography	eliminate a separation step	materials production	Y	10
1296	thin-layer chromatography	eliminate a separation step	remote or deployed	Y	10
1297	thin-layer chromatography	miniaturise to chip scale	field and point of use	Y	10
1298	thin-layer chromatography	miniaturise to chip scale	industrial QC	Y	10
1299	thin-layer chromatography	miniaturise to chip scale	teaching laboratory	Y	10
1300	thin-layer chromatography	miniaturise to chip scale	materials production	Y	10
1301	thin-layer chromatography	miniaturise to chip scale	remote or deployed	Y	10
1302	titration	convert batch to continuous	industrial QC	Y	10
1303	titration	convert batch to continuous	teaching laboratory	Y	10
1304	titration	convert batch to continuous	materials production	Y	10
1305	titration	cut sample volume 10x	field and point of use	Y	10
1306	titration	cut sample volume 10x	industrial QC	Y	10
1307	titration	cut sample volume 10x	teaching laboratory	Y	10
1308	titration	cut sample volume 10x	materials production	Y	10
1309	titration	cut sample volume 10x	remote or deployed	Y	10
1310	titration	eliminate a separation step	field and point of use	Y	10
1311	titration	eliminate a separation step	industrial QC	Y	10
1312	titration	eliminate a separation step	teaching laboratory	Y	10
1313	titration	eliminate a separation step	materials production	Y	10
1314	titration	eliminate a separation step	remote or deployed	Y	10
1315	titration	replace with a proxy measurement	field and point of use	Y	10
1316	titration	replace with a proxy measurement	industrial QC	Y	10
1317	titration	replace with a proxy measurement	teaching laboratory	Y	10
1318	titration	replace with a proxy measurement	materials production	Y	10
1319	titration	replace with a proxy measurement	remote or deployed	Y	10
1320	tomography	cut analysis time 10x	field and point of use	Y	10
1321	tomography	cut analysis time 10x	industrial QC	Y	10
1322	tomography	cut analysis time 10x	teaching laboratory	Y	10
1323	tomography	cut analysis time 10x	materials production	Y	10
1324	tomography	cut analysis time 10x	remote or deployed	Y	10
1325	ultrafiltration	convert batch to continuous	industrial QC	Y	10
1326	ultrafiltration	convert batch to continuous	teaching laboratory	Y	10
1327	ultrafiltration	convert batch to continuous	materials production	Y	10
1328	ultrafiltration	cut analysis time 10x	field and point of use	Y	10
1329	ultrafiltration	cut analysis time 10x	industrial QC	Y	10
1330	ultrafiltration	cut analysis time 10x	teaching laboratory	Y	10
1331	ultrafiltration	cut analysis time 10x	materials production	Y	10
1332	ultrafiltration	cut analysis time 10x	remote or deployed	Y	10
1333	ultrafiltration	cut sample volume 10x	field and point of use	Y	10
1334	ultrafiltration	cut sample volume 10x	industrial QC	Y	10
1335	ultrafiltration	cut sample volume 10x	teaching laboratory	Y	10
1336	ultrafiltration	cut sample volume 10x	materials production	Y	10
1337	ultrafiltration	cut sample volume 10x	remote or deployed	Y	10
1338	ultrafiltration	eliminate a separation step	field and point of use	Y	10
1339	ultrafiltration	eliminate a separation step	industrial QC	Y	10
1340	ultrafiltration	eliminate a separation step	teaching laboratory	Y	10
1341	ultrafiltration	eliminate a separation step	materials production	Y	10
1342	ultrafiltration	eliminate a separation step	remote or deployed	Y	10
1343	ultrafiltration	miniaturise to chip scale	field and point of use	Y	10
1344	ultrafiltration	miniaturise to chip scale	industrial QC	Y	10
1345	ultrafiltration	miniaturise to chip scale	teaching laboratory	Y	10
1346	ultrafiltration	miniaturise to chip scale	materials production	Y	10
1347	ultrafiltration	miniaturise to chip scale	remote or deployed	Y	10
1348	viscosity measurement	convert batch to continuous	industrial QC	Y	10
1349	viscosity measurement	convert batch to continuous	teaching laboratory	Y	10
1350	viscosity measurement	convert batch to continuous	materials production	Y	10
1351	viscosity measurement	cut sample volume 10x	field and point of use	Y	10
1352	viscosity measurement	cut sample volume 10x	industrial QC	Y	10
1353	viscosity measurement	cut sample volume 10x	teaching laboratory	Y	10
1354	viscosity measurement	cut sample volume 10x	materials production	Y	10
1355	viscosity measurement	cut sample volume 10x	remote or deployed	Y	10
1356	viscosity measurement	eliminate a separation step	field and point of use	Y	10
1357	viscosity measurement	eliminate a separation step	industrial QC	Y	10
1358	viscosity measurement	eliminate a separation step	teaching laboratory	Y	10
1359	viscosity measurement	eliminate a separation step	materials production	Y	10
1360	viscosity measurement	eliminate a separation step	remote or deployed	Y	10
1361	viscosity measurement	replace with a proxy measurement	field and point of use	Y	10
1362	viscosity measurement	replace with a proxy measurement	industrial QC	Y	10
1363	viscosity measurement	replace with a proxy measurement	teaching laboratory	Y	10
1364	viscosity measurement	replace with a proxy measurement	materials production	Y	10
1365	viscosity measurement	replace with a proxy measurement	remote or deployed	Y	10
1366	wear testing	replace with a proxy measurement	field and point of use	Y	10
1367	wear testing	replace with a proxy measurement	industrial QC	Y	10
1368	wear testing	replace with a proxy measurement	teaching laboratory	Y	10
1369	wear testing	replace with a proxy measurement	materials production	Y	10
1370	wear testing	replace with a proxy measurement	remote or deployed	Y	10
1371	western blot	cut analysis time 10x	field and point of use	Y	10
1372	western blot	cut analysis time 10x	industrial QC	Y	10
1373	western blot	cut analysis time 10x	teaching laboratory	Y	10
1374	western blot	cut analysis time 10x	materials production	Y	10
1375	western blot	cut analysis time 10x	remote or deployed	Y	10
1376	western blot	cut sample volume 10x	field and point of use	Y	10
1377	western blot	cut sample volume 10x	industrial QC	Y	10
1378	western blot	cut sample volume 10x	teaching laboratory	Y	10
1379	western blot	cut sample volume 10x	materials production	Y	10
1380	western blot	cut sample volume 10x	remote or deployed	Y	10
1381	western blot	miniaturise to chip scale	field and point of use	Y	10
1382	western blot	miniaturise to chip scale	industrial QC	Y	10
