1 s a pestle-grinder, as suggested by the wear-
trace analysis.
2 ces of RLK kinase domains using evolutionary
trace analysis.
3 fabricable SERS platforms for ultrasensitive
trace analysis.
4 ch as dinitrophenylhydrazine derivatives, in
trace analysis.
5 aluated for use in preparing dried spots for
trace analysis.
6 crossed with Rosa26-LSL-YFP mice for lineage
tracing analysis.
7 tamoxifen-inducible Cre for cellular lineage-
tracing analysis.
8 Evolutionary
trace analysis also predicts an unexpected swath of clas
9 highly extensible, allowing the addition of
trace analysis and processing modules without recompilat
10 Using evolutionary
trace analysis and structural homology modeling in conju
11 Evolutionary
tracing analysis and structural modeling identified a cl
12 Atom trap
trace analysis (
ATTA) is capable of determining the ultr
13 lleys, Antarctica, and dated using Atom Trap
Trace Analysis (
ATTA).
14 e advantages of capillary chromatography for
trace analysis could be augmented if there were postcolu
15 Lineage
tracing analysis demonstrates that Lgr5(+) GBCs regenera
16 Genetic lineage
tracing analysis demonstrates that tissue-resident, but
17 Initial cell-lineage-
tracing analysis identified nonciliated secretory epithe
18 Limits of detection for the
trace analysis in air of the chemical warfare agent simu
19 However,
trace analysis in the presence of a dominating component
20 Lineage
tracing analysis in combination with a Tie2-driven Cre/l
21 Recombination-based lineage
tracing analysis in vivo revealed that Ptf1a expression
22 This method of isotope
trace analysis is free of contamination from other isoto
23 A method has been developed for the
trace analysis of 27 compounds from a diverse group of p
24 , direct qualitative and quantitative (ultra)
trace analysis of agrochemicals in foodstuffs.
25 Based on evolutionary
trace analysis of both the RH and kinase domains of the
26 can be used as a practical sensor for ultra-
trace analysis of bovine serum albumin in clinical setti
27 When dealing with
trace analysis of complex mixtures, NMR suffers from bot
28 ffers the potential for rapid separation and
trace analysis of complex mixtures.
29 can be applied as a suitable alternative for
trace analysis of copper.
30 potential of the aptasensor for quantitative
trace analysis of EDI.
31 Thus, CE was successfully used for the
trace analysis of eicosanoids.
32 Evolutionary
trace analysis of FHA domains suggests class-specific re
33 This work extends Evolutionary
Trace analysis of functional surfaces to protein-DNA int
34 Trace analysis of heavy metal ions like Cd(+2), Pb(+2),
35 Evolutionary
trace analysis of J domains suggests that helix III usua
36 Due to importance of
trace analysis of lead and copper ions because of their
37 Trace analysis of liquid samples has wide applications i
38 alysis was implemented and validated for the
trace analysis of mycotoxins in drinking bottled waters.
39 Trace analysis of nitrite ion in a small sample (5-160 m
40 ingerprinting of the oil spill is based on a
trace analysis of petroleum biomarkers (steranes, diaste
41 een 100 and 600 fg) but still acceptable for
trace analysis of PXDDs.
42 Also included in this work is a ray
trace analysis of the optical system.
43 edium ng.L(-1) range and therefore allow the
trace analysis of the sought analytes in real samples.
44 A method has been developed for the
trace analysis of two classes of antimicrobials consisti
45 Evolutionary
trace analysis of UL25 and its homologues in other herpe
46 nic mouse that can be used for transneuronal
tracing analysis of circuits in any region of the brain
47 Cystometrogram study and
tracing analysis of voiding behavior revealed that the k
48 The
trace analysis potential of the platform was evaluated u
49 Cadm1 protected mice from obesity, and tract-
tracing analysis revealed Cadm1-positive innervation of
50 Lineage-
tracing analysis revealed that descendants of Sfrp5-expr
51 Lineage
tracing analysis revealed the conversion of beta-cells l
52 Lineage
tracing analysis showed that loss of aPKClambda altered
53 -dependent substitution tables, evolutionary
trace analysis,
solvent accessibility calculations and 3
54 Evolutionary
trace analysis suggests a functionally important network
55 d the computational approach of evolutionary
trace analysis to identify candidate functional (trace)
56 Here we introduce the application of state-
trace analysis to measures of neural activity, illustrat
57 e structure in combination with evolutionary
trace analysis to pinpoint several surface-exposed regio
58 uring a recognition paradigm and apply state-
trace analysis to responses evoked by the retrieval cue
59 Here, we apply cell-lineage
tracing analysis to demonstrate that SOX2- and SOX9-expr
60 We used cre/loxP-based genetic lineage
tracing analysis to test a previously proposed hypothesi
61 A new, rapid methodology for
trace analysis using solid-phase extraction is described
62 Genetic
tracing analysis using Fsp1Cre-traced fibroblasts from b
63 ), rationally designed based on Evolutionary
Trace analysis,
was incapable of G protein activation bu
64 By lineage
tracing analysis,
we also found that collagen-expressing
65 Using lineage-
tracing analysis,
we found that 50% of active NC-derived
66 A new sample preparation chemistry for
trace analysis,
where losses of analyte due to volatiliz