ライフサイエンスコーパス: molecular association

1 o a beta-hairpin structure in the process of molecular association.

2 -1 coimmunoprecipitate, which confirms their molecular association.

3 different regions is not dependent on prior molecular association.

4 ipid microdomains causes a reorganization of molecular associations.

5 o be membrane domains, arising from specific molecular associations.

6 that PTEN regulates FAK phosphorylation and molecular associations after detachment from matrix, and

7 and as sensitive, quantitative reporters of molecular association and dissociation.

8 ike complexes in brain, we have examined the molecular associations and distribution of the dystrobre

9 LBCLs and their aberrantly methylated genes, molecular associations, and survival.

10 These molecular associations are maintained in gentle detergen

11 lin A/Cdk2 kinase activity by decreasing the molecular association between cyclin A and p27 in cells.

12 hate glycosaminoglycan polysaccharide in the molecular association between FGF and its receptor is es

13 The molecular association between HLA and RHD was investigat

14 study to investigate the epidemiological and molecular association between tooth agenesis and self-re

15 plant body and is maintained by a variety of molecular associations between cell wall components.

16 The aim is to clarify potential molecular associations between different amyloid disease

17 f ion channels and receptors, and facilitate molecular associations between signaling components that

18 int to the dominance of dispersion forces in molecular association, but solvent effects complicate th

19 understanding of their preferred patterns of molecular association can be acquired.

20 s of the bond lifetime, while the on-rate of molecular association can be estimated by the analysis o

21 ends on their ability to perform and control molecular association, catalysis, self-replication or ot

22 and knowledgebase featuring 65 228 distinct molecular associations (comprising protein-protein, prot

23 gation may enable a wide range of studies of molecular association events in membrane proteins.

24 to directly observing the effects of salt on molecular associations, explicit-solvent molecular dynam

25 The functionality of these molecular associations, however, is controversial.

26 that have implications for the role of these molecular associations in cells are described.

27 state may prove to be useful for engineering molecular associations in controlled cellular settings.

28 membrane-associated transporters, revealing molecular associations larger than dimers and demonstrat

29 ful tool for revealing chemical dynamics and molecular association mechanisms, but has been limited t

30 These data suggest that molecular association of IP3Rs into heterotetrameric for

31 rom cells producing JCV T antigen indicate a molecular association of JCV T antigen and Pur alpha.

32 ray crystal structure analyses establish the molecular association of octamethylbiphenylene cation-ra

33 Molecular association of phenotypic responses is an impo

34 nergy transfer (FRET) system that models the molecular association of PrP in a PrP(Sc)-like state, as

35 st evidence for a physical alteration in the molecular association of PrP molecules differing in one

36 the free energy terms that contribute to the molecular association of ricin A-chain (RTA) with the rR

37 Examination of the specific molecular association of signaling proteins using these

38 ed interaction proteomics to interrogate the molecular associations of 15 core subunits and assembly

39 A novel method was developed to detect molecular associations of dystrophin with actin in cryos

40 r cardiometabolic diseases and clarified the molecular associations of established risk factors.

41 The function and molecular associations of Gbeta5 in brain are unknown.

42 To probe molecular associations of SPN within the DGC, we investi

43 this study we explored whether differential molecular associations of the spleen tyrosine kinase Syk

44 es has enabled us to better characterize the molecular associations of the SRC family of coactivators

45 To identify molecular associations of these complexes, we used in vi

46 in many cell surface functions; however, the molecular associations of these lipid-linked proteins wi

47 rvation is likely to be a general feature of molecular association processes and key to the molecular

48 of a molecule in an external electric field, molecular association reactions, and reactions between B

49 ies that are crucial to the understanding of molecular association/recognition processes and structur

50 functional domain deletion mutants, blocking molecular associations through the expression of a domin

51 Since this may indicate molecular associations, we analyzed the surface topograp