1 of the major landmarks of late 20th century
molecular genetics.
2 OCT findings, ERG phenotype, and microscopy/
molecular genetics.
3 and excellent experimental tractability for
molecular genetics.
4 rs of TACK archaea and have well-established
molecular genetics [
6-9].
5 hemical markers that serve as surrogates for
molecular genetic alterations and identification of char
6 We showed that
molecular genetic alterations in membrane lipid composit
7 These characteristics link the signature
molecular genetic alterations present in individuals wit
8 The
molecular-genetic alterations contributing to the pathog
9 or a more comprehensive understanding of the
molecular-genetic alterations pivotal to the development
10 Molecular genetic analyses of both point mutants reveal
11 Structure-guided
molecular genetic analyses revealed that it has distinct
12 However,
molecular genetic analyses suggest that autosomal common
13 ral cognitive ability) are highly heritable,
molecular genetic analyses to date have had limited succ
14 Accordingly, cytogenetic and
molecular genetic analyses, such as conventional karyoty
15 morphology, flow cytometry, cytogenetic, and
molecular genetic analyses.
16 ensively studied using both quantitative and
molecular genetic analysis methods, both approaches lack
17 ally persistent silencing enables a detailed
molecular genetic analysis of an inherited epigenetic st
18 mendous advances in our ability to perform a
molecular genetic analysis of Chlamydia species.
19 Results of ophthalmologic examination and
molecular genetic analysis of CNGB1.
20 hift mutations should greatly accelerate the
molecular genetic analysis of development in V. carteri,
21 imaging, full-field electroretinography, and
molecular genetic analysis of NR2E3 gene.
22 ssical genetics and three-point crosses with
molecular genetic analysis of recombinants to generate t
23 Molecular genetic analysis of the RS1 was performed and
24 Molecular genetic analysis of the switch-like regulation
25 ssible, the diagnosis should be confirmed by
molecular genetic analysis or measurement of levels of f
26 In this report, using
molecular genetics,
analytical chemistry, and mass spect
27 In this work,
molecular genetic and biochemical approaches were taken
28 Here, we review the
molecular genetic and clinical features of inherited neu
29 f the cell biology underlying the burgeoning
molecular genetic and genomic knowledge of oomycete path
30 minimal/measurable residual disease (MRD) by
molecular genetic and/or flow cytometric techniques.
31 rmation derived from clinical research using
molecular genetics and advanced imaging techniques has p
32 id dominant plant, is fast becoming a useful
molecular genetics and bioinformatics tool due to its ke
33 rrectly read 'Department of Biochemistry and
Molecular Genetics and Breast Surgery, Ehime University
34 ng the paradigm of what is possible in wheat
molecular genetics and breeding.
35 resolution, we show through a combination of
molecular genetics and chemical perturbations that direc
36 manipulation, land-use and habitat surveys,
molecular genetics and demographic and spatial modelling
37 rphological features, but recent progress in
molecular genetics and embryology has revealed deep simi
38 y interesting regions of the genome for both
molecular genetics and evolutionary studies; yet, for mo
39 Using
molecular genetics and functional genomics, we find that
40 ene, PMP22, the technological advancement in
molecular genetics and gene technology has allowed scien
41 ntegrative diagnosis taking histomorphology,
molecular genetics and imaging into account are reviewed
42 Here we used
molecular genetics and in vivo calcium imaging to invest
43 Molecular genetics and observational case studies of 2 f
44 recent advances in this field regarding the
molecular genetics and pathogenic mechanisms of CDAs, th
45 Technological advancements in fields such as
molecular genetics and the human microbiome have resulte
46 Combining emerging technologies with
molecular genetics and traditional animal models promise
47 he most fruitful marriage of the advances in
molecular genetics and treatment will be the design of a
48 We used
molecular, genetic and biochemical techniques to examine
49 ng been recognized, but our knowledge of the
molecular, genetic and epigenetic requirements that unde
50 se complementary computational, biochemical,
molecular, genetic and imaging approaches in Caenorhabdi
51 and discuss the current understanding of the
molecular, genetic and physiological mechanisms that con
52 For eukaryotic algae, a combination of
molecular, genetic and physiological studies using the m
53 Kcnj2 is expressed in the nascent face; (2)
molecular-genetic and biophysical techniques are availab
54 lved mPFC-to-NAc projection displayed unique
molecular-genetic and microcircuit-level features concor
55 Using a combination of pharmacologic,
molecular genetic,
and behavioral studies in mice, we de
56 This study combines in silico,
molecular genetics,
and biochemical analyses to characte
57 tz crystal microbalance, circular dichroism,
molecular genetics,
and immunofluorescence to study spec
58 plication of modern chemistry, biochemistry,
molecular genetics,
and optical physics to these old str
59 Here, using diverse
molecular, genetic,
and behavioral approaches in mouse m
60 assessing gene function with high-throughput
molecular, genetic,
and cellular technologies.