1383	western blot	miniaturise to chip scale	teaching laboratory	Y	10
1384	western blot	miniaturise to chip scale	materials production	Y	10
1385	western blot	miniaturise to chip scale	remote or deployed	Y	10
1386	western blot	multiplex the assay	field and point of use	Y	10
1387	western blot	multiplex the assay	industrial QC	Y	10
1388	western blot	multiplex the assay	teaching laboratory	Y	10
1389	western blot	multiplex the assay	materials production	Y	10
1390	western blot	multiplex the assay	remote or deployed	Y	10
1391	DNA sequencing	cut analysis time 10x	research laboratory	Y	9
1392	DNA sequencing	cut analysis time 10x	environmental monitoring	Y	9
1393	DNA sequencing	cut analysis time 10x	food safety	Y	9
1394	DNA sequencing	cut sample volume 10x	research laboratory	Y	9
1395	DNA sequencing	cut sample volume 10x	environmental monitoring	Y	9
1396	DNA sequencing	cut sample volume 10x	food safety	Y	9
1397	DNA sequencing	miniaturise to chip scale	research laboratory	Y	9
1398	DNA sequencing	miniaturise to chip scale	environmental monitoring	Y	9
1399	DNA sequencing	miniaturise to chip scale	food safety	Y	9
1400	DNA sequencing	multiplex the assay	research laboratory	Y	9
1401	DNA sequencing	multiplex the assay	environmental monitoring	Y	9
1402	DNA sequencing	multiplex the assay	food safety	Y	9
1403	DNA sequencing	parallelise the runs	industrial QC	Y	9
1404	DNA sequencing	parallelise the runs	teaching laboratory	Y	9
1405	DNA sequencing	parallelise the runs	materials production	Y	9
1406	DSC	replace with a proxy measurement	research laboratory	Y	9
1407	DSC	replace with a proxy measurement	environmental monitoring	Y	9
1408	DSC	replace with a proxy measurement	food safety	Y	9
1409	ELISA	cut analysis time 10x	research laboratory	Y	9
1410	ELISA	cut analysis time 10x	environmental monitoring	Y	9
1411	ELISA	cut analysis time 10x	food safety	Y	9
1412	ELISA	cut sample volume 10x	research laboratory	Y	9
1413	ELISA	cut sample volume 10x	environmental monitoring	Y	9
1414	ELISA	cut sample volume 10x	food safety	Y	9
1415	ELISA	miniaturise to chip scale	research laboratory	Y	9
1416	ELISA	miniaturise to chip scale	environmental monitoring	Y	9
1417	ELISA	miniaturise to chip scale	food safety	Y	9
1418	ELISA	multiplex the assay	research laboratory	Y	9
1419	ELISA	multiplex the assay	environmental monitoring	Y	9
1420	ELISA	multiplex the assay	food safety	Y	9
1421	ELISA	parallelise the runs	industrial QC	Y	9
1422	ELISA	parallelise the runs	teaching laboratory	Y	9
1423	ELISA	parallelise the runs	materials production	Y	9
1424	GC	convert batch to continuous	research laboratory	Y	9
1425	GC	convert batch to continuous	environmental monitoring	Y	9
1426	GC	convert batch to continuous	food safety	Y	9
1427	GC	cut analysis time 10x	research laboratory	Y	9
1428	GC	cut analysis time 10x	environmental monitoring	Y	9
1429	GC	cut analysis time 10x	food safety	Y	9
1430	GC	cut sample volume 10x	research laboratory	Y	9
1431	GC	cut sample volume 10x	environmental monitoring	Y	9
1432	GC	cut sample volume 10x	food safety	Y	9
1433	GC	eliminate a separation step	research laboratory	Y	9
1434	GC	eliminate a separation step	environmental monitoring	Y	9
1435	GC	eliminate a separation step	food safety	Y	9
1436	GC	miniaturise to chip scale	research laboratory	Y	9
1437	GC	miniaturise to chip scale	environmental monitoring	Y	9
1438	GC	miniaturise to chip scale	food safety	Y	9
1439	GC	parallelise the runs	industrial QC	Y	9
1440	GC	parallelise the runs	teaching laboratory	Y	9
1441	GC	parallelise the runs	materials production	Y	9
1442	HPLC	convert batch to continuous	research laboratory	Y	9
1443	HPLC	convert batch to continuous	environmental monitoring	Y	9
1444	HPLC	convert batch to continuous	food safety	Y	9
1445	HPLC	cut analysis time 10x	research laboratory	Y	9
1446	HPLC	cut analysis time 10x	environmental monitoring	Y	9
1447	HPLC	cut analysis time 10x	food safety	Y	9
1448	HPLC	cut sample volume 10x	research laboratory	Y	9
1449	HPLC	cut sample volume 10x	environmental monitoring	Y	9
1450	HPLC	cut sample volume 10x	food safety	Y	9
1451	HPLC	eliminate a separation step	research laboratory	Y	9
1452	HPLC	eliminate a separation step	environmental monitoring	Y	9
1453	HPLC	eliminate a separation step	food safety	Y	9
1454	HPLC	miniaturise to chip scale	research laboratory	Y	9
1455	HPLC	miniaturise to chip scale	environmental monitoring	Y	9
1456	HPLC	miniaturise to chip scale	food safety	Y	9
1457	HPLC	parallelise the runs	industrial QC	Y	9
1458	HPLC	parallelise the runs	teaching laboratory	Y	9
1459	HPLC	parallelise the runs	materials production	Y	9
1460	ICP-MS	cut analysis time 10x	research laboratory	Y	9
1461	ICP-MS	cut analysis time 10x	environmental monitoring	Y	9
1462	ICP-MS	cut analysis time 10x	food safety	Y	9
1463	ICP-MS	cut sample volume 10x	research laboratory	Y	9
1464	ICP-MS	cut sample volume 10x	environmental monitoring	Y	9
1465	ICP-MS	cut sample volume 10x	food safety	Y	9
1466	ICP-MS	make the measurement ratiometric	field and point of use	Y	9
1467	ICP-MS	make the measurement ratiometric	industrial QC	Y	9
1468	ICP-MS	make the measurement ratiometric	teaching laboratory	Y	9
1469	ICP-MS	make the measurement ratiometric	materials production	Y	9
1470	ICP-MS	make the measurement ratiometric	remote or deployed	Y	9
1471	ICP-MS	miniaturise to chip scale	research laboratory	Y	9
1472	ICP-MS	miniaturise to chip scale	environmental monitoring	Y	9
1473	ICP-MS	miniaturise to chip scale	food safety	Y	9
1474	ICP-MS	multiplex the assay	research laboratory	Y	9
1475	ICP-MS	multiplex the assay	environmental monitoring	Y	9
1476	ICP-MS	multiplex the assay	food safety	Y	9
1477	ICP-MS	remove a calibration step	field and point of use	Y	9
1478	ICP-MS	remove a calibration step	industrial QC	Y	9
1479	ICP-MS	remove a calibration step	teaching laboratory	Y	9
1480	ICP-MS	remove a calibration step	materials production	Y	9
1481	ICP-MS	remove a calibration step	remote or deployed	Y	9
1482	ICP-MS	replace an expensive component	field and point of use	Y	9
1483	ICP-MS	replace an expensive component	industrial QC	Y	9
1484	ICP-MS	replace an expensive component	teaching laboratory	Y	9
1485	ICP-MS	replace an expensive component	materials production	Y	9
1486	ICP-MS	replace an expensive component	remote or deployed	Y	9
