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1 thiazole biosynthetic enzyme, and pSKA10 (an unknown gene).
2 1, 785 amino acids), represents a previously unknown gene.
3  activity, at least one of which could be an unknown gene.
4 ng chaperones, six regulatory genes, and six unknown genes.
5 factors, signaling molecules, and previously unknown genes.
6  by BLAST searches and 606 clones (50.5%) as unknown genes.
7 w resource for identifying the phenotypes of unknown genes.
8 Ts), corresponding to both characterized and unknown genes.
9  hybrids to facilitate positional cloning of unknown genes.
10 d, including 27 known genes and 3 previously unknown genes.
11 h of known genes, or an undirected survey of unknown genes.
12 ied, as well as a large number of previously unknown genes.
13 ler' to discover target genes and additional unknown genes.
14 sing increased transcriptional activation of unknown genes.
15 o the isolation of transcripts for known and unknown genes.
16 known genes, and the other 8 were previously unknown genes.
17 nvolving many known and probably many as yet unknown genes.
18 ants contain TnphoA insertions in previously unknown genes.
19  respectively), 16 PIGs represent previously unknown genes.
20  zygotic transcription of tribbles and other unknown genes.
21 s very important for predicting functions of unknown genes.
22 mon signaling pathway, the FA pathway, or in unknown genes.
23 rrays to help determine the functionality of unknown genes.
24 nce of transcripts from known and previously unknown genes.
25 ultiple environmental factors and previously unknown genes.
26 o infer, and then verify, functions for such unknown genes.
27 aboratory used to establish the functions of unknown genes.
28 ed the expression patterns of 341 previously unknown genes.
29 N1, and many other novel and/or functionally unknown genes.
30 ulating the expression of additional, as yet unknown, genes.
31                  We show that one previously unknown gene, acaB, encodes a transcriptional regulator
32               Using this approach, known and unknown genes activated in the transdifferentiation proc
33 ncluding the identification of 99 previously unknown genes and 32 previously unknown operons.
34  use mouse substrains to identify previously unknown genes and alleles regulating behavior.
35 n and provide functional clues of previously unknown genes and disease-related genes during early bra
36 by generation of in vitro transcripts of the unknown genes and expressing those transcripts in variou
37  established the expression patterns of many unknown genes and identified candidate genes that are in
38 re it can uncover the function of previously unknown genes and molecular pathways that are directly i
39 sed in the beak primordia to find previously unknown genes and pathways whose expression correlates w
40         The duplication spans 10 known and 2 unknown genes, and is present in all affected individual
41                        All 22 paralogs, five unknown genes, and secA in the omp cluster in E. canis w
42                        Three were previously unknown genes, and they were inactivated to look for eff
43 e tag clones; (c). 22 matched genomic DNA of unknown genes; and (d). 6 clones did not show any homolo
44                     A great number of mostly unknown genes are involved in regulating root architectu
45  gene functions of both known and heretofore unknown genes, as shown by the identification of four ne
46  including high proportions of conserved and unknown genes, as well as distinct patterns of expressio
47 ancestral eukaryotic cell, reveal previously unknown genes associated with photosynthetic and flagell
48 me 9p (n = 7); 2) familial cases of FTD with unknown gene association (n = 29); 3) sporadic FTD (n =
49 PNCE can result from sequence variants in an unknown gene at the STBMS1 locus.
50                      Assigning functions for unknown genes based on diverse large-scale data is a key
51  Our analysis also identified two previously unknown genes, BCLT1 and BCRT2, that map to the BamHI C-
52                   These genomes contain >50% unknown genes but still share their core genomic makeup
53             The phi 12 att-site is within an unknown gene, but the phi 13 att-site is within the beta
54 ependent penetrance of mutations in a so far unknown gene causing late-onset CMT2.
55 s in scalloped, mastermind, and a previously unknown gene, Chip, were isolated.
56                          The last, L6, is an unknown gene close to ALCOHOL DEHYDROGENASE on chromosom
57 nclude the identification of the function of unknown genes, connections between cofactors biosynthesi
58 n genes, SLG and SRK, and possibly an as yet unknown gene controlling pollen incompatibility types.