61 The
molecular, genetic,
and clinical studies are consistent
62 hila melanogaster plays an important role in
molecular, genetic,
and genomic studies of heredity, dev
63 eterogeneous at the clinical, immunological,
molecular, genetic,
and microbial levels.
64 n to regulate sleep, and provide anatomical,
molecular, genetic,
and pharmacological evidence that NP
65 Transgenic, immunohistochemical,
molecular-genetic,
and fluorescence imaging approaches r
66 We therefore used a
molecular genetic approach and found that PTP was unaffe
67 Here we explore a
molecular genetics approach to restrict the assimilation
68 Using
molecular genetic approaches in mice of either sex, we i
69 Molecular genetic approaches in the mouse have led to th
70 e have used biochemical, cell biological and
molecular genetic approaches to demonstrate that beta8 i
71 Using
molecular genetic approaches to target different neurona
72 We have employed
molecular genetic approaches to understand the domain or
73 More recently,
molecular genetic approaches, including genome-wide stud
74 Molecular genetic approaches, including targeted next-ge
75 Using proteomic, biochemical, and
molecular genetic approaches, we found that this effect
76 Using biochemical and
molecular genetic approaches, we identified three tropom
77 Here, using comparative genomics and
molecular genetic approaches, we reveal that the capacit
78 The utilization of
molecular genetics approaches in examination of panic di
79 ted image identification and developments in
molecular genetic assays offer considerable promise for
80 Our results, based on geochemical and
molecular genetic assays on sediments from four of the m
81 Examining 20 730 individuals, we report a
molecular genetics-
based heritability estimate (h(2)SNP)
82 Despite this, very little is known about the
molecular genetic bases of tiller development in importa
83 This study provides the first clear
molecular genetic basis for an OTCS case, indicates that
84 Despite its importance, the
molecular genetic basis of C(4) leaf development is stil
85 e informs experiments designed to reveal the
molecular genetic basis of gene regulatory control, and
86 Additional studies are needed to explore the
molecular genetic basis of heterosis and outbreeding dep
87 To clarify the shared
molecular genetic basis of major depressive disorder and
88 Advances in our understanding of the
molecular genetic basis of mitochondrial disease have no
89 We investigated
molecular genetic basis of natural variations in thermo-
90 These findings provide insights into the
molecular genetic basis of PME and show the role of de n
91 Like most hematological diseases, the
molecular genetic basis of the SAs has ridden the wave o
92 enetic and biochemical characterization, the
molecular genetic basis underlying the biosynthesis of b
93 However, the
molecular genetic basis underlying the quantitative vari
94 These data indicate that the
molecular-genetic basis of brain function is shaped by i
95 To understand the
molecular-genetic basis of functional specialization and
96 are yet to have a clear understanding of its
molecular-genetic basis.