1487	ICP-MS	switch reference to differential	field and point of use	Y	9
1488	ICP-MS	switch reference to differential	industrial QC	Y	9
1489	ICP-MS	switch reference to differential	teaching laboratory	Y	9
1490	ICP-MS	switch reference to differential	materials production	Y	9
1491	ICP-MS	switch reference to differential	remote or deployed	Y	9
1492	ICP-MS	use a cheaper detector	field and point of use	Y	9
1493	ICP-MS	use a cheaper detector	industrial QC	Y	9
1494	ICP-MS	use a cheaper detector	teaching laboratory	Y	9
1495	ICP-MS	use a cheaper detector	materials production	Y	9
1496	ICP-MS	use a cheaper detector	remote or deployed	Y	9
1497	Mössbauer spectroscopy	cut analysis time 10x	research laboratory	Y	9
1498	Mössbauer spectroscopy	cut analysis time 10x	environmental monitoring	Y	9
1499	Mössbauer spectroscopy	cut analysis time 10x	food safety	Y	9
1500	Mössbauer spectroscopy	cut sample volume 10x	research laboratory	Y	9
1501	Mössbauer spectroscopy	cut sample volume 10x	environmental monitoring	Y	9
1502	Mössbauer spectroscopy	cut sample volume 10x	food safety	Y	9
1503	Mössbauer spectroscopy	make the measurement ratiometric	field and point of use	Y	9
1504	Mössbauer spectroscopy	make the measurement ratiometric	industrial QC	Y	9
1505	Mössbauer spectroscopy	make the measurement ratiometric	teaching laboratory	Y	9
1506	Mössbauer spectroscopy	make the measurement ratiometric	materials production	Y	9
1507	Mössbauer spectroscopy	make the measurement ratiometric	remote or deployed	Y	9
1508	Mössbauer spectroscopy	miniaturise to chip scale	research laboratory	Y	9
1509	Mössbauer spectroscopy	miniaturise to chip scale	environmental monitoring	Y	9
1510	Mössbauer spectroscopy	miniaturise to chip scale	food safety	Y	9
1511	Mössbauer spectroscopy	multiplex the assay	research laboratory	Y	9
1512	Mössbauer spectroscopy	multiplex the assay	environmental monitoring	Y	9
1513	Mössbauer spectroscopy	multiplex the assay	food safety	Y	9
1514	Mössbauer spectroscopy	remove a calibration step	field and point of use	Y	9
1515	Mössbauer spectroscopy	remove a calibration step	industrial QC	Y	9
1516	Mössbauer spectroscopy	remove a calibration step	teaching laboratory	Y	9
1517	Mössbauer spectroscopy	remove a calibration step	materials production	Y	9
1518	Mössbauer spectroscopy	remove a calibration step	remote or deployed	Y	9
1519	Mössbauer spectroscopy	replace an expensive component	field and point of use	Y	9
1520	Mössbauer spectroscopy	replace an expensive component	industrial QC	Y	9
1521	Mössbauer spectroscopy	replace an expensive component	teaching laboratory	Y	9
1522	Mössbauer spectroscopy	replace an expensive component	materials production	Y	9
1523	Mössbauer spectroscopy	replace an expensive component	remote or deployed	Y	9
1524	Mössbauer spectroscopy	switch reference to differential	field and point of use	Y	9
1525	Mössbauer spectroscopy	switch reference to differential	industrial QC	Y	9
1526	Mössbauer spectroscopy	switch reference to differential	teaching laboratory	Y	9
1527	Mössbauer spectroscopy	switch reference to differential	materials production	Y	9
1528	Mössbauer spectroscopy	switch reference to differential	remote or deployed	Y	9
1529	Mössbauer spectroscopy	use a cheaper detector	field and point of use	Y	9
1530	Mössbauer spectroscopy	use a cheaper detector	industrial QC	Y	9
1531	Mössbauer spectroscopy	use a cheaper detector	teaching laboratory	Y	9
1532	Mössbauer spectroscopy	use a cheaper detector	materials production	Y	9
1533	Mössbauer spectroscopy	use a cheaper detector	remote or deployed	Y	9
1534	NMR spectroscopy	cut analysis time 10x	research laboratory	Y	9
1535	NMR spectroscopy	cut analysis time 10x	environmental monitoring	Y	9
1536	NMR spectroscopy	cut analysis time 10x	food safety	Y	9
1537	NMR spectroscopy	cut sample volume 10x	research laboratory	Y	9
1538	NMR spectroscopy	cut sample volume 10x	environmental monitoring	Y	9
1539	NMR spectroscopy	cut sample volume 10x	food safety	Y	9
1540	NMR spectroscopy	make the measurement ratiometric	field and point of use	Y	9
1541	NMR spectroscopy	make the measurement ratiometric	industrial QC	Y	9
1542	NMR spectroscopy	make the measurement ratiometric	teaching laboratory	Y	9
1543	NMR spectroscopy	make the measurement ratiometric	materials production	Y	9
1544	NMR spectroscopy	make the measurement ratiometric	remote or deployed	Y	9
1545	NMR spectroscopy	miniaturise to chip scale	research laboratory	Y	9
1546	NMR spectroscopy	miniaturise to chip scale	environmental monitoring	Y	9
1547	NMR spectroscopy	miniaturise to chip scale	food safety	Y	9
1548	NMR spectroscopy	multiplex the assay	research laboratory	Y	9
1549	NMR spectroscopy	multiplex the assay	environmental monitoring	Y	9
1550	NMR spectroscopy	multiplex the assay	food safety	Y	9
1551	NMR spectroscopy	remove a calibration step	field and point of use	Y	9
1552	NMR spectroscopy	remove a calibration step	industrial QC	Y	9
1553	NMR spectroscopy	remove a calibration step	teaching laboratory	Y	9
1554	NMR spectroscopy	remove a calibration step	materials production	Y	9
1555	NMR spectroscopy	remove a calibration step	remote or deployed	Y	9
1556	NMR spectroscopy	replace an expensive component	field and point of use	Y	9
1557	NMR spectroscopy	replace an expensive component	industrial QC	Y	9
1558	NMR spectroscopy	replace an expensive component	teaching laboratory	Y	9
1559	NMR spectroscopy	replace an expensive component	materials production	Y	9
1560	NMR spectroscopy	replace an expensive component	remote or deployed	Y	9
1561	NMR spectroscopy	switch reference to differential	field and point of use	Y	9
1562	NMR spectroscopy	switch reference to differential	industrial QC	Y	9
1563	NMR spectroscopy	switch reference to differential	teaching laboratory	Y	9
1564	NMR spectroscopy	switch reference to differential	materials production	Y	9
1565	NMR spectroscopy	switch reference to differential	remote or deployed	Y	9
1566	NMR spectroscopy	use a cheaper detector	field and point of use	Y	9
1567	NMR spectroscopy	use a cheaper detector	industrial QC	Y	9
1568	NMR spectroscopy	use a cheaper detector	teaching laboratory	Y	9
1569	NMR spectroscopy	use a cheaper detector	materials production	Y	9
1570	NMR spectroscopy	use a cheaper detector	remote or deployed	Y	9
1571	PCR	cut analysis time 10x	research laboratory	Y	9
