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1 p24 protein levels, electron microscopy, and antibody staining).
2 based on colocalization of keratin-ubiquitin antibody staining.
3 eage progression, as determined by O4 and O1 antibody staining.
4 in retinal cross sections and wholemounts by antibody staining.
5 al recognition of the rings by alpha-tubulin antibody staining.
6 o detected at these same sites by monoclonal antibody staining.
7 ce of B. burgdorferi by indirect fluorescent antibody staining.
8 e 15-kDa antigen as determined by monoclonal antibody staining.
9  and the Adhr protein product is detected by antibody staining.
10 ation as distinguished by slow MyHC-specific antibody staining.
11 teins by the ribosome and can be detected by antibody staining.
12 phology or other FACS-sortable features like antibody staining.
13 s cytometry that is compatible with standard antibody staining.
14 ed Nissl staining and NeuN (neuronal nuclei) antibody staining.
15 ithelial cell adequacy by direct fluorescent-antibody staining.
16 and identified immunohistochemically by OX42 antibody staining.
17 defined by vesicular glutamate transporter-1 antibody staining.
18 id (PNA) probe coupled with cardiac-specific antibody staining.
19  early apoptosis marker, was assessed by M30 antibody staining.
20 SIC2a requires membrane permeabilization for antibody staining.
21 lization by phenotype-specific phycoerythrin-antibody staining.
22  as well as by cell culture with fluorescent-antibody staining.
23 e persistence of phosphohistone H3 and MPM-2 antibody staining.
24  RNA-FISH and multiplex protein imaging with antibody-staining.
25  diagnosis could be made only by fluorescent antibody staining, a demanding technique available only
26 the mouse penis after paraffin embedding and antibody staining against Protein-Gene-Product-9.5 or Ne
27                                              Antibody staining against SARS-CoV-2 N protein shows com
28            In two species, we also performed antibody stainings against vesicular glutamate transport
29 k rectal gland shows activation-dependent R5 antibody staining along the basolateral membrane.
30                                              Antibody staining along with myelin staining by Luxol-Fa
31 ition to glutamatergic synapse localization, antibody staining also reveals that the SAPAP proteins a
32                                              Antibody staining analysis of paraffin-embedded archival
33 lengths, and mixed with other samples before antibody staining and analysis by flow cytometry.
34 ed in loss of CbpA expression as detected by antibody staining and bacterial adhesion.
35 neous pattern was observed both by anti-CD36 antibody staining and by live cell imaging of CHO cells
36 g activity found in muscle tissue of mice by antibody staining and cell sorting.
37 3 cleavage was shown in vivo by differential antibody staining and colocalized with predicted active
38 produce null alleles of their target gene by antibody staining and flow cytometry.
39 nd plasmacytoid dendritic cell by monoclonal antibody staining and flow cytometry.
40   Regulatory T-cell activity was assessed by antibody staining and functional assays.
41                                  Fluorescent-antibody staining and image analysis were used to quanti
42                                  Fluorescent antibody staining and image analysis were used to quanti
43                            Immunofluorescent-antibody staining and immunogold labeling with these MAb
44 od eliminates variability between samples in antibody staining and instrument sensitivity, reduces an
45                                              Antibody staining and live imaging of JIL-1-GFP transgen
46  in combination with fluorescent whole mount antibody staining and micro-computed tomography we prepa
47                                    Both PLP1 antibody staining and reverse transcriptase-polymerase c
48 ly sensitive by combining the specificity of antibody staining and the sensitivity of spectroscopic c
49 ve sufficient residual tissue for subsequent antibody staining and visualization.
50 owever, sample-to-sample variability, due to antibody staining and/or instrument sensitivity, can int
51 were compared to those of direct fluorescent-antibody staining and/or tissue culture for detection of
52 annel openings correlates with the degree of antibody staining, and acute antibody exposure prolongs
53 type was monitored by monoclonal fluorescent antibody staining, and cytokine levels were quantitated
54              Using CRISPR/Cas9 gene editing, antibody staining, and electron microscopy we find white
55 mal cells (NPC) was determined by monoclonal antibody staining, and flow cytometric analysis.
56 ed by PCR analyses, intracellular monoclonal antibody staining, and presence of virus in culture supe
57 embrane lipids and the DNA cargo within (non-antibody staining approach), we were able to detect a su
58 etail, showing that the defects in serotonin antibody staining are paralleled by a loss of the transc
59 r parts was as clearly marked by IM1 and OM4 antibody staining as it was in the normal dentate gyrus.