97 Here, we use
molecular genetic,
behavioral, and anatomical studies in
98 There are significant differences in
molecular genetics between pancreatic and extrapancreati
99 Since the utility of classical
molecular genetics beyond model species is limited, the
100 We use
molecular genetics,
biochemical analyses, and experiment
101 However, recent
molecular, genetic,
biochemical, and genomic studies hav
102 We utilized
molecular genetics,
biochemistry, and cryo-electron micr
103 Painstaking
molecular genetics,
biochemistry, and electron microscop
104 We used a combination of
molecular, genetic,
bioinformatic and phylogenetic analy
105 none of these case subjects were linked to a
molecular genetic cause.
106 All together, these findings elucidate the
molecular genetic causes of UHS and shed light on its pa
107 In this study we report the
molecular genetic characterization of the Arabidopsis mi
108 Understanding the
molecular genetic circuitries underlying thermomorphogen
109 ays, have been defined, leading to the first
molecular/genetic classification of the disease.
110 re research for the neuroscience and broader
molecular genetics communities.
111 stigations have just begun to illuminate the
molecular genetic contributions to major psychiatric ill
112 Here, we provide
molecular, genetic,
cytological, and biochemical evidenc
113 (PGC-PTSD) combined genome-wide case-control
molecular genetic data across 11 multiethnic studies to
114 idence was based on inferences from twin not
molecular genetic data and it is unclear how much geneti
115 Molecular genetic data from over 2,000 individuals sampl
116 and discuss the advantages of incorporating
molecular genetic data in the diagnosis, classification,
117 ped to provide data analyses for large-scale
molecular genetic data, coupled with complex replicated
118 The new
molecular genetic data, especially those derived from ne
119 o ocular adnexal tumors in light of emerging
molecular genetic data.
120 Modern
molecular genetic datasets, primarily collected to study
121 rently prevent using this model to study the
molecular genetic details before or during tubule induct
122 Molecular genetic details of the human coagulation syste
123 The
molecular genetic determinants of essential tremor are u
124 Here, we combined
molecular, genetic,
developmental, and functional studie
125 f anterior vitreous (SLAV), and clinical and
molecular genetic diagnoses were documented.
126 the unsolved cases, our assay resulted in a
molecular genetic diagnosis for 35 of 139 patients.
127 The WES-related
molecular genetic diagnosis had implications for clinica
128 The most frequent
molecular genetic diagnosis is a P102L mutation of the p
129 The likelihood of detecting a
molecular genetic diagnosis was highest for patients wit
130 tients with complex III deficiency without a
molecular genetic diagnosis.
131 Our study results should facilitate
molecular genetic diagnostics of SRNS, etiologic classif
132 has ushered in a new paradigm for the use of
molecular genetic diagnostics to guide targeted therapie
133 tation of non-coding genetic variants in the
molecular genetic dissection of brain disorders.
134 Drosophila model will enable a sophisticated
molecular genetic dissection of cold nociceptive genes a
135 ap in knowledge, we present the results of a
molecular genetic dissection of the TFIID subunit Taf2.
136 ri Matangi population, to find (1) a lack of
molecular genetic diversity at a genome-wide level in bo
137 rrent classification system, histopathology,
molecular genetics,
electrophysiology, and transcriptome
138 rther companion paper was published in Human
Molecular Genetics (
Ellis et al, 2005 [3]) showing that
139 Molecular genetic estimates of Ne computed from linkage
140 We additionally calculated two single-sample
molecular genetic estimates of Ne to corroborate the dem
141 lly, we provide structural, biochemical, and
molecular genetic evidence identifying the Hsp15 homolog
142 Here we provide definitive
molecular genetic evidence supported by biochemical, cel
143 Molecular genetic examination of the CP gene for cerulop
144 Using public data and data from our own
molecular genetic experiments (quantitative PCR, Western
145 Molecular genetic experiments are revealing how the fly
146 Molecular genetic experiments indicate that BnMS5(a) and
147 In a series of pharmacological and
molecular genetic experiments, we identify key component
148 ologs in plants by phylogenetic analysis and
molecular genetic experiments.