1572	PCR	cut analysis time 10x	environmental monitoring	Y	9
1573	PCR	cut analysis time 10x	food safety	Y	9
1574	PCR	cut sample volume 10x	research laboratory	Y	9
1575	PCR	cut sample volume 10x	environmental monitoring	Y	9
1576	PCR	cut sample volume 10x	food safety	Y	9
1577	PCR	miniaturise to chip scale	research laboratory	Y	9
1578	PCR	miniaturise to chip scale	environmental monitoring	Y	9
1579	PCR	miniaturise to chip scale	food safety	Y	9
1580	PCR	multiplex the assay	research laboratory	Y	9
1581	PCR	multiplex the assay	environmental monitoring	Y	9
1582	PCR	multiplex the assay	food safety	Y	9
1583	PCR	parallelise the runs	industrial QC	Y	9
1584	PCR	parallelise the runs	teaching laboratory	Y	9
1585	PCR	parallelise the runs	materials production	Y	9
1586	Raman spectroscopy	cut analysis time 10x	research laboratory	Y	9
1587	Raman spectroscopy	cut analysis time 10x	environmental monitoring	Y	9
1588	Raman spectroscopy	cut analysis time 10x	food safety	Y	9
1589	Raman spectroscopy	cut sample volume 10x	research laboratory	Y	9
1590	Raman spectroscopy	cut sample volume 10x	environmental monitoring	Y	9
1591	Raman spectroscopy	cut sample volume 10x	food safety	Y	9
1592	Raman spectroscopy	make the measurement ratiometric	field and point of use	Y	9
1593	Raman spectroscopy	make the measurement ratiometric	industrial QC	Y	9
1594	Raman spectroscopy	make the measurement ratiometric	teaching laboratory	Y	9
1595	Raman spectroscopy	make the measurement ratiometric	materials production	Y	9
1596	Raman spectroscopy	make the measurement ratiometric	remote or deployed	Y	9
1597	Raman spectroscopy	miniaturise to chip scale	research laboratory	Y	9
1598	Raman spectroscopy	miniaturise to chip scale	environmental monitoring	Y	9
1599	Raman spectroscopy	miniaturise to chip scale	food safety	Y	9
1600	Raman spectroscopy	multiplex the assay	research laboratory	Y	9
1601	Raman spectroscopy	multiplex the assay	environmental monitoring	Y	9
1602	Raman spectroscopy	multiplex the assay	food safety	Y	9
1603	Raman spectroscopy	remove a calibration step	field and point of use	Y	9
1604	Raman spectroscopy	remove a calibration step	industrial QC	Y	9
1605	Raman spectroscopy	remove a calibration step	teaching laboratory	Y	9
1606	Raman spectroscopy	remove a calibration step	materials production	Y	9
1607	Raman spectroscopy	remove a calibration step	remote or deployed	Y	9
1608	Raman spectroscopy	replace an expensive component	field and point of use	Y	9
1609	Raman spectroscopy	replace an expensive component	industrial QC	Y	9
1610	Raman spectroscopy	replace an expensive component	teaching laboratory	Y	9
1611	Raman spectroscopy	replace an expensive component	materials production	Y	9
1612	Raman spectroscopy	replace an expensive component	remote or deployed	Y	9
1613	Raman spectroscopy	switch reference to differential	field and point of use	Y	9
1614	Raman spectroscopy	switch reference to differential	industrial QC	Y	9
1615	Raman spectroscopy	switch reference to differential	teaching laboratory	Y	9
1616	Raman spectroscopy	switch reference to differential	materials production	Y	9
1617	Raman spectroscopy	switch reference to differential	remote or deployed	Y	9
1618	Raman spectroscopy	use a cheaper detector	field and point of use	Y	9
1619	Raman spectroscopy	use a cheaper detector	industrial QC	Y	9
1620	Raman spectroscopy	use a cheaper detector	teaching laboratory	Y	9
1621	Raman spectroscopy	use a cheaper detector	materials production	Y	9
1622	Raman spectroscopy	use a cheaper detector	remote or deployed	Y	9
1623	TGA	replace with a proxy measurement	research laboratory	Y	9
1624	TGA	replace with a proxy measurement	environmental monitoring	Y	9
1625	TGA	replace with a proxy measurement	food safety	Y	9
1626	UV-Vis spectrophotometry	cut analysis time 10x	research laboratory	Y	9
1627	UV-Vis spectrophotometry	cut analysis time 10x	environmental monitoring	Y	9
1628	UV-Vis spectrophotometry	cut analysis time 10x	food safety	Y	9
1629	UV-Vis spectrophotometry	cut sample volume 10x	research laboratory	Y	9
1630	UV-Vis spectrophotometry	cut sample volume 10x	environmental monitoring	Y	9
1631	UV-Vis spectrophotometry	cut sample volume 10x	food safety	Y	9
1632	UV-Vis spectrophotometry	make the measurement ratiometric	field and point of use	Y	9
1633	UV-Vis spectrophotometry	make the measurement ratiometric	industrial QC	Y	9
1634	UV-Vis spectrophotometry	make the measurement ratiometric	teaching laboratory	Y	9
1635	UV-Vis spectrophotometry	make the measurement ratiometric	materials production	Y	9
1636	UV-Vis spectrophotometry	make the measurement ratiometric	remote or deployed	Y	9
1637	UV-Vis spectrophotometry	miniaturise to chip scale	research laboratory	Y	9
1638	UV-Vis spectrophotometry	miniaturise to chip scale	environmental monitoring	Y	9
1639	UV-Vis spectrophotometry	miniaturise to chip scale	food safety	Y	9
1640	UV-Vis spectrophotometry	multiplex the assay	research laboratory	Y	9
1641	UV-Vis spectrophotometry	multiplex the assay	environmental monitoring	Y	9
1642	UV-Vis spectrophotometry	multiplex the assay	food safety	Y	9
1643	UV-Vis spectrophotometry	remove a calibration step	field and point of use	Y	9
1644	UV-Vis spectrophotometry	remove a calibration step	industrial QC	Y	9
1645	UV-Vis spectrophotometry	remove a calibration step	teaching laboratory	Y	9
1646	UV-Vis spectrophotometry	remove a calibration step	materials production	Y	9
1647	UV-Vis spectrophotometry	remove a calibration step	remote or deployed	Y	9
1648	UV-Vis spectrophotometry	replace an expensive component	field and point of use	Y	9
1649	UV-Vis spectrophotometry	replace an expensive component	industrial QC	Y	9
1650	UV-Vis spectrophotometry	replace an expensive component	teaching laboratory	Y	9
1651	UV-Vis spectrophotometry	replace an expensive component	materials production	Y	9
1652	UV-Vis spectrophotometry	replace an expensive component	remote or deployed	Y	9
1653	UV-Vis spectrophotometry	switch reference to differential	field and point of use	Y	9
1654	UV-Vis spectrophotometry	switch reference to differential	industrial QC	Y	9
1655	UV-Vis spectrophotometry	switch reference to differential	teaching laboratory	Y	9
1656	UV-Vis spectrophotometry	switch reference to differential	materials production	Y	9
