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1 ize surfaces on-chip with multiple layers of immunochemistry.
2 ucose and monitored acetylation over time by immunochemistry.
3 P, and activated caspase 3 was visualized by immunochemistry.
4 (CATB) and matrix metalloproteinase 9 (MMP9) immunochemistry.
5 14-3-3 sigma, and prostate stem cell antigen immunochemistry.
6 n the AIS pyramidal cells was confirmed with immunochemistry.
7 ypes were assessed by cell fractionation and immunochemistry.
8 ner corpuscles had an abnormal structure and immunochemistry.
9 7T magnet, and studied by histopathology and immunochemistry.
10 t (KO) mice, tissue measurements of ACh, and immunochemistry.
11 tissues of patients with SSc was analyzed by immunochemistry.
12 nd Pax6 was determined in embryo sections by immunochemistry.
13 aking the "one antibody-one target axiom" of immunochemistry.
14 e-quantitative polymerase chain reaction and immunochemistry.
15 and active MMP-2 and MMP-9 by zymography and immunochemistry.
16  by use of rapid quenching and site-directed immunochemistry.
17 llen was determined by mass spectrometry and immunochemistry.
18 reacted for activated microglia by isolectin immunochemistry.
19 s and following the outcome by site-directed immunochemistry.
20 lyacrylamide gel electrophoresis, and use of immunochemistry.
21 rocytes has been determined by site-directed immunochemistry.
22  translocation, as assessed by means of both immunochemistry (54.0% +/- 6.8% vs 24.7% +/- 3.8% GR-pos
23 d by immunofluorescence, flow cytometry, and immunochemistry 72 hours after treatment.
24 8(+) T cells from CAF-rich murine tumors and immunochemistry analysis of human tumors identified sign
25                                              Immunochemistry analysis of respiratory samples has demo
26 clinical diagnostics especially in automated immunochemistry analyzers such as Siemens Healthcare Dia
27 d evaluated the reduction in IgE binding via immunochemistry and a mouse model of passive cutaneous a
28 vant peroxidase enzymes, used extensively in immunochemistry and biocatalysis applications.
29 showed significant reductions in total Abeta immunochemistry and Congo red.
30 rus cultures, real-time PCR, DNA sequencing, immunochemistry and electron microscopy analyses.
31           Plk3 activities were determined by immunochemistry and immunocomplex kinase assay approache
32 in its native configuration as determined by immunochemistry and immunoelectron microscopy.
33 rticular the B1kappa1 domain, as reagents in immunochemistry and immunotherapy.
34                                              Immunochemistry and LC-MS/MS were applied to assess the
35 rantigens should prove useful as reagents in immunochemistry and may have potential as agents in immu
36 ther, we isolated the incriminating virus by immunochemistry and molecular techniques in several feta
37                                              Immunochemistry and pharmacological properties of the re
38 ular matrix (ECM) components were assayed by immunochemistry and Western blot.
39  combination of single-cell transcriptomics, immunochemistry, and functional experiments.
40                   Using electron microscopy, immunochemistry, and gene expression, we demonstrated th
41 nce (qHNMR), size separation chromatography, immunochemistry, and sensory analysis.
42 toenzymology, beta-galactosidase, sclerostin immunochemistry, and terminal deoxynucleotidyl transfera
43 n, proteomics, RT-PCR gene expression assay, immunochemistry, and Western blotting were used to exami
44 to be examined with regard to immunology and immunochemistry as well as genetics.
45 n levels were determined using enzyme-linked immunochemistry assay in 78 individuals including 19 hep
46                                              Immunochemistry assays demonstrated an interaction betwe
47 e marker expression on the protein level via immunochemistry assays.