149 delineation of their clinical phenotype and
molecular genetic features.
150 To describe the detailed clinical and
molecular genetic findings in a series of patients with
151 linical, electrophysiologic, structural, and
molecular genetic findings in nonsyndromic inherited ret
152 he combination of clinical, biochemical, and
molecular genetic findings must be considered to obtain
153 Here we take advantage of newly available
molecular genetics for Cryptosporidium parvum to investi
154 This
molecular genetic framework of neuronal identity integra
155 Moreover, little is known about the
molecular genetic functions of NEUROG3 in human islet de
156 We discuss recent data from
molecular genetic,
genomic and functional methods that,
157 in nitrate research, spanning biochemistry,
molecular genetics,
genomics, and systems biology.
158 As the scope of assays used in
molecular genetics has expanded to capture systems-level
159 The development of
molecular genetics has greatly enhanced the study of the
160 nt research using methodological advances in
molecular genetics has improved our understanding of the
161 The advent of
molecular genetics has in the past several years aided c
162 Here we review how
molecular genetics have advanced our understanding of th
163 Second, dramatic advances in
molecular genetics have created new possibilities for in
164 Although recent advances in
molecular genetics have enabled improved risk classifica
165 Advances in cell type-specific
molecular genetics have now helped to elucidate several
166 Advancements in
molecular genetics have revealed that hybridization may
167 Advances in
molecular genetics have vastly improved our understandin
168 reater number of models that capture greater
molecular/genetic heterogeneity of the cancer type.
169 A
molecular genetic imaging strategy for noninvasive imagi
170 ls were imaged by both modalities using this
molecular genetic imaging strategy.
171 ggesting these cells' utility to dissect T2D
molecular genetics in these regions.
172 Molecular genetics,
in vitro assays, and expression data
173 ade available here afford the best-available
molecular genetic index of PTSD-for both European- and A
174 s, categorized by both tumour morphology and
molecular genetic information, which led to reduced misc
175 phenotypes that might bridge the gap between
molecular genetic inheritance and phenotypic consequence
176 The
molecular genetic investigation included bidirectional S
177 Molecular genetic investigations have revealed mutations
178 Elucidation of the
molecular genetic landscape of HNSCC over the past decad
179 comprehensive characterisation of the entire
molecular genetic landscape of meningioma to identify bi
180 ght; however, it is poorly understood at the
molecular genetic level.
181 aches such as this enhance the resolution of
molecular genetics,
make genome editing easier, and may
182 Firmicutes bacterium that is intractable to
molecular genetic manipulation.
183 Chlamydia is experiencing a renaissance for
molecular genetic manipulation.
184 uding Chlamydia, are not amenable to routine
molecular genetic manipulations.
185 We consider how
molecular-genetic manipulations have been used to probe
186 t decisions are based on a limited number of
molecular genetic markers and morphology-based assessmen
187 amental form of learning, yet the underlying
molecular genetic mechanisms are not well defined.
188 t is also a complex trait and uncovering the
molecular genetic mechanisms controlling fruit firmness
189 For this latter mechanism, two distinct
molecular genetic mechanisms have been observed, a tande
190 nderlying SCZ and PD, indicating that common
molecular genetic mechanisms may contribute to overlappi
191 Understanding the
molecular genetic mechanisms of development and function
192 Little is known, however, about the
molecular genetic mechanisms that control the formation
193 radiation-induced breast carcinogenesis, the
molecular genetic mechanisms that underlie cell transfor
194 To obtain new information about the
molecular genetic mechanisms underlying carriage of grou
195 However, the
molecular genetic mechanisms underlying NKTCL remain unc
196 mplex syndrome and the need to explore other
molecular genetic mechanisms.
197 genetic variants and could elucidate shared
molecular genetic mechanisms.
198 nia and cognitive function, suggesting novel
molecular genetic mechanisms.