60    We used Pax-2 mRNA expression and Lim 1/2 antibody staining as markers for the conversion of chick
61 irD Array judging by similar assays, such as antibody staining, as well as lectin and ligand binding.
62 mmunogold and alkaline phosphatase secondary antibody staining both show antigen in secondary cell wa
63 al staining with hematoxylin and eosin (HE), antibody staining by immunohistochemistry, and including
64 roteinase K (Pro-K) or sonication treatment, antibody staining, clearing, and mounting.
65                                      The 2A3 antibody staining colocalizes with that generated by alp
66  immunohistochemical and direct fluorescence antibody staining demonstrated rabies virus in multiple
67                                          SRF antibody staining demonstrated significant SRF protein a
68                  However, immunofluorescence antibody staining demonstrated that cells expressing HTN
69                    Direct immunofluorescence antibody staining (DFA) and primary rhesus monkey kidney
70 ed with those obtained by direct fluorescent-antibody staining (DFA) and real-time PCR with 122 and 1
71 opy was used to detect fluorescently labeled antibody staining directed against CD61/CD42b for the id
72                                              Antibody staining displayed increased levels of full-len
73                                     Previous antibody staining experiments demonstrated that herpes s
74                                              Antibody staining experiments show that this truncated m
75                                              Antibody-staining experiments have shown that closely re
76 zation with fixation, nuclei extraction, and antibody staining followed by fluorescence-activated nuc
77                                              Antibody staining for beta-actin revealed that actin sur
78 er compared the GFP expression with specific antibody staining for CaMKIIalpha and GABA.
79 A by in situ RNA hybridization combined with antibody staining for the HIV Gag protein.
80                                              Antibody staining for the M1 peptide confirmed its prese
81                 In the same tissue sections, antibody staining for the RIII protein was more intense
82 Moreover, for patients with Ki-67 monoclonal antibody staining >2% at recurrence, 5 y overall surviva
83  combination with orthogonal methods such as antibody staining, highlighting its potential value for
84 he evidence comes from absence of plectin by antibody staining in affected individuals from four fami
85 sRNA could be detected by immunofluorescence antibody staining in double-stranded DNA and positive-st
86 developed to semiquantitate the intensity of antibody staining in isografts.
87 bly, and because CotJC is more accessible to antibody staining in spores lacking both of these coat l
88                                              Antibody staining in the cerebellum was complex, with st
89 n which overlap of PEC- or podocyte-specific antibody staining indicative of gradual differentiation
90                                              Antibody staining is a vital technique for studying the
91              In vitro diagnostic (IVD) PD-L1 antibody staining is widely used to predict clinical int
92                                         Zn-1 antibody staining largely correlates with the presence o
93                      However, variability in antibody staining leads to batch effects in the ADT expr
94                                              Antibody staining localized the protein to the basal cel
95 chemistry, and including the new multiplexed antibody staining methods.
96 were lysed in the presence of taxol and ATP, antibody staining moved rapidly toward the poles, suppor
97 reme sexual dimorphism, as in these species, antibody staining occurs only in the male's song nuclei.
98                                              Antibody staining of bag cell neurons in primary culture
99 red human corneal endothelial cells, whereas antibody staining of both human and mouse corneas showed
100 atment on entry were measured by fluorescent antibody staining of cells or by antigen capture immunoa
101  culture were resolved by direct fluorescent antibody staining of culture sediments, two different PC
102 ubunit, assayed by in situ hybridization and antibody staining of dissociated cells, was widespread i
103 iable protocols have long been available for antibody staining of Drosophila whole-mount embryos and
104                                              Antibody staining of embryos and polytene chromosomes re
105                                              Antibody staining of genetic mosaics reveals that Dchs1
106 attern was in good visual agreement with the antibody staining of hCYP11B2 and distinguished areas wi
107 cale serotyping studies in which fluorescent antibody staining of infected cells was used, a minority
108 pecimens were resolved by direct fluorescent-antibody staining of sedimented culture transport medium
109                                              Antibody staining of skin sections showed that Merkel ce
110                                  Fluorescent antibody staining of the corresponding midguts from tick
111 gene, ham-3, affects migration and serotonin antibody staining of the hermaphrodite-specific neuron (
112   In addition, in the AI treated group znp-1 antibody staining of the primary motor neurons demonstra
113                                              Antibody staining of transgenic animals indicated that b
114                                       Strong antibody staining of tumor tissue was observed in a pati
115                            Immunofluorescent antibody staining of whole adult rat EOMs, examined by c
116 o protocols to develop a reliable method for antibody staining of whole Drosophila larvae of any deve
117              Using in situ hybridization and antibody staining of whole-mount embryos, we show that E
118                                         Muc1 antibody staining of wild-type sections revealed the pre
119 e correlation of radioligand binding and tau antibody staining on the same tissue section.