1657	UV-Vis spectrophotometry	switch reference to differential	remote or deployed	Y	9
1658	UV-Vis spectrophotometry	use a cheaper detector	field and point of use	Y	9
1659	UV-Vis spectrophotometry	use a cheaper detector	industrial QC	Y	9
1660	UV-Vis spectrophotometry	use a cheaper detector	teaching laboratory	Y	9
1661	UV-Vis spectrophotometry	use a cheaper detector	materials production	Y	9
1662	UV-Vis spectrophotometry	use a cheaper detector	remote or deployed	Y	9
1663	X-ray diffraction	cut analysis time 10x	research laboratory	Y	9
1664	X-ray diffraction	cut analysis time 10x	environmental monitoring	Y	9
1665	X-ray diffraction	cut analysis time 10x	food safety	Y	9
1666	X-ray diffraction	make the measurement ratiometric	field and point of use	Y	9
1667	X-ray diffraction	make the measurement ratiometric	industrial QC	Y	9
1668	X-ray diffraction	make the measurement ratiometric	teaching laboratory	Y	9
1669	X-ray diffraction	make the measurement ratiometric	materials production	Y	9
1670	X-ray diffraction	make the measurement ratiometric	remote or deployed	Y	9
1671	X-ray diffraction	replace an expensive component	field and point of use	Y	9
1672	X-ray diffraction	replace an expensive component	industrial QC	Y	9
1673	X-ray diffraction	replace an expensive component	teaching laboratory	Y	9
1674	X-ray diffraction	replace an expensive component	materials production	Y	9
1675	X-ray diffraction	replace an expensive component	remote or deployed	Y	9
1676	X-ray diffraction	use a cheaper detector	field and point of use	Y	9
1677	X-ray diffraction	use a cheaper detector	industrial QC	Y	9
1678	X-ray diffraction	use a cheaper detector	teaching laboratory	Y	9
1679	X-ray diffraction	use a cheaper detector	materials production	Y	9
1680	X-ray diffraction	use a cheaper detector	remote or deployed	Y	9
1681	X-ray fluorescence	cut analysis time 10x	research laboratory	Y	9
1682	X-ray fluorescence	cut analysis time 10x	environmental monitoring	Y	9
1683	X-ray fluorescence	cut analysis time 10x	food safety	Y	9
1684	X-ray fluorescence	cut sample volume 10x	research laboratory	Y	9
1685	X-ray fluorescence	cut sample volume 10x	environmental monitoring	Y	9
1686	X-ray fluorescence	cut sample volume 10x	food safety	Y	9
1687	X-ray fluorescence	make the measurement ratiometric	field and point of use	Y	9
1688	X-ray fluorescence	make the measurement ratiometric	industrial QC	Y	9
1689	X-ray fluorescence	make the measurement ratiometric	teaching laboratory	Y	9
1690	X-ray fluorescence	make the measurement ratiometric	materials production	Y	9
1691	X-ray fluorescence	make the measurement ratiometric	remote or deployed	Y	9
1692	X-ray fluorescence	miniaturise to chip scale	research laboratory	Y	9
1693	X-ray fluorescence	miniaturise to chip scale	environmental monitoring	Y	9
1694	X-ray fluorescence	miniaturise to chip scale	food safety	Y	9
1695	X-ray fluorescence	multiplex the assay	research laboratory	Y	9
1696	X-ray fluorescence	multiplex the assay	environmental monitoring	Y	9
1697	X-ray fluorescence	multiplex the assay	food safety	Y	9
1698	X-ray fluorescence	remove a calibration step	field and point of use	Y	9
1699	X-ray fluorescence	remove a calibration step	industrial QC	Y	9
1700	X-ray fluorescence	remove a calibration step	teaching laboratory	Y	9
1701	X-ray fluorescence	remove a calibration step	materials production	Y	9
1702	X-ray fluorescence	remove a calibration step	remote or deployed	Y	9
1703	X-ray fluorescence	replace an expensive component	field and point of use	Y	9
1704	X-ray fluorescence	replace an expensive component	industrial QC	Y	9
1705	X-ray fluorescence	replace an expensive component	teaching laboratory	Y	9
1706	X-ray fluorescence	replace an expensive component	materials production	Y	9
1707	X-ray fluorescence	replace an expensive component	remote or deployed	Y	9
1708	X-ray fluorescence	switch reference to differential	field and point of use	Y	9
1709	X-ray fluorescence	switch reference to differential	industrial QC	Y	9
1710	X-ray fluorescence	switch reference to differential	teaching laboratory	Y	9
1711	X-ray fluorescence	switch reference to differential	materials production	Y	9
1712	X-ray fluorescence	switch reference to differential	remote or deployed	Y	9
1713	X-ray fluorescence	use a cheaper detector	field and point of use	Y	9
1714	X-ray fluorescence	use a cheaper detector	industrial QC	Y	9
1715	X-ray fluorescence	use a cheaper detector	teaching laboratory	Y	9
1716	X-ray fluorescence	use a cheaper detector	materials production	Y	9
1717	X-ray fluorescence	use a cheaper detector	remote or deployed	Y	9
1718	adhesion testing	replace with a proxy measurement	research laboratory	Y	9
1719	adhesion testing	replace with a proxy measurement	environmental monitoring	Y	9
1720	adhesion testing	replace with a proxy measurement	food safety	Y	9
1721	annealing	convert batch to continuous	research laboratory	Y	9
1722	annealing	convert batch to continuous	environmental monitoring	Y	9
1723	annealing	convert batch to continuous	food safety	Y	9
1724	annealing	cut sample volume 10x	research laboratory	Y	9
1725	annealing	cut sample volume 10x	environmental monitoring	Y	9
1726	annealing	cut sample volume 10x	food safety	Y	9
1727	annealing	eliminate a separation step	research laboratory	Y	9
1728	annealing	eliminate a separation step	environmental monitoring	Y	9
1729	annealing	eliminate a separation step	food safety	Y	9
1730	annealing	parallelise the runs	industrial QC	Y	9
1731	annealing	parallelise the runs	teaching laboratory	Y	9
1732	annealing	parallelise the runs	materials production	Y	9
1733	annealing	replace with a proxy measurement	research laboratory	Y	9
1734	annealing	replace with a proxy measurement	environmental monitoring	Y	9
1735	annealing	replace with a proxy measurement	food safety	Y	9
1736	ashing	convert batch to continuous	research laboratory	Y	9
1737	ashing	convert batch to continuous	environmental monitoring	Y	9
1738	ashing	convert batch to continuous	food safety	Y	9
1739	ashing	cut sample volume 10x	research laboratory	Y	9
1740	ashing	cut sample volume 10x	environmental monitoring	Y	9
1741	ashing	cut sample volume 10x	food safety	Y	9
1742	ashing	eliminate a separation step	research laboratory	Y	9
1743	ashing	eliminate a separation step	environmental monitoring	Y	9
1744	ashing	eliminate a separation step	food safety	Y	9