199 are usually qualitative models derived from
molecular-genetic mechanisms for DNA repair, DNA synthes
200 We propose a simple model of
molecular-genetic mechanisms to explain how physiologica
201 As a result,
molecular genetic methods have become the gold standard
202 ticism; using formal genetic twin models and
molecular genetic methods, i.e. polygenic risk scores (P
203 rs in regulating CYP3A4 expression, and used
molecular genetics methods (siRNA/shRNA gene knockdown a
204 llutant, on MuSCs by combining in vivo mouse
molecular genetic models with ex vivo studies.
205 However, improved tools for
molecular, genetic,
morphological and physiological asse
206 Recent findings from
molecular genetics now make it possible to test directly
207 we provide a state-of-the-art review of the
molecular genetics of ADHD incorporating evidence from c
208 owerful resource for those investigating the
molecular genetics of facial development and facial clef
209 these data provide key new insights into the
molecular genetics of form and function in the mammalian
210 Extraordinary progress accomplished in
molecular genetics of inherited cardiomyopathies allowed
211 Here, I review the
molecular genetics of meiotic silencing and consider the
212 a major advance in our understanding of the
molecular genetics of NCMD and provide insights into the
213 An improved understanding of the
molecular genetics of OS may yield new approaches to imp
214 Research into the
molecular genetics of osteoarthritis (OA) has been subst
215 ology in increasing our understanding of the
molecular genetics of PAD.
216 stantially advanced our understanding of the
molecular genetics of PAH.
217 Therefore, understanding the
molecular genetics of palate development is important fr
218 The
molecular genetics of panic disorder (PD) with and witho
219 Here, we review the current knowledge of the
molecular genetics of replisome dysfunction disorders an
220 ome editing] will be critical to dissect the
molecular genetics of T2DM pathogenesis, to build next-g
221 ing data, our findings shed new light on the
molecular genetics of uveal melanoma, delineating it as
222 his issue, we took advantage of the power of
molecular genetics of yeast.
223 esence of VEGF stimulation was combined with
molecular genetics,
optical imaging, and biochemistry to
224 utcome despite the inevitable variability at
molecular, genetic,
or environmental levels.
225 These results broaden our understanding of
molecular genetic pathology of tooth enamel formation.
226 This is the first report elucidating a
molecular genetic pathway downstream of Lhx in palate de
227 Here we delineate a
molecular-genetic pathway governing LCD in C. elegans.
228 Using
molecular genetics,
plant physiology, hormone analysis a
229 We examined the interactions between a
molecular genetic predisposition to various aspects of o
230 which understanding these organism-level and
molecular genetic processes can be used for crop plant i
231 ice has led to fundamental insights into the
molecular genetic processes that govern cancer initiatio
232 The
molecular genetic program for root hair development has
233 ical cross-linking mass spectrometry (CXMS),
molecular genetics,
protein biochemistry, and structural
234 Here we applied
molecular genetics,
proteomics, and whole-genome sequenc
235 identified from NGS databases at three large
molecular genetics reference laboratories.
236 onset of high blood pressure; however their
molecular genetic relationship (s) and sex-specific dete
237 The
molecular genetic relationship between esophageal adenoc
238 cal manifestations, laboratory findings, and
molecular genetic results of 215 patients referred as po
239 sotope and isotopomer signatures, as well as
molecular genetic results, also point towards a major sh
240 c insights into airway defense and a general
molecular/genetic roadmap for internal organ sensation b
241 (HSVtk) gene, which has a dual function as a
molecular-genetic sensor/reporter and a cell suicide-ind
242 ausing variants in the CHM gene confirmed by
molecular genetic sequencing were characterized clinical
243 In addition, the
molecular genetic status was evaluated through next-gene
244 g of actin gene transcription, combined with
molecular genetics,
stochastic simulation and probabilis
245 Molecular genetic studies and twin studies have confirme
246 espite recent insights from quantitative and
molecular genetic studies demonstrating considerable ple
247 Molecular genetic studies have also shown that common ph
248 Molecular genetic studies have identified transduction a
249 Molecular genetic studies have now linked multiple human
250 Several limited
molecular genetic studies have reached opposing conclusi
251 Molecular genetic studies have revealed the functional b
252 rved between yeast and other eukaryotes, and
molecular genetic studies in budding yeast have provided
253 Here, using lineage-tracing and
molecular genetic studies in the roots of Arabidopsis th
254 Molecular genetic studies of model plants in the past fe
255 Clinical and
molecular genetic studies over the course of the last 50
256 We demonstrate by
molecular genetic studies that SEEDSTICK (STK), a transc
257 d individuals is widely used in clinical and
molecular genetics studies.