48                     The eyes were studied by immunochemistry at 3 days to 8 weeks after implantation.
49 n a highly multiplexed experiment with other immunochemistry-based reagents to distinguish uptake int
50 nteractions, and enables characterization of immunochemistry, binding affinity, and protein biomarker
51  cell transcriptomic profiling combined with immunochemistry characterizes a model system that can mo
52                                          p53 immunochemistry demonstrated elevated protein levels wit
53                                              Immunochemistry demonstrated RMR-dependent cellular upta
54                                   Biopsy and immunochemistry demonstrated the presence of amelanotic
55                    In situ hybridization and immunochemistry double staining showed that miR-365 was
56 pment in sly mutants, using a combination of immunochemistry, electron microscopy and quantitative li
57                                              Immunochemistry ER and PgR HSCORE and % positivity (%+)
58 hybridization with tyrosine hydroxylase (TH) immunochemistry for better characterization of PSST1 and
59 rowths for human centromeric DNA, as well as immunochemistry for human-specific breast epithelial cyt
60 on the raccoon forepaw was examined by using immunochemistry for protein gene product 9.5, calcitonin
61                                              Immunochemistry for the detection of the human DNA misma
62 encing (PSQ; methylated MGMT >=9%) and using immunochemistry (H-score of MGMT <50) when PSQ was not i
63                                    p16/Ki-67 immunochemistry had the highest PPV, 20%, but 13% specim
64            Rapid quenching and site-directed immunochemistry have been used to follow the formation o
65                                              Immunochemistry image analysis also suggested that LT en
66     Combining light and electron microscopic immunochemistry in the rat spinal trigeminal nucleus, we
67  of the KBP complex by mass spectrometry and immunochemistry: KBP120 and KBP45 are the damaged DNA-bi
68 roach that involves quantitative proteomics, immunochemistry, metabolic quantification, and life span
69 cycle, apoptosis through an ELISA assay, and immunochemistry method were investigated in LNCaP cells.
70                       Our study assessed the immunochemistry, morphology, and density of the nonvascu
71                   They were characterized by immunochemistry, N-terminal sequence analysis, and mass
72 nce of urinary decoy cells and urinary SV40T immunochemistry of exfoliated cells, to screen for BKVAN
73        Transgene expression was evaluated by immunochemistry of infected RGC-5 cells and after intrav
74         The AgCad1 protein was localized, by immunochemistry of sectioned larvae, predominately to th
75 nce tomography (OCT), PKP subgroup outcomes, immunochemistry of the corneal buttons and GAN fascicle,
76 o a number of serogroups on the basis of the immunochemistry of their capsular polysaccharides; serog
77                                 To study the immunochemistry of these proteins, overlapping decapepti
78 ression in defined B-cell populations and by immunochemistry of tonsil tissue.
79 on of fluorescence in situ hybridization and immunochemistry on fixed human cells and high-throughput
80                                              Immunochemistry on rat brain, cultured neurons, and huma
81 h in vitro and in vivo utilizing fluorescent immunochemistry on transfected cells, transgenic Xenopus
82      beta-Cell proliferation was assessed by immunochemistry or flow cytometry.
83  fly genetics, live cell imaging, and tissue immunochemistry, our research elucidates the structural
84         We used a combination of microscopy, immunochemistry, patch-clamp, and optical mapping to ass
85 ass and replication rates were determined by immunochemistry, point-counting morphometry, and 6-h 5-b
86 ients (9 different allergens) and studied by immunochemistry, real-time PCR, nested PCR, and in situ
87 th specimens using 3 independent techniques (immunochemistry, real-time quantitative polymerase chain
88 in all myocytes in culture was documented by immunochemistry, real-time RT-PCR, and determination of
89 also demonstrated by electron microscopy and immunochemistry, respectively.
90                                              Immunochemistry revealed higher microglial activation in
91                            Tissue microarray immunochemistry revealed that p65 phospho-Ser536 is pres
92                                              Immunochemistry showed a significant decrease in the imm
93 esions in male C57Bl/6J mice, as verified by immunochemistry, showed a small but significant increase
94                                The developed immunochemistry stabilization method can potentially be
95  immunoprofiling of hepatic lymphocytes, and immunochemistry staining of liver tissues for assessing
96                                              Immunochemistry studies confirmed the presence of the P3
97                                              Immunochemistry studies demonstrated that prolonged graf
98            Quantitative kinetic analysis and immunochemistry studies suggest that the high inhibitory
99 ophysiologically identified cells along with immunochemistry to characterise contacts formed by axons
100 t interactions that have formed the basis of immunochemistry until this time.
101 Aseq, metabolomics, electron microscopy, and immunochemistry using transgenic mice.
102 activity, postembedding electron microscopic immunochemistry was performed on anterogradely labeled c
103                                 Quantitative immunochemistry was used to assess the numbers of eosino
104                                              Immunochemistry was used to characterize inflammatory ce
105                                        Using immunochemistry, we demonstrated that this defect was no
106 ing RT-PCR, flow cytometry, and fluorescence immunochemistry, we found that numerous integrins were e
107 f reporter genes, RNA gel blot analysis, and immunochemistry, we found that the AGL15 protein accumul
108                                     Here, by immunochemistry, we have found expression of AQP5 protei
109                                         With immunochemistry, we identified MSC-CSC niches in these t
110             Scanning electron microscopy and immunochemistry were used to describe the formation of t
111                                        Using immunochemistry, Western blot analysis, and kinase activ
112 ncluding IL-1beta, were investigated through immunochemistry, western blot analysis, and quantitative
113                                              Immunochemistry with oligomer-specific antibodies, elect

 
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