1745	ashing	parallelise the runs	industrial QC	Y	9
1746	ashing	parallelise the runs	teaching laboratory	Y	9
1747	ashing	parallelise the runs	materials production	Y	9
1748	ashing	replace with a proxy measurement	research laboratory	Y	9
1749	ashing	replace with a proxy measurement	environmental monitoring	Y	9
1750	ashing	replace with a proxy measurement	food safety	Y	9
1751	atomic absorption	cut analysis time 10x	research laboratory	Y	9
1752	atomic absorption	cut analysis time 10x	environmental monitoring	Y	9
1753	atomic absorption	cut analysis time 10x	food safety	Y	9
1754	atomic absorption	cut sample volume 10x	research laboratory	Y	9
1755	atomic absorption	cut sample volume 10x	environmental monitoring	Y	9
1756	atomic absorption	cut sample volume 10x	food safety	Y	9
1757	atomic absorption	make the measurement ratiometric	field and point of use	Y	9
1758	atomic absorption	make the measurement ratiometric	industrial QC	Y	9
1759	atomic absorption	make the measurement ratiometric	teaching laboratory	Y	9
1760	atomic absorption	make the measurement ratiometric	materials production	Y	9
1761	atomic absorption	make the measurement ratiometric	remote or deployed	Y	9
1762	atomic absorption	miniaturise to chip scale	research laboratory	Y	9
1763	atomic absorption	miniaturise to chip scale	environmental monitoring	Y	9
1764	atomic absorption	miniaturise to chip scale	food safety	Y	9
1765	atomic absorption	multiplex the assay	research laboratory	Y	9
1766	atomic absorption	multiplex the assay	environmental monitoring	Y	9
1767	atomic absorption	multiplex the assay	food safety	Y	9
1768	atomic absorption	remove a calibration step	field and point of use	Y	9
1769	atomic absorption	remove a calibration step	industrial QC	Y	9
1770	atomic absorption	remove a calibration step	teaching laboratory	Y	9
1771	atomic absorption	remove a calibration step	materials production	Y	9
1772	atomic absorption	remove a calibration step	remote or deployed	Y	9
1773	atomic absorption	replace an expensive component	field and point of use	Y	9
1774	atomic absorption	replace an expensive component	industrial QC	Y	9
1775	atomic absorption	replace an expensive component	teaching laboratory	Y	9
1776	atomic absorption	replace an expensive component	materials production	Y	9
1777	atomic absorption	replace an expensive component	remote or deployed	Y	9
1778	atomic absorption	switch reference to differential	field and point of use	Y	9
1779	atomic absorption	switch reference to differential	industrial QC	Y	9
1780	atomic absorption	switch reference to differential	teaching laboratory	Y	9
1781	atomic absorption	switch reference to differential	materials production	Y	9
1782	atomic absorption	switch reference to differential	remote or deployed	Y	9
1783	atomic absorption	use a cheaper detector	field and point of use	Y	9
1784	atomic absorption	use a cheaper detector	industrial QC	Y	9
1785	atomic absorption	use a cheaper detector	teaching laboratory	Y	9
1786	atomic absorption	use a cheaper detector	materials production	Y	9
1787	atomic absorption	use a cheaper detector	remote or deployed	Y	9
1788	atomic force microscopy	cut analysis time 10x	research laboratory	Y	9
1789	atomic force microscopy	cut analysis time 10x	environmental monitoring	Y	9
1790	atomic force microscopy	cut analysis time 10x	food safety	Y	9
1791	atomic force microscopy	make the measurement ratiometric	field and point of use	Y	9
1792	atomic force microscopy	make the measurement ratiometric	industrial QC	Y	9
1793	atomic force microscopy	make the measurement ratiometric	teaching laboratory	Y	9
1794	atomic force microscopy	make the measurement ratiometric	materials production	Y	9
1795	atomic force microscopy	make the measurement ratiometric	remote or deployed	Y	9
1796	atomic force microscopy	replace an expensive component	field and point of use	Y	9
1797	atomic force microscopy	replace an expensive component	industrial QC	Y	9
1798	atomic force microscopy	replace an expensive component	teaching laboratory	Y	9
1799	atomic force microscopy	replace an expensive component	materials production	Y	9
1800	atomic force microscopy	replace an expensive component	remote or deployed	Y	9
1801	atomic force microscopy	use a cheaper detector	field and point of use	Y	9
1802	atomic force microscopy	use a cheaper detector	industrial QC	Y	9
1803	atomic force microscopy	use a cheaper detector	teaching laboratory	Y	9
1804	atomic force microscopy	use a cheaper detector	materials production	Y	9
1805	atomic force microscopy	use a cheaper detector	remote or deployed	Y	9
1806	calorimetry	replace with a proxy measurement	research laboratory	Y	9
1807	calorimetry	replace with a proxy measurement	environmental monitoring	Y	9
1808	calorimetry	replace with a proxy measurement	food safety	Y	9
1809	capillary electrophoresis	convert batch to continuous	research laboratory	Y	9
1810	capillary electrophoresis	convert batch to continuous	environmental monitoring	Y	9
1811	capillary electrophoresis	convert batch to continuous	food safety	Y	9
1812	capillary electrophoresis	cut analysis time 10x	research laboratory	Y	9
1813	capillary electrophoresis	cut analysis time 10x	environmental monitoring	Y	9
1814	capillary electrophoresis	cut analysis time 10x	food safety	Y	9
1815	capillary electrophoresis	cut sample volume 10x	research laboratory	Y	9
1816	capillary electrophoresis	cut sample volume 10x	environmental monitoring	Y	9
1817	capillary electrophoresis	cut sample volume 10x	food safety	Y	9
1818	capillary electrophoresis	eliminate a separation step	research laboratory	Y	9
1819	capillary electrophoresis	eliminate a separation step	environmental monitoring	Y	9
1820	capillary electrophoresis	eliminate a separation step	food safety	Y	9
1821	capillary electrophoresis	miniaturise to chip scale	research laboratory	Y	9
1822	capillary electrophoresis	miniaturise to chip scale	environmental monitoring	Y	9
1823	capillary electrophoresis	miniaturise to chip scale	food safety	Y	9
1824	capillary electrophoresis	parallelise the runs	industrial QC	Y	9
1825	capillary electrophoresis	parallelise the runs	teaching laboratory	Y	9
1826	capillary electrophoresis	parallelise the runs	materials production	Y	9
1827	casting	convert batch to continuous	research laboratory	Y	9
