1 )-catalyzed sulfation regulates biosignaling
molecular biological activities and detoxifies hydroxyl-
2 tal adenocarcinoma (PDA) initiation, we used
molecular biological analyses and mouse models of klf4 g
3 Molecular biological analyses of RNA from normal retina
4 Genetic and
molecular biological analyses, including sequencing the
5 ents, combined with genetic, cytological and
molecular biological analyses.
6 ents, combined with genetic, cytological and
molecular biological analysis.
7 Advances in
molecular biological,
analytical and computational techn
8 he TCR can be bridged through a synthesis of
molecular biological and biophysical techniques.
9 c receptor-induced afterdepolarization using
molecular biological and electrophysiological strategies
10 Biochemical,
molecular biological and genetic approaches are being su
11 Moreover,
molecular biological and histochemical studies revealed
12 ve dramatically evolved with the advances in
molecular biological and imaging technology.
13 vitro and in rat hippocampus in vivo by both
molecular biological and pharmacological analyses.
14 -based languages for storage and exchange of
molecular biological and physiological reaction models.
15 As consequences, next-generation hybrid
molecular biological and population scientists can advan
16 duals and of cancer cell lines; however, the
molecular, biological and bioinformatics methods for thi
17 variant enabling simultaneous morphological,
molecular biological,
and biochemical analysis.
18 Alongside genetic,
molecular biological,
and biochemical studies, chemical
19 therefore examined with various biochemical,
molecular biological,
and cell biological tests to evalu
20 Akita) mouse, using structural, biochemical,
molecular biological,
and functional techniques.
21 these chemical compounds using biochemical,
molecular biological,
and genetic methods.
22 Biochemical,
molecular biological,
and genetic studies conducted duri
23 type was confirmed by electrophysiological,
molecular biological,
and immunocytochemical assays.
24 ion of BrM was determined using biochemical,
molecular biological,
and immunohistochemical techniques
25 t in human follicles, we used organ culture,
molecular biological,
and immunohistological approaches.
26 In this study we report the
molecular, biological,
and immunological properties of t
27 We have used a
molecular biological approach to investigate the phyloge
28 The aim of this work was to use a
molecular biological approach to the analysis of hair ce
29 As
molecular biological approaches are increasingly refinin
30 ation of classical genetic, biochemical, and
molecular biological approaches have generated a rather
31 Recently, however, different
molecular biological approaches have permitted several b
32 on mechanism using genetic, biochemical, and
molecular biological approaches have revealed a novel tr
33 we use a combination of pharmacological and
molecular biological approaches in cortical brain slices
34 In addition, using
molecular biological approaches such as EMSA, supershift
35 Cellular and
molecular biological approaches that study eukaryotic ge
36 In this study, we used biochemical and
molecular biological approaches to elucidate which facto
37 We have combined biochemical and
molecular biological approaches to investigate domains o
38 Applying
molecular biological approaches to slow aging in the hum
39 OGG1 in their airway epithelium and various
molecular biological approaches, including active RAS pu
40 Here, we combine cellular and
molecular biological approaches, including single-cell 5
41 Using
molecular biological approaches, we demonstrate that the
42 Using patch clamp techniques and
molecular biological approaches, we found that BK channe
43 using patch clamp and
molecular biological approaches, we found that BK-beta(1
44 Combining patch clamp and
molecular biological approaches, we found that MuRF1 exp
45 ocus on analyzing biofilms using genetic and
molecular biological approaches.
46 orms of tTG using biochemical, cellular, and
molecular biological approaches.
47 een revitalized by the application of modern
molecular biological approaches.
48 The major modules for realizing
molecular biological assays in a micro-total analysis sy
49 detection method in comparison to classical
molecular biological assays.
50 ream genes (e.g., p21) by using conventional
molecular-biological assays.
51 Furthermore, the upcoming wave in
molecular biological automation demands a rethinking of
52 These results provide the
molecular biological basis for studies of function of T-
53 e of efficient delivery of peptides or large
molecular biological cargos into cells.
54 Morphological, embryological, and
molecular biological characteristics of ovarian epitheli
55 We compared the pharmacological and
molecular biological characteristics of the hNK-3R and N
56 n demonstrated both pharmacologically and by
molecular biological cloning techniques.
57 Molecular biological clues about the role of hormones in
58 inement of antihalo-vibrin antisera, and the
molecular biological construction of a V. fischeri halov
59 Molecular biological data demonstrated the expression of
60 Although
molecular biological data from the peripheral vestibular
61 d and validated with subsets of chemical and
molecular biological data from various continuous feed e
62 It is argued that these genetic and
molecular biological data provide strong support for the
63 k that formulates any number of genome-scale
molecular biological data sets in terms of one chosen se
64 electrophysiological, immunocytochemical and
molecular biological data, and also provide a more compl
65 er 2.8 million names extracted from multiple
molecular biological databases according to the database
66 ow have a more complete understanding of the
molecular-biological defect that underlies cystic fibros
67 Molecular biological detection methods capable of rapidl
68 Molecular biological (
e.g., overexpression or small inte
69 Molecular biological epistemology will increasingly enco
70 Understanding the cellular and
molecular biological events involved in ganglion cell de
71 With growing immunohistochemical and
molecular biological evidence for the presence of integr
72 Here we review genetic and
molecular biological evidence suggesting that the peptid
73 A wide range of physiological and
molecular biological evidence suggests that the receptor
74 We present pharmacological and
molecular biological evidence that cyclin-dependent kina
75 ysiological (single-channel patch clamp) and
molecular biological experiments (reverse transcriptase-
76 Molecular biological experiments suggest that inhibition
77 emia and then LSG tissues were collected for
molecular biological experiments.
