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1 BLM, defects in which cause the cancer-prone Bloom's Syndrome.
2 underpin early-onset cancers associated with Bloom's syndrome.
3 of the human cancer predisposition disorder, Bloom's syndrome.
4 d BLM mutation causes the heritable disorder Bloom's syndrome.
5 gesting a basis for the immune deficiency in Bloom's syndrome.
6 s rise to the cancer predisposition disorder Bloom's syndrome.
7 explains many of the cellular phenotypes of Bloom's syndrome.
8 sister chromatid exchange characteristic of Bloom's syndrome.
9 in the genetic disorders Fanconi anemia and Bloom's syndrome.
10 the various defects observed in Werner's and Bloom's syndromes.
12 which encodes a RecQ helicase, give rise to Bloom's syndrome, a disorder associated with cancer pred
13 Homozygous inactivation of BLM gives rise to Bloom's syndrome, a disorder associated with genomic ins
15 BLM protein, inactivated in individuals with Bloom's syndrome, acts in combination with topoisomerase
16 uplex DNA unwinding helicases, such as human Bloom's syndrome and human Werner's syndrome helicases.
17 of DNA helicases, whose members include the Bloom's syndrome and the Werner's syndrome gene products
22 xeroderma pigmentosum, Cockayne's syndrome, Bloom's syndrome and Werner's syndrome, have been linked
23 activate a process that required functional Bloom's syndrome-associated (BLM) helicase, Mus81 nuclea
24 NA ligase I displayed a phenotype similar to Bloom's syndrome, being immunodeficient, growth retarded
27 HR (breast cancer associated gene, Brca2, or Bloom's syndrome, Blm) for sensitivity to trichostatin A
35 enesis system demonstrate that extracts from Bloom's syndrome (BS) cells are unable to use microhomol
53 on of MUS81 and GEN1, or SLX4 and GEN1, from Bloom's syndrome cells results in severe chromosome abno
55 r SLX4 reduces the high frequency of SCEs in Bloom's syndrome cells, indicating that MUS81 and SLX4 p
56 when both MUS81 and SLX4 were depleted from Bloom's syndrome cells, suggesting that GEN1 can compens
57 chromatid exchanges (SCEs) and patients with Bloom's syndrome develop a broad spectrum of early-onset
62 zygous for a targeted mutation in the murine Bloom's syndrome gene (Blm) are developmentally delayed
65 es a DNA helicase with homology to the human Bloom's syndrome gene BLM and the Werner's syndrome gene
67 rotein complex stimulated the ability of the Bloom's syndrome gene product, BLM, to process Holliday
68 ng of the gene defective in individuals with Bloom's syndrome has revealed a link between DNA helicas
71 The conserved BTR complex, composed of the Bloom's syndrome helicase (BLM), topoisomerase IIIalpha,
72 components of the polymerase alpha and BTR (Bloom's syndrome helicase (BLM), topoisomerase IIIalpha,
74 r mutagen-sensitive) encoding the Drosophila Bloom's syndrome helicase homolog (DmBLM) and the Ku70 g
76 cy for either of the genomic stability genes Bloom's syndrome helicase or DNA ligase 4, and the effec
77 Here, we define an essential role for the Bloom's syndrome helicase, BLM, in signaling to the absc
79 with a genetic background deficient for the Bloom's syndrome helicase, such heterozygous mutants seg
80 similarities between Fanconi Anemia (FA) and Bloom's Syndrome, identifying FANCM as the anchor for bo
91 ant role in DNA replication, suggesting that Bloom's syndrome may be the consequence of defective DNA
92 BLM, a RecQ family DNA helicase mutated in Bloom's Syndrome, participates in homologous recombinati
96 ed the high rate of mitotic recombination in Bloom's syndrome protein (Blm)-deficient ES cells to gen
97 acting checkpoint helicase) and the BLM (the Bloom's syndrome protein) helicase decorate ultrafine hi