59 nd also to cells from an HSE patient with an unknown gene defect.
60 mapping was used to quickly map a previously unknown gene, defective in methylation-7 (dim-7).
61 gy for elucidating the thousands of hitherto unknown gene defects underlying AR-ID, and it sheds ligh
62 ch can be used to extract known and to infer unknown gene-disease associations.
63 omplete and up-to-date annotations will make unknown genes easy to identify and target for experiment
64 egy that enables the isolation of previously unknown genes encoding selectable recessive phenotypes,
65  has shaped Giardia's genome, and previously unknown gene families, for example, cysteine-rich struct
66 ebrate genes identified seem to belong to an unknown gene family.
67                         We describe hitherto unknown gene flow and admixture events in the region, re
68 tudies focus on inferring the function of an unknown gene from its co-expressed genes.
69  be used to reliably predict the function of unknown genes from known genes lying on the same shortes
70 e datasets, providing valuable insights into unknown gene function on a genome-wide level.
71 that has enabled computational prediction of unknown gene functions within a species.
72                                For loci with unknown gene functions, the results suggest a function t
73 ting novel genera with a large repertoire of unknown gene functions.
74 ntify groups of co-regulated genes, to infer unknown gene functions.
75 ects are not well understood, in part due to unknown gene-gene interactions.
76 rmation from recent literature on previously unknown genes has been incorporated.
77 guanine identified 27 known and 4 previously unknown genes implicated in these phenotypes.
78  platform, revealing more than 90 previously unknown genes important for phage fitness.
79              We determined that a previously unknown gene in the benzoate gene cluster, badM, encodes
80  that the IDDM12 locus is either CTLA4 or an unknown gene in very close proximity.
81 r new biological hypotheses for functionally unknown genes in Arabidopsis (1,701 genes) and six other
82 ng of candidate pathway genes) for revealing unknown genes in biological pathways.
83 er, suggesting the involvement of heretofore unknown genes in cancer.
84 providing clues for studying the function of unknown genes in each group.
85 n 2,401 coevolving modules linking known and unknown genes in protein complexes and biological pathwa
86 s regarding the function of a few previously unknown genes in those focused clusters are drawn.
87            One community, composed of mostly unknown genes interacting with opaque2, brittle endosper
88  reproductive organs and pinpoint previously unknown genes involved in Mullerian duct emergence and r
89  and F(1) genetic screens to identify as yet unknown genes involved in the biology of the fly eye.
90  addition, we found that transcription of an unknown gene is required for the decline in the steady-s
91               Functional characterization of unknown genes is a challenge, but various databases (e.g
92 echanisms, identification of these currently unknown genes is necessary.
93 er of genes represented by the 606 clones of unknown genes is not known at present, but the high perc
94                              The function of unknown genes is often inferred from comparisons to well
95 om cDNA libraries, and identify a previously unknown gene likely to be involved in growth control.
96 endothelial cells, with somatic mutations in unknown genes likely to be responsible for their develop
97  with a translocation involving a previously unknown gene, LRRC8, demonstrated a block at exactly the
98 frameshift mutation in Flg and also carry an unknown gene, matted, causing a matted hair phenotype.
99 lineage-specific amplification was due to an unknown gene, MGC8902, which is predicted to encode mult
100 point genes RAD24 and MEC3, and a previously unknown gene, MSC6.
101 that allow simultaneous screening of several unknown gene mutations.
102 cholinesterase, and a resistant allele of an unknown gene (named T) linked to the sex and ace-2 genes
103                            Additionally, two unknown genes (not reported in current databases) that m
104 1 and six relatives showed that functionally unknown genes occupied a much higher proportion (28.12%)
105 prior knowledge of gene function to identify unknown genes of similar function from expression data.
106                              Among the eight unknown genes, of most interest was NY-LU-12.
107 ng disorder resulting from alterations in an unknown gene on chromosome 18q, distinct from the factor
108  project, will allow rapid identification of unknown genes on the basis of phenotype.
109 r ribozymes that knock down expression of an unknown gene or genes in a particular pathway.