120                    By mapping NKCC2 and KCC2 antibody staining on these dendrites, we further show th
121 laboratory evidence (by indirect fluorescent antibody staining or polymerase chain reaction) of HGE;
122 ssues like instrument variation, problematic antibody staining, or reagent lot changes can lead to bi
123  membrane protein, although the anti-Cpn0308 antibody staining overlapped with the anti-IncA antibody
124 g by time of flight (MIBI-TOF) and a 37-plex antibody staining panel to interrogate 79 clinically ann
125    The quantitative data correlated with the antibody staining patterns because cells that were not o
126 tex1 formed larger aggregates with different antibody staining patterns compared to untagged Httex1.
127                                              Antibody staining patterns in the zebra finch show that
128                                              Antibody staining, peptide stimulation, and proliferatio
129 virologic testing, consisting of fluorescent-antibody staining plus testing with the R-mix system and
130      Here, we present a novel DNA-conjugated antibody staining protocol that addresses these challeng
131 osophila embryo fixation and colorimetric or antibody staining protocols.
132  subcellular locations by use of multiplexed antibody staining protocols.
133 ed threshold-gating as well as assessment of antibody staining quality for titration optimization and
134 ques were measured after oil-red O and Mac-1 antibody staining, respectively, and quantified with com
135                                    Anti-Duox antibody staining resulted in prominent apical staining
136 unohistochemistry using anti-MAC-3 and MAC-1 antibody staining revealed a marked reduction in vein gr
137                   Indirect immunofluorescent antibody staining revealed high expression of LAR in a p
138                                  Fluorescent antibody staining revealed PCho(+) variants within biofi
139 stent with its functional significance, CCR2 antibody staining revealed surface CCR2 expression withi
140                                     Specific antibody staining revealed that over 92% of cells in hVE
141                                  Whole-mount antibody staining revealed that the p57Kip2 amacrine cel
142                                              Antibody staining revealed the presence of alpha-subunit
143                                              Antibody staining reveals that five different vesicular
144                                              Antibody staining showed colocalization of VR and the L4
145 hey were identified as reticulocytes because antibody staining showed that they were CD 45(-), glycop
146                                     Skeletor antibody staining shows that skeletor is associated with
147 showed two highly specific patterns based on antibody staining, suggesting that it might be the recep
148                    In this paper, we show by antibody staining that bib is expressed in tissues that
149 aging, transmission electron microscopy, and antibody staining, that bare regions-lacking somatic gon
150      This technology is based on multiplexed antibody staining, tiled high-resolution confocal micros
151 cleoside transporter (rENT1) was revealed by antibody staining to be abundant in neonatal and mature
152 otein (MP:GFP) were used in combination with antibody staining to identify host cell components to wh
153 udies that resolve neuronal subclasses using antibody staining, transgenic mouse lines, and morpholog
154 reaction in all 5 cases; direct fluorescence antibody staining was positive in 1.
155                                              Antibody staining was used to assess accumulation of PrP
156                                   Monoclonal antibody staining was used to characterize DC subsets in
157                  Four days later, monoclonal antibody staining was used to detect class II MHC protei
158 ocal laser scanning microscopy combined with antibody staining we previously observed VR sequestered
159               For multiplexed examination of antibody staining we used straightforward computational
160                                        Using antibody staining, we found that HCN3 is expressed in al
161 cific probes in conjunction with fluorescent antibody staining, we found that such stem cells indeed
162                                   Using dual antibody staining, we show that deltaACE2 localises, and
163                              Patch-clamp and antibody staining were employed to confirm functional ex
164 ort medium with chlamydia direct fluorescent antibody staining were used to adjudicate chlamydia cult
165 l embedding, full lipid removal, whole-brain antibody staining (which, if needed, accounts for 7-10 o
166 dies gave this unusual pattern of basonuclin antibody staining, which was confirmed by cell fractiona
167                               By fluorescent antibody staining with anti-p40 and -p35, the complex is
168 hrome blue stain and by indirect fluorescent-antibody staining with murine polyclonal antiserum raise
169 ed by thionin dye and NeuN (neuronal nuclei) antibody stainings] without damaging the fibers of passa

 
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