258 surveillance and further epidemiological and
molecular genetic study of this potential emergent antim
259 large part due to a paucity of resources for
molecular genetics,
such as a reference genome.
260 This provides
molecular genetic support for a paradigm shift in theori
261 ericans (AAs), but little is known about the
molecular genetic susceptibility.
262 Over the past 20 years
molecular genetic techniques have provided a new approac
263 Using different
molecular genetic techniques, we identified 20 patients
264 Molecular genetics techniques are an essential diagnosti
265 Although advances in
molecular genetic technologies have enabled highly sensi
266 ulinaemic hypoglycaemia include use of rapid
molecular genetic testing for the disease, application o
267 ude ADPKD particularly in younger donors and
molecular genetic testing is advised.
268 throcyte protoporphyrin (ePPIX) testing, and
molecular genetic testing.
269 oretinography (ERG), and both microscopy and
molecular genetic testing.
270 Results of clinical assessment and
molecular genetic testing.
271 ce, OCT), electrophysiologic assessment, and
molecular genetic testing.
272 Amassing greater knowledge on the
molecular genetics that underlie tree form can benefit t
273 Here we investigated, using
molecular genetics,
the conservation and diversification
274 We exploited Arabidopsis
molecular genetics to define the mechanism and regulatio
275 Here we used
molecular genetics to dissect the neuronal circuits by w
276 Here, we employed bioinformatics and
molecular genetics to identify and characterize MATE tra
277 genomics, bioinformatics, metabolomics, and
molecular genetics to identify and validate molecular ne
278 We used
molecular genetics to probe the required functions of th
279 Here, we use
molecular genetics to show that the moss Physcomitrella
280 In order to apply the tools of
molecular genetics to this question, we have adapted a b
281 ed evolutionary theory, genome sequences and
molecular genetics to understand the selection response
282 review summarizes the current status of the
molecular genetic toolbox for Chlamydia species and high
283 The
molecular genetic toolkit of the Mexican axolotl, a clas
284 Molecular genetic tools have had a profound impact on ne
285 This method lays the foundation for
molecular genetic tools needed to establish ecological m
286 enomic information, together with increasing
molecular genetic tools, a large number of reverse genet
287 without the development of species-specific
molecular genetic tools.
288 ontinuous culture, facile animal models, and
molecular genetic tools.
289 MPRAs are powerful
molecular genetics tools that can be used to screen thou
290 Furthermore, several viral,
molecular-genetic tools will require the use of cre/loxP
291 New viral,
molecular-genetic tools will soon allow a more detailed
292 ns, we understand little about the bacterial
molecular genetic underpinnings of this phenomenon.
293 Estimates of
molecular genetic variation are often used as a cheap an
294 sufficient for characterising a population's
molecular genetic variation at comparable markers.
295 However, this evidence is based on
molecular genetic variation poorly predicting estimates
296 By combining computational modeling with
molecular genetics,
we show that boundary formation is d
297 Using
molecular genetics,
we then mapped at which point in the
298 Using
molecular genetics,
we unexpectedly found that genetic d
299 in this series of reports as advancements in
molecular genetics,
whole-genome sequencing, and studies
300 Combining
molecular genetics with target-based approaches, we esta