1 Densitometric analyses demonstrated that AngII infusion
2 Densitometric analyses of immunoblots demonstrated that
3 Optical
densitometric analyses revealed a significant increase i
4 Densitometric analyses revealed that an increased expres
5 ted by reverse transcription-PCR followed by
densitometric analyses.
6 Additionally,
densitometric analysis carried out on 20 microns thick s
7 Semiquantitative
densitometric analysis compared the relative amounts of
8 Densitometric analysis indicated that 4.0 kb and 1.6 kb
9 Densitometric analysis of brain sections reacted with di
10 Densitometric analysis of dot blot reactions showed a po
11 Densitometric analysis of film autoradiographs revealed
12 Densitometric analysis of gel bands from homogenates sup
13 Densitometric analysis of gel zymographs demonstrates th
14 sues from nonimmobilized rats as measured by
densitometric analysis of in situ hybridization studies
15 topsy controls were made by using normalized
densitometric analysis of in situ hybridization.
16 Densitometric analysis of nitrotyrosine immunoreactivity
17 erations in these enzymes were quantified by
densitometric analysis of photographic negatives of the
18 odified proteins in retinas were assessed by
densitometric analysis of semiquantitative Western dot b
19 Quantitative
densitometric analysis of specific immunogold silver-enh
20 Densitometric analysis of the in situ hybridization auto
21 Densitometric analysis of the number of CRH-BP positive
22 Densitometric analysis of the scanned images allows quan
23 Densitometric analysis of Western blots indicated that t
24 e transcription rate of nascent NOSIII mRNA (
densitometric analysis revealed a reduction of 25% [p <
25 Densitometric analysis revealed that acute restraint str
26 Likewise, a semiquantitative
densitometric analysis revealed that the total amount of
27 Western blotting and
densitometric analysis showed that the expression of Fce
28 As was revealed by
densitometric analysis, the ms signal increased the prod
29 ally, by contact radiography with subsequent
densitometric analysis, through energy spectrometry util
30 Connexin 43 protein was found, by
densitometric analysis, to be higher in the periodontal
31 cle proteins were analyzed by immunoblot and
densitometric analysis.
32 semiquantitative measurement of bands using
densitometric analysis.
33 orkers in 2011, along with quantitative lung
densitometric and airway analysis.
34 46% were accurately estimated by fusing the
densitometric and skinfold methods, respectively.
35 Particularly,
densitometric assay highlighted degradation of PACs in a
36 A TLC-
densitometric assay was developed and validated for dete
37 Despite this robust response,
densitometric assessments of CRF mRNA levels failed to i
38 dal brainstem regions of SHR, a quantitative
densitometric autoradiographic comparison of radioligand
39 nship between pulmonary function data and CT
densitometric changes in COPD varies with the level of l
40 While there were no overall alterations in
densitometric density of MAP2-NP neurones in any hippoca
41 ubregions, we found a left-sided increase in
densitometric density of MAP2-NP neurones within the sub
42 fter one year of parathyroid hormone (1-84),
densitometric gains appear to be maintained or increased
43 Computerized quantified
densitometric grey values of Timm and GluR1 densities we
44 mpounds of different classes was achieved by
densitometric HPTLC method.
45 tive subtraction using the computer-assisted
densitometric image analysis (CADIA) system.
46 Computer-assisted
densitometric image analysis (CADIA) was performed at 6
47 12 months postsurgery for computer assisted
densitometric image analysis (CADIA).
48 bone density changes using computer-assisted
densitometric image analysis (CADIA).
49 graphs were analyzed using computer assisted
densitometric image analysis (CADIA).
50 year and were evaluated by computer assisted
densitometric image analysis (CADIA).
51 125I-SI Ang II) and measured by quantitative
densitometric image analysis (receptor autoradiography)
52 Densitometric image analysis showed a general similarity
53 -9.51 versus -9.41+/-6.18; computer-assisted
densitometric image analysis units +/- SD); the differen
54 es (linear measurement and computer assisted
densitometric image analysis, CADIA) to assess postsurgi
55 Densitometric measurements (average T scores and Z score
56 The advantage of the
densitometric measurements compared to other quantitativ
57 nt values and ratios were more accurate than
densitometric measurements for predicting development of
58 Densitometric measurements from 55 brain regions were ch
59 Densitometric measurements of postpubertal patients diag
60 Additionally,
densitometric measurements were made to quantify the c-f
61 Densitometric measures of emphysema were obtained using
62 of fibers expressing CRH or CRH-BP utilizing
densitometric methods.
63 the proximal femur and to identify the best
densitometric or geometric predictors of hip failure loa
64 articularly in the trochanteric region, of a
densitometric parameter combined with a geometric parame
65 Densitometric quantification revealed an asymmetry of GL
66 The authors perform
densitometric quantifications of the in situ expression
67 Densitometric quantitation of mangiferin was performed a
68 f myosin heavy chain isoform IIa and a lower
densitometric ratio of fast-to-slow myosin heavy chain p
69 The measured cast volume (V(C)) and video
densitometric regional lumen volume (V(VD)) were related
70 and -9 were quantified by immunoblotting and
densitometric scanning (pixels).
71 sA when immunoreactive bands are analyzed by
densitometric scanning (r2 = 0.90, P < 0.001).
72 fits were obtained when values derived from
densitometric scanning of an agarose gel and those deriv
73 s by polyacrylamide gel electrophoresis, and
densitometric scanning of immunoblots.
74 Densitometric scanning of stained gels allowed analysis
75 Densitometric scanning of stained gels allowed analysis
76 N,N,N',N'-tetramethyl-p-phenylenediamine and
densitometric scanning of the purple bands.
77 PCR) and slot blot hybridization followed by
densitometric scanning.
78 t is a histogram of sizes that is similar to
densitometric scans of DNA samples separated on gels.
79 mmunohistochemical and single neuron optical
densitometric study was undertaken on four respiratory-r
80 the level of this protein was determined by
densitometric tracing of the stained gels.
81 ypic measures comprised of morphological and
densitometric traits at a large number of sites within t
82 8 +/- 16, 321 +/- 41, and 458 +/- 34 optical
densitometric units (odu) in NON, CMV2, and WT, respecti
83 (mean+SD, 4489+/-659 vs 2915+/-583 arbitrary
densitometric units [P<.001]), CREB (mean +/- SD, 2149 1
84 ean +/- SD, 2149 1061 vs 904+/-711 arbitrary
densitometric units [P=.003]) and ATF-2 (mean+/-SD, 1421
85 (mean+/-SD, 1421 854 vs 512+/-394 arbitrary
densitometric units [P=.003]) in the cerebellar vermis o
86 ar lavage fluid (2.4 x 10(5) vs. 1.4 x 10(5)
densitometric units, p = .047) taken from patients with
87 creased in the diabetic retinas (161 +/- 106
densitometric units/microg protein vs. 55 +/- 45 in the
88 angiotensinogen protein, of almost fourfold (
densitometric value/control value ratios of 3.79 +/- 1.1
89 ats, compared with shamtreated rats (kidney,
densitometric value/glyceraldehyde-3-phosphate dehydroge
90 f 0.82 +/- 0.11 versus 0.58 +/- 0.04; liver,
densitometric value/glyceraldehyde-3-phosphate dehydroge
91 adducts were quantified by determining their
densitometric volume.