ライフサイエンスコーパス: carboxyl-terminal portion

1 Within the carboxyl-terminal portion (alphaSer(583)-alphaSer(592))

2 When expressed in mammalian cells, the carboxyl-terminal portion also localizes to perinuclear

3 pecies is relatively poor, especially in the carboxyl-terminal portion, and, unlike other J chains, t

4 ptor by a two-domain mechanism: the ligand's carboxyl-terminal portion binds the receptor's extracell

5 60 is an integral thylakoid protein, and its carboxyl-terminal portion is distantly related to prokar

6 n cDNA library as target, indicated that the carboxyl terminal portion of hlj1, a member of the human

7 ng a microspecificity determinant within the carboxyl terminal portion of the third intracellular loo

8 he role of two distinct basic regions in the carboxyl terminal portion of the third intracellular loo

9 ous studies have demonstrated that while the carboxyl-terminal portion of 7B2 (residues 155-186) regu

10 The carboxyl-terminal portion of AbrB has been hypothesized

11 etitive antagonism of agonist binding by the carboxyl-terminal portion of Agouti protein and down-reg

12 eat domain of O-GlcNAc transferase binds the carboxyl-terminal portion of an HCF-1 proteolytic repeat

13 core protein, decorunt is found to lack the carboxyl-terminal portion of decorin.

14 Similarly, replacement of the nonconserved carboxyl-terminal portion of ECII resulted in a receptor

15 ervariable sequence of 21 amino acids in the carboxyl-terminal portion of ECL2 plays a critical role

16 yses of a putative coiled coil region in the carboxyl-terminal portion of HEXIM1 revealed that the pr

17 port establishes for the first time that the carboxyl-terminal portion of HPV L1 interacts with hepar

18 ompassing amphipathic alpha-helices within a carboxyl-terminal portion of micro1 were necessary for e

19 study, the data demonstrate that within the carboxyl-terminal portion of mouse TG, T3 is formed de n

20 n (PTHrP) receptor (rP1R) interacts with the carboxyl-terminal portion of PTH-(1-34) or PTHrP-(1-36).

21 esponding to a 15-amino acid sequence in the carboxyl-terminal portion of rat Tg (Arg(689)-Lys(703)),

22 e identified a heparin-binding region in the carboxyl-terminal portion of rat Tg and have studied its

23 nalysis and found that it corresponds to the carboxyl-terminal portion of rat Tg.

24 Rather, the responses are specific for the carboxyl-terminal portion of RP3 that is derived from th

25 The region of homology is located in the carboxyl-terminal portion of the 116-amino-acid ORF.

26 glutamic acid residue (Glu(302/303)) in the carboxyl-terminal portion of the AAA+ protein, torsinA.

27 ntified by its physical association with the carboxyl-terminal portion of the adenomatous polyposis c

28 898-953) includes several TM domains in the carboxyl-terminal portion of the ATPase.

29 on of the B domain of a v.1 protein, and the carboxyl-terminal portion of the B domain and the C doma

30 one centrally located and the second in the carboxyl-terminal portion of the cDNA.

31 Surprisingly, the carboxyl-terminal portion of the ENT2 protein was nearly

32 It has also been demonstrated that the carboxyl-terminal portion of the heavy chain of factor V

33 portion of the molecule and the other at the carboxyl-terminal portion of the molecule.

34 rived amino acids distributed throughout the carboxyl-terminal portion of the protein are required fo

35 Previous studies suggest that the carboxyl-terminal portion of the pUL56 subunit interacts

36 olase but not transferase activity, i.e. the carboxyl-terminal portion of the transferase can exist a

37 However, transient expression of the carboxyl-terminal portion of the V protein enhanced the

38 nt size consistent with its representing the carboxyl-terminal portion of this fragment.

39 The carboxyl-terminal portion of Tmod1 (residues 160-359) co

40 g activity of the amino-terminal but not the carboxyl-terminal portion of Tmod1 is enhanced several t

41 to confirm that two different domains in the carboxyl-terminal portion of TRIP8b--the tetratricopepid

42 The carboxyl-terminal portion of variable sequence region 4

43 tigate the multimerization potentials of the carboxyl-terminal portions of AbrB, Abh, and SpoVT we ut

44 mediated by residues in both the amino- and carboxyl-terminal portions of HSF.

45 The amino-terminal and carboxyl-terminal portions of the 1-34 fragment of parat

46 The carboxyl-terminal portion, presumably the regulatory dom

47 s counterpart, with a higher homology in the carboxyl-terminal portion, which contains two RNA recogn