78 ate by discussing recent epidemiological and
molecular biological findings as well as evidence based
79 repeat sequences for a variety of physical,
molecular biological,
genetic, and medical investigation
80 Molecular biological,
histological and flicker electrore
81 d mouse tissues and cells were processed for
molecular biological,
immunohistochemical, and tribologi
82 bined biochemical, electrophysiological, and
molecular biological in vitro approach and assessed the
83 Ecophysiological and
molecular biological investigations of soil microorganis
84 is one of the main focuses in structural and
molecular biological investigations.
85 combination of population genetic models and
molecular biological knowledge.
86 ioral genomics), as well as at the bottom-up
molecular biological level of cells or the neuroscience
87 is hampered by the limited capabilities for
molecular biological manipulation of organisms (principa
88 ing ingenious encoding techniques and clever
molecular-biological manipulations, simple versions of c
89 skinned fiber preparations), biochemical and
molecular biological measurements, and a mathematical mo
90 To better understand the
molecular biological mechanisms of estrus expression in
91 g electrophysiological, pharmacological, and
molecular biological methodologies.
92 on and study of single genes by physical and
molecular biological methodologies.
93 n be conveniently manipulated using standard
molecular biological methods and that the process extens
94 munohistochemistry, electron microscopy, and
molecular biological methods in wild-type, rhodopsin-kno
95 Biochemical and
molecular biological methods were used to investigate MD
96 Immunological and
molecular biological methods were used to isolate a cDNA
97 The recent coupling of
molecular biological methods with stable-isotope abundan
98 ation of a variety of sensitive and specific
molecular biological methods, HTLV-I genetic sequences w
99 e evaluated 26 VCFS patients by clinical and
molecular biological methods.
100 ing electrophysiological/pharmacological and
molecular biological methods.
101 In this study, the auditory, visual and
molecular biological phenotype of Pcdh15av-5J and Pcdh15
102 neutral lipid staining, or RNA isolation for
molecular biological procedures.
103 ontains minimal mutations remain a difficult
molecular biological process.
104 echanisms that have been established for the
molecular biological processes that mediate recombinatio
105 ders, and has helped to characterise several
molecular biological processes.
106 volutionized research into many cellular and
molecular-biological processes, ranging from intracellul
107 By using pseudoinverse projection, the
molecular biological profiles of the data samples are le
108 A variety of
molecular biological,
protein chemical, and biosynthetic
109 the barriers to performing state-of-the-art
molecular biological research on malaria parasites.
110 Recent
molecular biological results suggest that the metabotrop
111 curricula by integrating both population and
molecular biological sciences.
112 genetics concepts, experimental design, and
molecular biological skills.
113 A combination of
molecular biological strategies revealed that the dt-Alb
114 ansmission, and based on pharmacological and
molecular biological studies are divided into NMDA and n
115 The state of
molecular biological studies at that time limited studie
116 Recent biochemical and
molecular biological studies have identified the microtu
117 eview focuses on the most recent genetic and
molecular biological studies of the matrix proteoglycans
118 The recent advances made by
molecular biological studies of the release machinery do
119 7 cells may be useful in pharmacological and
molecular biological studies of this carrier.
120 Molecular biological studies suggest that Xenorhabdus an
121 possibility, as well as for biochemical and
molecular biological studies.
122 mplex problems involving climate modeling or
molecular biological systems.
123 Molecular biological techniques and immunocytological as
124 nation of optical, electrophysiological, and
molecular biological techniques and the oocyte expressio
125 Molecular biological techniques have been extensively us
126 rted cases indicate more common use of newer
molecular biological techniques such as polymerase chain
127 emplify the successful application of modern
molecular biological techniques to diseases, yielding, e
128 We have applied
molecular biological techniques to generate a truncate l
129 We used cellular, biochemical, and
molecular biological techniques to investigate the facto
130 The application of
molecular biological techniques to the study of human pr
131 or identify the NK-4R gene by using various
molecular biological techniques were unsuccessful.
132 When considering modern
molecular biological techniques, advanced translational
133 ia improves, coupled with recent advances in
molecular biological techniques, an array of new approac
134 e approach, it was combined with established
molecular biological techniques, i.e., elution with a re
135 y offers certain advantages over alternative
molecular biological techniques, including the simplicit
136 Now, thanks to new genetic and
molecular biological techniques, the relationships betwe
137 Using genetic mouse models and
molecular biological techniques, we demonstrated that Nk
138 By using a variety of biochemical and
molecular biological techniques, we have determined that
139 mp recording, fluorescent Ca(2+) imaging and
molecular biological techniques, we show dramatic develo
140 btypes have been localized to the stomach by
molecular biological techniques.
141 cells were analyzed using flow cytometry and
molecular biological techniques.
142 performed with biochemical, histologic, and
molecular biological techniques.
143 ial DNA (mtDNA) genome clones using standard
molecular biological techniques.
144 eta and its expression using biochemical and
molecular biological techniques.
145 Newly developed MoAbs, toxins, and
molecular biological technologies have enabled researche
146 Advances in
molecular biological technology have allowed the cloning
147 Further advances in fluorophore design,
molecular biological tools and nonlinear and hyper-resol
148 The availability of
molecular biological tools for studying microbial commun
149 By contrast, recent application of
molecular biological tools has brought major enlightenme
150 e advances in the development of genetic and
molecular biological tools with which to study M. tuberc
151 tely 140 in all) provided to our biochemical/
molecular biological world.