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1 fic lipid raft targeting of the unusual TC10 amino terminal extension.
2 ly capability of a VP3 molecule with a large amino-terminal extension.
3 serine residues (Ser-259 and Ser-498) in its amino-terminal extension.
4 everse transcriptases in having a long basic amino-terminal extension.
5 amino acids (Arg249 and Lys250) found in the amino-terminal extension.
6 from other ARFs by the presence of a 46-kDa amino-terminal extension.
7 ts with the MAPKKK MEKK1 and JNK through its amino-terminal extension.
8 intact cells only if they contain an intact amino-terminal extension.
9 from other ARFs by the presence of a 46-kDa amino-terminal extension.
10 binds specifically GDP and GTP and that the amino-terminal extension acts as a GAP for the ARF domai
12 FGF-2 forms have two functional domains: an amino-terminal extension and a common 18-kDa amino acid
14 n addition, both pro-HBD-2, with its shorter amino-terminal extension, and pro-HBD-3 were resistant t
17 roduced in Escherichia coli with and without amino-terminal extensions containing antigenic peptides.
18 al actin was abrogated after deletion of the amino terminal extension (DeltaN-TC10/Q75L), whereas thi
19 harbors a new missense mutation in the PHYA amino-terminal extension domain and that (2) the complex
20 gradation of this photoreceptor and that the amino-terminal extension domain mediates the formation o
21 aromyces cerevisiae CTF7 in that it lacks an amino-terminal extension, exhibits acetyltransferase act
22 ynthetases may involve structural changes of amino-terminal extensions for enhanced selective binding
23 that the molecule forms a dimer in which the amino-terminal extension forms the interface between mon
24 first of two cleavage steps that remove the amino-terminal extension from the a-factor precursor, su
25 r 16 (TC10-16/H-Ras) amino acids of the TC10 amino terminal extension fused to H-Ras disrupted cortic
26 CP-1 receptor, substitution of the wild-type amino-terminal extension had little or no effect on MIP-
28 , we also positioned a photolabile Bpa as an amino-terminal extension, in positions -1 (rat [Bpa(-1),
30 CP4 homologue that contains a 900-amino-acid amino-terminal extension not found in other herpesviruse
31 sic gelsolin 6-fold segmental repeats and an amino-terminal extension of 16 tandem leucine-rich repea
33 ing site TTTc/gGCGCc/g is associated with an amino-terminal extension of E2F4, in which an arginine b
35 sis of activated macrophages by cleaving the amino-terminal extension of mitogen-activated protein ki
36 ptide-MHC (pMHC) ligand, necessitated by the amino-terminal extension of peptide residues projecting
37 he mitochondrial defect, indicating that the amino-terminal extension of the enzyme harbors an indepe
41 ophage RNA polymerases, but contain a unique amino-terminal extension of unknown origin and function.
42 targeting information, we show here that the amino-terminal extension of yeast mtRNA polymerase is re
43 on repressor (MITR) shares homology with the amino-terminal extensions of class II HDACs and also act
44 replaces PapD's donated beta strand with an amino-terminal extension on the next incoming pilin subu
46 rboxyl-terminal ARF domain (p3) and a 46-kDa amino-terminal extension (p5) that is widely expressed i
48 rcentage of basic amino acids, as well as an amino-terminal extension predicted to act as a chloropla
51 ain carboxy-terminal deacetylase domains and amino-terminal extensions required for association with
54 is, the [Fe] hydrogenase encodes a plausible amino terminal extension that resembles mitochondrial ta
55 uishing feature of PfAPP is a 120-amino acid amino-terminal extension that appears to be removed from
56 -tRNA synthetase contains a short 32-residue amino-terminal extension that can control the release of
57 a carboxyl-terminal catalytic domain and an amino-terminal extension that mediates interactions with
59 histone deacetylases (HDACs) contain unique amino-terminal extensions that mediate interactions with
60 ted with rearrangement of flexible loops and amino-terminal extensions that participate in contacts b
61 ion, which occurs at Ser 23 and Ser 24 in an amino-terminal extension unique to cTnI, decreases the C
62 from other ARFs by the presence of a 46-kDa amino-terminal extension which acts as a GTPase-activati
63 er of the ARF superfamily, contains a 46-kDa amino-terminal extension, which acts as a GTPase-activat
64 se to polypeptides differing by a 23 residue amino-terminal extension, which corresponds to a functio
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