1 Immunohistological analyses demonstrated differential re
2 Using transcriptional and
immunohistological analyses for adhesion molecules in a
3 illed at various times after inoculation for
immunohistological analyses of brain slices.
4 Complementary
immunohistological analyses of selected neuropeptides re
5 The mRNA data were further confirmed by
immunohistological analyses of SEPT9 protein expression
6 Immunohistological analyses reveal that MHC-matching red
7 In subsequent
immunohistological analyses, IL-36gamma was confirmed to
8 In
immunohistological analyses, p97 was widely expressed in
9 and were subjected to DSA, histological, and
immunohistological analyses.
10 Immunohistological analysis conducted on a subset of 24
11 Immunohistological analysis confirmed that AR and TIF2 c
12 Immunohistological analysis detailed the contribution of
13 Immunohistological analysis during eye development ident
14 Immunohistological analysis of all examined mouse tissue
15 Competitive reverse transcriptase-PCR and
immunohistological analysis of allografts at 8, 16, and
16 Immunohistological analysis of grafts from the accelerat
17 By
immunohistological analysis of metastatic tumors, we det
18 15D-PGJ2 reduced the nitration of proteins (
immunohistological analysis of nitrotyrosine formation)
19 Consistent with these observations,
immunohistological analysis of pancreata showed that CD1
20 Rats were then transcardially perfused for
immunohistological analysis of pERK expression in the st
21 nsfer of protective antibodies, we performed
immunohistological analysis of placental specimens from
22 e detected in the serum of these animals and
immunohistological analysis of subsequent cryosections o
23 Immunohistological analysis of the myocardium mapped the
24 Immunohistological analysis of wild-type and deltaA(dx2/
25 Immunohistological analysis revealed diffusely positive
26 Immunohistological analysis showed that the skeletal mus
27 ing of CCR6-deficient B(mem) was revealed by
immunohistological analysis with an altered distribution
28 Using
immunohistological analysis, we determined that the endo
29 exhibited little deposition of C3 protein by
immunohistological analysis.
30 xtual fear conditioning paradigm, as well as
immunohistological and biochemical analysis of AD-relate
31 paring control and CRFR2-deficient mice with
immunohistological and morphometric techniques.
32 y the natural history of OPG formation using
immunohistological and radiographic approaches.
33 We used stereological methods, along with
immunohistological and related cell morphometric analysi
34 Immunohistological and RT-PCR analysis of muscle biopsy
35 ytoskeleton from degradation, as assessed by
immunohistological and ultrastructural analysis.
36 a knock-out mice in behavioral, biochemical,
immunohistological,
and electron microscopic analyses.
37 eport on studies that include morphological,
immunohistological,
and volumetric analyses of adult dig
38 sed organ culture, molecular biological, and
immunohistological approaches.
39 trated by both behavioral, psychological and
immunohistological assessment of reactions to water depr
40 an develop in the absence of histological or
immunohistological changes and may be functional in natu
41 and measured skin edema, and histologic and
immunohistological changes.
42 ects of this loss by integrating in vivo and
immunohistological data with computational modeling to s
43 Immunohistological evaluation of allografts at rejection
44 Immunohistological evaluation of renal and cardiac tissu
45 lectrophysiological recordings, quantitative
immunohistological evaluation revealed a significant inc
46 Immunohistological evidence also demonstrated an increas
47 ns, although there was some histological and
immunohistological evidence of antibody-mediated injury
48 Immunohistological examination of AdCD39-infected grafts
49 Immunohistological examination of the rejected GAL+ hear
50 Immunohistological examination of these aggregates confi
51 Immunohistological examination of thin tumor sections co
52 Instead,
immunohistological examination revealed the accumulation
53 e was exposed and fixed for histological and
immunohistological examination.
54 ic, histologic, functional, and quantitative
immunohistological examinations, and mRNA expression det
55 Immunohistological experiments (n = 10) also confirm tha
56 Our genetic and
immunohistological experiments point to a role for Deadl
57 nical, neuropathological, histochemical, and
immunohistological features observed in rhesus macaques
58 Here, we provide
immunohistological,
genetic, and pharmacological evidenc
59 Immunohistological labeling and reverse transcriptase po
60 h a histological analysis using standard and
immunohistological measures.
61 osition, as assessed by both biochemical and
immunohistological methods.
62 issue, we used a combination of behavioral,
immunohistological,
molecular, and electrophysiological
63 Here, anatomical and
immunohistological observations demonstrate that across
64 ected in type 3 OFF bipolar cells, by either
immunohistological or transgenic reporter labeling appro
65 REST (n = 2) cases exhibited a more variable
immunohistological pattern of PGI2-S expression.
66 ted with clinical, imaging, pathological and
immunohistological phenotypes.
67 ody to histamine and processed with standard
immunohistological procedures.
68 Immunohistological reactivity for CD34 in hematopoietic
69 identified in a myeloid leukemia cell line,
immunohistological reactivity with anti-CD34 antibodies
70 These results show that the observed
immunohistological reactivity with anti-CD34 antibodies
71 Immunohistological sections of RA synovial tissue showed
72 ells in vitro were found, as well as reduced
immunohistological staining for IL-12 and IFN-gamma, but
73 Immunohistological staining for neuronal NOS (bNOS), com
74 Immunohistological staining indicated that SKP2 expressi
75 Immunohistological staining of occludin, Ki-67, NF-kappa
76 Immunohistological staining of spleens from mice taken a
77 Immunohistological staining revealed DbpB to be present
78 Immunohistological staining revealed Qa-2 expression on
79 RT-PCR and
immunohistological staining were performed in sciatic ne
80 Western blot analyses and
immunohistological staining with affinity-purified antib
81 Histological and
immunohistological staining, as well as analysis of the
82 sal immune cell populations were measured by
immunohistological staining.
83 schowsky's silver and Luxol fast blue (BLFB)
immunohistological staining.
84 anges were confirmed by real-time RT-PCR and
immunohistological staining.
85 d were also viral capsid antigen positive by
immunohistological staining.
86 Immunohistological studies in muscle sections from mice
87 Immunohistological studies localized polycystin to renal
88 In the present investigation,
immunohistological studies of BRCA1 protein in frozen br
89 so occurs in breast carcinomas, we performed
immunohistological studies on cryostat sections obtained
90 Biochemical and
immunohistological studies pointed out heparan sulfates
91 Immunohistological studies provided direct evidence that
92 Immunohistological studies revealed abnormal oligodendro
93 Immunohistological studies revealed that IMPA1 protein e
94 Immunohistological studies revealed that this mAb, calle
95 l dermomyotome of newly forming somites, and
immunohistological studies show that Zic2 protein is co-
96 Immunohistological studies showed mononuclear cell infil
97 Finally,
immunohistological studies showed that Angiopoietin-2 pr
98 Immunohistological studies suggest that this S100A7 is p
99 Immunohistological studies using mAb 299 revealed the ex
100 In an
immunohistological study of 26 ovarian carcinomas, 22 (8
101 Immunohistological study showed that E.G7 tumors from Cb
102 We used
immunohistological techniques to identify various neuroa
103 e chain reaction, in situ hybridization, and
immunohistological techniques.
104 rat, an autoimmune glomerular disease, is an
immunohistological,
ultrastructural, and clinical model