1828	casting	convert batch to continuous	environmental monitoring	Y	9
1829	casting	convert batch to continuous	food safety	Y	9
1830	casting	cut sample volume 10x	research laboratory	Y	9
1831	casting	cut sample volume 10x	environmental monitoring	Y	9
1832	casting	cut sample volume 10x	food safety	Y	9
1833	casting	eliminate a separation step	research laboratory	Y	9
1834	casting	eliminate a separation step	environmental monitoring	Y	9
1835	casting	eliminate a separation step	food safety	Y	9
1836	casting	parallelise the runs	industrial QC	Y	9
1837	casting	parallelise the runs	teaching laboratory	Y	9
1838	casting	parallelise the runs	materials production	Y	9
1839	casting	replace with a proxy measurement	research laboratory	Y	9
1840	casting	replace with a proxy measurement	environmental monitoring	Y	9
1841	casting	replace with a proxy measurement	food safety	Y	9
1842	cell counting	cut analysis time 10x	research laboratory	Y	9
1843	cell counting	cut analysis time 10x	environmental monitoring	Y	9
1844	cell counting	cut analysis time 10x	food safety	Y	9
1845	cell counting	cut sample volume 10x	research laboratory	Y	9
1846	cell counting	cut sample volume 10x	environmental monitoring	Y	9
1847	cell counting	cut sample volume 10x	food safety	Y	9
1848	cell counting	miniaturise to chip scale	research laboratory	Y	9
1849	cell counting	miniaturise to chip scale	environmental monitoring	Y	9
1850	cell counting	miniaturise to chip scale	food safety	Y	9
1851	cell counting	multiplex the assay	research laboratory	Y	9
1852	cell counting	multiplex the assay	environmental monitoring	Y	9
1853	cell counting	multiplex the assay	food safety	Y	9
1854	cell counting	parallelise the runs	industrial QC	Y	9
1855	cell counting	parallelise the runs	teaching laboratory	Y	9
1856	cell counting	parallelise the runs	materials production	Y	9
1857	cell culture	cut analysis time 10x	research laboratory	Y	9
1858	cell culture	cut analysis time 10x	environmental monitoring	Y	9
1859	cell culture	cut analysis time 10x	food safety	Y	9
1860	cell culture	cut sample volume 10x	research laboratory	Y	9
1861	cell culture	cut sample volume 10x	environmental monitoring	Y	9
1862	cell culture	cut sample volume 10x	food safety	Y	9
1863	cell culture	miniaturise to chip scale	research laboratory	Y	9
1864	cell culture	miniaturise to chip scale	environmental monitoring	Y	9
1865	cell culture	miniaturise to chip scale	food safety	Y	9
1866	cell culture	multiplex the assay	research laboratory	Y	9
1867	cell culture	multiplex the assay	environmental monitoring	Y	9
1868	cell culture	multiplex the assay	food safety	Y	9
1869	cell culture	parallelise the runs	industrial QC	Y	9
1870	cell culture	parallelise the runs	teaching laboratory	Y	9
1871	cell culture	parallelise the runs	materials production	Y	9
1872	centrifugation	convert batch to continuous	research laboratory	Y	9
1873	centrifugation	convert batch to continuous	environmental monitoring	Y	9
1874	centrifugation	convert batch to continuous	food safety	Y	9
1875	centrifugation	cut analysis time 10x	research laboratory	Y	9
1876	centrifugation	cut analysis time 10x	environmental monitoring	Y	9
1877	centrifugation	cut analysis time 10x	food safety	Y	9
1878	centrifugation	cut sample volume 10x	research laboratory	Y	9
1879	centrifugation	cut sample volume 10x	environmental monitoring	Y	9
1880	centrifugation	cut sample volume 10x	food safety	Y	9
1881	centrifugation	eliminate a separation step	research laboratory	Y	9
1882	centrifugation	eliminate a separation step	environmental monitoring	Y	9
1883	centrifugation	eliminate a separation step	food safety	Y	9
1884	centrifugation	miniaturise to chip scale	research laboratory	Y	9
1885	centrifugation	miniaturise to chip scale	environmental monitoring	Y	9
1886	centrifugation	miniaturise to chip scale	food safety	Y	9
1887	centrifugation	parallelise the runs	industrial QC	Y	9
1888	centrifugation	parallelise the runs	teaching laboratory	Y	9
1889	centrifugation	parallelise the runs	materials production	Y	9
1890	chronoamperometry	make the measurement ratiometric	field and point of use	Y	9
1891	chronoamperometry	make the measurement ratiometric	industrial QC	Y	9
1892	chronoamperometry	make the measurement ratiometric	teaching laboratory	Y	9
1893	chronoamperometry	make the measurement ratiometric	materials production	Y	9
1894	chronoamperometry	make the measurement ratiometric	remote or deployed	Y	9
1895	chronoamperometry	remove a calibration step	field and point of use	Y	9
1896	chronoamperometry	remove a calibration step	industrial QC	Y	9
1897	chronoamperometry	remove a calibration step	teaching laboratory	Y	9
1898	chronoamperometry	remove a calibration step	materials production	Y	9
1899	chronoamperometry	remove a calibration step	remote or deployed	Y	9
1900	chronoamperometry	switch reference to differential	field and point of use	Y	9
1901	chronoamperometry	switch reference to differential	industrial QC	Y	9
1902	chronoamperometry	switch reference to differential	teaching laboratory	Y	9
1903	chronoamperometry	switch reference to differential	materials production	Y	9
1904	chronoamperometry	switch reference to differential	remote or deployed	Y	9
1905	circular dichroism	cut analysis time 10x	research laboratory	Y	9
1906	circular dichroism	cut analysis time 10x	environmental monitoring	Y	9
1907	circular dichroism	cut analysis time 10x	food safety	Y	9
1908	circular dichroism	cut sample volume 10x	research laboratory	Y	9
1909	circular dichroism	cut sample volume 10x	environmental monitoring	Y	9
1910	circular dichroism	cut sample volume 10x	food safety	Y	9
1911	circular dichroism	make the measurement ratiometric	field and point of use	Y	9
1912	circular dichroism	make the measurement ratiometric	industrial QC	Y	9
1913	circular dichroism	make the measurement ratiometric	teaching laboratory	Y	9
1914	circular dichroism	make the measurement ratiometric	materials production	Y	9
1915	circular dichroism	make the measurement ratiometric	remote or deployed	Y	9
1916	circular dichroism	miniaturise to chip scale	research laboratory	Y	9
1917	circular dichroism	miniaturise to chip scale	environmental monitoring	Y	9
1918	circular dichroism	miniaturise to chip scale	food safety	Y	9
1919	circular dichroism	multiplex the assay	research laboratory	Y	9