110                            By identifying an unknown gene or protein as a member of a known family, w
111 ne were also associated with fusion to other unknown genes, presumably as a result of chromosomal tra
112 (MAM)) is transported to the mitochondria by unknown gene products and decarboxylated to form phospha
113                        A distinct but as yet unknown gene (provisionally called pollen-S) appears to
114 ome-beta 9b (psmb9b), psmb8f, and previously unknown genes psmb13b, tap2d, and tap2e We identify anci
115  Using this library we identified previously unknown genes regulated by oxidative stress, indomethaci
116        The rapid discovery of both known and unknown genes related to stress responses in M. crystall
117 ation, since it is possible that a subset of unknown genes relevant to cancer development may prefere
118                         The hypothetical and unknown genes represented 10.6%, 0.89%, and 2.3% of the
119  have identified over 1.2 million previously unknown genes represented in these samples, including mo
120 and is caused by an interaction among Nup96, unknown gene(s) on the D. melanogaster X chromosome, and
121 ization of SpoVM-GFP was found to require an unknown gene(s) under the control of the mother cell tra
122 ne silencing can be overcome by mutations in unknown gene(s), thus producing algal strains that stabl
123 synthesis and a mutation(s) in an additional unknown gene(s).
124  of HSV-1, possibly by interaction with some unknown gene(s).
125 ssociated with HATs, (2) identify previously unknown gene targets and interactions for Gcn5p-based ac
126 32 mutation with a polymorphism in an as yet unknown gene that is responsible for the ability to down
127  A further mutation occurred in a previously unknown gene that shares significant similarity to femB.
128  384 different dsRNAs to identify previously unknown genes that affect cell proliferation and morphol
129 RNA interference (RNAi) in Drosophila to 260 unknown genes that are conserved between flies and human
130 ur metatranscriptomic results show known and unknown genes that are highly responsive to EET stimuli
131  of many biological processes and previously unknown genes that are potentially active in the functio
132                   To identify both known and unknown genes that are regulated by or associated with e
133                   In a search for previously unknown genes that are required for lymphocyte developme
134              Positional cloning of dozens of unknown genes that cause NPHP will elucidate further sig
135 ne known gene (WNT2/Wnt2) and two previously unknown genes that immediately flank CFTR/Cftr.
136 he presence of genetic effects suggests that unknown genes that influence CAC quantity are yet to be
137    Together, our data presents a resource of unknown genes that play a role in the success of Mtb as
138  diseases have identified several previously unknown genes that play key roles in regulating bone mas
139 NAi screening has begun to reveal previously unknown genes that play roles in viral infection.
140 e psc mutation have uncovered two previously unknown genes that redundantly function to regulate carb
141  corneal basal cells, we detected previously unknown genes that were differentially expressed in thes
142 ion networks that incorporate both known and unknown genes to identify targets for reverse genetic an
143 ons of an IS903-related element and function-unknown genes to sites in VPI.
144 o a CpG island at the 5' end of a previously unknown gene, TPEF (transmembrane protein containing epi
145 ood and Bayesian inference) average over the unknown gene trees and accommodate their uncertainties p
146 ity complex (MHC) locus, at least one other, unknown gene was implicated in this resistance.
147             The expression of 51 known and 5 unknown genes was increased significantly by more than t
148 nhibited by AhR agonists in MCF-7 cells; two unknown genes were also identified.
149                                      Several unknown genes were specifically induced only during grav
150 dizations can be used to identify previously unknown genes, which should be valuable tools for furthe
151 s has identified a large family of known and unknown genes, which we have recently called the CATERPI
152 rostate cancer cells and identify previously unknown genes whose loss has a profound impact on PARP i
153  double-stranded cDNA encompassing known and unknown genes with 96% of the clones containing inserts
154 ributions to virulence predicted for several unknown genes with enhanced expression in vivo were conf
155 S-like cysteine protease, cellulase, and two unknown genes with secretory characteristics were over e
156 nitrogen concentration, and others were from unknown genes without homologs in Arabidopsis.
157 ng this unique dataset, we characterized two unknown genes (YHR045W and YGL117W) and showed that tryp

 
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