ライフサイエンスコーパス: beta-tropomyosin

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1 of a highly conserved amino acid residue in beta-tropomyosin.

2 t found to regulate mRNA splicing in chicken beta-tropomyosin.

3 und that Rad interacted with skeletal muscle beta-tropomyosin.

4 ical contexts not previously associated with beta-tropomyosin.

5 tion identified in the extreme N-terminus of beta-tropomyosin.

6 e N-terminus of the alpha-helices of dimeric beta-tropomyosin, a change predicted to alter protein-pr

7 A human homologue of Tm2, TPM2, encodes beta-tropomyosin and maps to the critical interval of DA

8 ted to alter protein-protein binding between beta-tropomyosin and other molecules and to disturb head

9 al phenotypes not previously associated with beta-tropomyosin and pathogenic data from the first anim

10 lude that Rad interacts with skeletal muscle beta-tropomyosin and the cytoskeleton in a guanine nucle

11 oma tumor supressor gene, M creatine kinase, beta-tropomyosin, and vimentin.

12 In the rat beta-tropomyosin (beta-TM) gene, exons 6 and 7 are splic

13 eins troponin T (TnT), troponin I (TnI), and beta-tropomyosin (beta-TM) have been shown to cause auto

14 Deletion of Glu139 in beta-tropomyosin caused by a point mutation in TPM2 gene

15 nd to disturb head-to-tail polymerization of beta-tropomyosin dimers.

16 Results show that as beta-tropomyosin expression is down-regulated, alpha-tro

17 p.K7del beta-tropomyosin fails to localize properly within the t

18 The beta-tropomyosin gene encodes a component of the sarcome

19 g INS), an exonic splicing silencer from the beta-tropomyosin gene, and an intronic splicing regulato

20 ivo model, we expressed wild-type or p.K7del beta-tropomyosin in the developing zebrafish.

21 zed a transgenic mouse system to overexpress beta-tropomyosin in the heart to address the functional

22 tropomodulin, myosin light chain-2, or fetal beta-tropomyosin in the heart.

23 study, we have rescued these high expression beta-tropomyosin mice by turning off the alpha-myosin he

24 athies through the identification of a novel beta-tropomyosin mutation in two clinical contexts not p

25 nical phenotype is core-rod myopathy, with a beta-tropomyosin mutation uncovered by whole exome seque

26 We describe a novel beta-tropomyosin mutation, two clinical-histopathologica

27 yosin regulate actin-myosin interactions and beta-tropomyosin mutations have been associated with nem

28 at the mutation interferes with head-to-tail beta-tropomyosin polymerization and with overall sarcome

29 his study, we expand the allelic spectrum of beta-tropomyosin-related myopathies through the identifi

30 thogenic data from the first animal model of beta-tropomyosin-related myopathies.

31 Interestingly, when a high percentage of beta-tropomyosin replaces alpha-tropomyosin in the heart

32 family binds the WA1, instability (INS), and beta-tropomyosin substrates, and the core-binding site f

33 onic sequence, an (A/U)GGG repeat in chicken beta-tropomyosin that is a binding site for a protein re

34 nt charge differences between the alpha- and beta-tropomyosin (TM) isoforms are the exchange of a ser

35 n heavy chain promoter, which is driving the beta-tropomyosin transgene.

36 y lethal phenotypes, such as high expression beta-tropomyosin transgenic mice.

37 ein phenotype that expresses both alpha- and beta-tropomyosin, very low levels of SERCA2a, and very l

38 expressed in striated muscle are alpha- and beta-tropomyosin, which exhibit an 86% amino acid identi

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