1920	circular dichroism	multiplex the assay	environmental monitoring	Y	9
1921	circular dichroism	multiplex the assay	food safety	Y	9
1922	circular dichroism	remove a calibration step	field and point of use	Y	9
1923	circular dichroism	remove a calibration step	industrial QC	Y	9
1924	circular dichroism	remove a calibration step	teaching laboratory	Y	9
1925	circular dichroism	remove a calibration step	materials production	Y	9
1926	circular dichroism	remove a calibration step	remote or deployed	Y	9
1927	circular dichroism	replace an expensive component	field and point of use	Y	9
1928	circular dichroism	replace an expensive component	industrial QC	Y	9
1929	circular dichroism	replace an expensive component	teaching laboratory	Y	9
1930	circular dichroism	replace an expensive component	materials production	Y	9
1931	circular dichroism	replace an expensive component	remote or deployed	Y	9
1932	circular dichroism	switch reference to differential	field and point of use	Y	9
1933	circular dichroism	switch reference to differential	industrial QC	Y	9
1934	circular dichroism	switch reference to differential	teaching laboratory	Y	9
1935	circular dichroism	switch reference to differential	materials production	Y	9
1936	circular dichroism	switch reference to differential	remote or deployed	Y	9
1937	circular dichroism	use a cheaper detector	field and point of use	Y	9
1938	circular dichroism	use a cheaper detector	industrial QC	Y	9
1939	circular dichroism	use a cheaper detector	teaching laboratory	Y	9
1940	circular dichroism	use a cheaper detector	materials production	Y	9
1941	circular dichroism	use a cheaper detector	remote or deployed	Y	9
1942	coating deposition	convert batch to continuous	research laboratory	Y	9
1943	coating deposition	convert batch to continuous	environmental monitoring	Y	9
1944	coating deposition	convert batch to continuous	food safety	Y	9
1945	coating deposition	cut sample volume 10x	research laboratory	Y	9
1946	coating deposition	cut sample volume 10x	environmental monitoring	Y	9
1947	coating deposition	cut sample volume 10x	food safety	Y	9
1948	coating deposition	eliminate a separation step	research laboratory	Y	9
1949	coating deposition	eliminate a separation step	environmental monitoring	Y	9
1950	coating deposition	eliminate a separation step	food safety	Y	9
1951	coating deposition	parallelise the runs	industrial QC	Y	9
1952	coating deposition	parallelise the runs	teaching laboratory	Y	9
1953	coating deposition	parallelise the runs	materials production	Y	9
1954	coating deposition	replace with a proxy measurement	research laboratory	Y	9
1955	coating deposition	replace with a proxy measurement	environmental monitoring	Y	9
1956	coating deposition	replace with a proxy measurement	food safety	Y	9
1957	conductivity measurement	make the measurement ratiometric	field and point of use	Y	9
1958	conductivity measurement	make the measurement ratiometric	industrial QC	Y	9
1959	conductivity measurement	make the measurement ratiometric	teaching laboratory	Y	9
1960	conductivity measurement	make the measurement ratiometric	materials production	Y	9
1961	conductivity measurement	make the measurement ratiometric	remote or deployed	Y	9
1962	conductivity measurement	remove a calibration step	field and point of use	Y	9
1963	conductivity measurement	remove a calibration step	industrial QC	Y	9
1964	conductivity measurement	remove a calibration step	teaching laboratory	Y	9
1965	conductivity measurement	remove a calibration step	materials production	Y	9
1966	conductivity measurement	remove a calibration step	remote or deployed	Y	9
1967	conductivity measurement	switch reference to differential	field and point of use	Y	9
1968	conductivity measurement	switch reference to differential	industrial QC	Y	9
1969	conductivity measurement	switch reference to differential	teaching laboratory	Y	9
1970	conductivity measurement	switch reference to differential	materials production	Y	9
1971	conductivity measurement	switch reference to differential	remote or deployed	Y	9
1972	confocal microscopy	cut analysis time 10x	research laboratory	Y	9
1973	confocal microscopy	cut analysis time 10x	environmental monitoring	Y	9
1974	confocal microscopy	cut analysis time 10x	food safety	Y	9
1975	confocal microscopy	make the measurement ratiometric	field and point of use	Y	9
1976	confocal microscopy	make the measurement ratiometric	industrial QC	Y	9
1977	confocal microscopy	make the measurement ratiometric	teaching laboratory	Y	9
1978	confocal microscopy	make the measurement ratiometric	materials production	Y	9
1979	confocal microscopy	make the measurement ratiometric	remote or deployed	Y	9
1980	confocal microscopy	replace an expensive component	field and point of use	Y	9
1981	confocal microscopy	replace an expensive component	industrial QC	Y	9
1982	confocal microscopy	replace an expensive component	teaching laboratory	Y	9
1983	confocal microscopy	replace an expensive component	materials production	Y	9
1984	confocal microscopy	replace an expensive component	remote or deployed	Y	9
1985	confocal microscopy	use a cheaper detector	field and point of use	Y	9
1986	confocal microscopy	use a cheaper detector	industrial QC	Y	9
1987	confocal microscopy	use a cheaper detector	teaching laboratory	Y	9
1988	confocal microscopy	use a cheaper detector	materials production	Y	9
1989	confocal microscopy	use a cheaper detector	remote or deployed	Y	9
1990	coulometry	make the measurement ratiometric	field and point of use	Y	9
1991	coulometry	make the measurement ratiometric	industrial QC	Y	9
1992	coulometry	make the measurement ratiometric	teaching laboratory	Y	9
1993	coulometry	make the measurement ratiometric	materials production	Y	9
1994	coulometry	make the measurement ratiometric	remote or deployed	Y	9
1995	coulometry	remove a calibration step	field and point of use	Y	9
1996	coulometry	remove a calibration step	industrial QC	Y	9
1997	coulometry	remove a calibration step	teaching laboratory	Y	9
1998	coulometry	remove a calibration step	materials production	Y	9
1999	coulometry	remove a calibration step	remote or deployed	Y	9
2000	coulometry	switch reference to differential	field and point of use	Y	9

Incoprea Research · study 9, method improvements · 3 November 2026. Composition and computation. No experiment performed.