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1 rong and advocated an alternative population genetic method.
2 GRIM-19, a novel growth suppressor, using a genetic method.
3 is regularly reported and investigated using genetic methods.
4 from the retina in a sustained manner using genetic methods.
5 in motor neuron diversification using mouse genetic methods.
6 using biochemical, molecular biological, and genetic methods.
7 notypic and molecular chemical and molecular genetic methods.
8 iac p38 MAPK activity by pharmacological and genetic methods.
9 so far using predominantly immunological and genetic methods.
10 igh-resolution ocean modeling and population genetic methods.
11 ombination has been obtained using indirect, genetic methods.
12 m was investigated using cell biological and genetic methods.
13 cortical interneurons using fate mapping and genetic methods.
14 was identified and mapped using quantitative genetic methods.
15 ifficult to study by existing biochemical or genetic methods.
16 vical lymph node, and spleen using molecular genetic methods.
17 with PCNA was established by biochemical and genetic methods.
18 re characterized by phenotypic and molecular genetic methods.
19 combination of biochemical, biophysical and genetic methods.
20 ill be increasingly accompanied by molecular genetic methods.
21 ogens were largely hindered by an absence of genetic methods.
22 ors that can be targeted to cell types using genetic methods.
23 ed neural fates in the brain without complex genetic methods.
24 vivo was assessed using pharmacological and genetic methods.
25 ), promoter reporter analysis, and molecular genetic methods.
26 remain difficult to classify by traditional genetic methods.
27 e, or exceedingly difficult, using classical genetic methods.
28 idated as a drug target by both chemical and genetic methods.
29 tates a re-evaluation of existing population genetic methods.
30 have been isolated by the application of two genetic methods.
31 gene of influenza virus A/WSN/33 by reverse genetic methods.
32 kinase gene has been identified by a reverse genetics method.
33 man and animal influenza vaccines by reverse genetics methods.
34 1 (nad1) mutant was identified using reverse genetics methods.
35 stablished using phylogenetic and population genetics methods.
36 ening approach involves a recently described genetic method allowing efficient production of mosaic f
37 The application of a second generation of genetics methods allows the dissection of moderate and m
39 heir expression pattern, both by traditional genetic methods and by recent high-throughput expression
40 By analyzing viruses constructed by reverse-genetic methods and containing recombinant HAs, we estab
42 J (V beta(c)) backcross mice using Mendelian genetic methods and immunized them with acetylcholine re
44 have been identified by both biochemical and genetic methods and systematic attempts to understand th
45 population with the cell-type-selectivity of genetic methods and the temporal control of pharmacology
46 ntified a mutation in nanos1 using a reverse genetics method and show that young female nanos mutants
47 Recent technological advances in reverse genetics methods and limitations of the conventional pro
52 mpletion of the genome projects, alternative genetic methods are needed where large numbers of genes
54 tudies using new cytological, molecular, and genetic methods are shedding some light on the processes
59 hematopoiesis in zebrafish, discuss various genetic methods available in the zebrafish model for stu
62 d is distinguished from conventional forward genetic methods because it permits (1) unbiased declarat
63 substrates of kinases has proven elusive to genetic methods because of the tremendous redundancy and
64 in (FMG) into tumor cells, and incorporate a genetic method by which true hybrid formation can be una
66 Here, using the cell-type selectivity of genetic methods, circuit mapping, and behavior assays, w
74 al lesions in genomes (TILLING) is a reverse-genetic method for identifying point mutations in chemic
76 The AlstR/AL system is therefore a promising genetic method for selective and quickly reversible sile
77 ence of microbial opsin engineering, modular genetic methods for cell-type targeting and optical stra
78 ovides a synopsis of the currently available genetic methods for Chlamydia along with a comparison to
79 Structure methods are highly used population genetic methods for classifying individuals in a sample
80 It has been suggested that pharmacologic or genetic methods for enhancing glucokinase (GK) enzymatic
81 and Chinese rhesus macaques have encouraged genetic methods for identifying genetic differences betw
82 along with the development of new population genetic methods for identifying selection in sequence da
87 sruptive effect on widely applied population genetics methods for inferring recombination rates, for
88 tion strategy to previously reported reverse genetics methods for RV may enhance the efficiency of re
89 an partially substitute for powerful forward genetic methods (genome-independent) that have advanced
91 incapable of transmitting pathogens through genetic methods has long been a goal of vector geneticis
99 Results from studies using molecular and genetic methods in humans and rodents suggest that brain
103 dvances that have been made, using primarily genetic methods, in identifying molecules responsible fo
104 ently, the combination of flow cytometry and genetic methods, in which modifications of the replicati
106 These mutants were mapped using classical genetic methods, including backcrosses to demonstrate re
107 ts to engineer the cloned genome by standard genetic methods involving the URA3/5-fluoroorotic acid (
109 rmined apolipoprotein(a) isoform size with a genetic method (kringle IV type 2 [KIV2] repeats in the
114 e responsible for these disorders, a forward genetics method of gene discovery was used to identify a
116 ken as hypotheses to be tested by additional genetic methods, particularly in species for which detai
117 the two proteins by biochemical and reverse genetics methods paves the way for rational drug design
119 printed by a combination of well-established genetic methods (pulsed-field gel electrophoresis [PFGE]
120 cording phenotype, which begins with forward-genetic methods represented by random physical and chemi
122 to manipulate the HAC vector by recombinant genetic methods should allow us to further define the el
123 are experimentally validated by physical and genetic methods, showing that cells exploit a mechanism
125 To evaluate this assumption, we developed a genetic method that can inducibly deplete targeted prote
127 analyzed using recently developed population genetic methods that have enabled the estimation of tran
128 that result can be detected using population genetic methods that test for signatures of balancing se
131 werful new microchemical tools and molecular-genetic methods, three new classes of proteins have been
134 lustrates the ability of our novel landscape genetic method to detect the impacts of relatively recen
137 nisms of polymerase fidelity, we developed a genetic method to identify mammalian pol beta mutator mu
142 The yeast two-hybrid system is a powerful genetic method to screen cDNA libraries to identify prot
147 the malignant cell populations and molecular genetic methods to assay for somatic loss of the normal
149 a coli genetic system that permits bacterial genetic methods to be applied to the study of essentiall
153 arkable progress has been made in developing genetic methods to detect small molecules in vivo, many
157 between these hypotheses, we used population genetic methods to estimate larval dispersal among five
161 and as such it has not been possible to use genetic methods to introduce oncogenic alterations into
162 tick cells in vitro when it is coupled with genetic methods to isolate and complement B. burgdorferi
163 mily 2 PspA (from strain TIGR4) by molecular genetic methods to make an isogenic pair of strains expr
164 Researchers have used chemical synthesis and genetic methods to make these proteins and more: protein
165 ere, we use a combination of biochemical and genetic methods to map the p7 interaction site to within
168 ing techniques are combined with traditional genetic methods to scrutinize and compare dynamic proces
169 dify a naturally occurring circuit, by using genetic methods to select functional circuits and evolve
172 of virus allows the application of DNA-based genetic methods to the study of PaV structure and assemb
174 loop 1 insertion mutant, and we used reverse-genetics methods to confirm the identities of suppressor
175 e have been major developments of population genetics methods to estimate both rates of recombination
176 d phenotypes and enable molecular population genetics methods to finely resolve uncharacterized funct
178 he activity of mPFC neurons using a chemical-genetic method was sufficient to convert the resilient b
183 a combination of biochemical, molecular, and genetic methods, we have found that the phylogenetically
185 Using an array of biochemical and molecular genetic methods, we mapped the interaction interface bet
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