1 y the guanidino kinases, creatine kinase and
arginine kinase.
2 ogy, which is demonstrated for ubiquitin and
arginine kinase (
42 kDa), should serve as an effective s
3 onstrated for the identification of housefly
arginine kinase,
a cytosolic protein that is involved in
4 Elimination of the total cellular
arginine kinase activity by RNA interference significant
5 Increased
arginine kinase activity improved growth of procyclic fo
6 forms of T. brucei, while the total cellular
arginine kinase activity was 3-fold higher in bloodstrea
7 Arginine kinase (
AK) and glyceraldehyde 3-phosphate dehy
8 Creatine kinase (CK) and
arginine kinase (
AK) are related enzymes that reversibly
9 Arginine kinase (
AK) is a member of a large family of ph
10 meric creatine kinase (CK) and the monomeric
arginine kinase (
AK)).
11 Arginine kinase (
AK), a primary enzyme in cell metabolis
12 A crystal structure of the CK homologue,
arginine kinase (
AK), complexed with the transition-stat
13 Arginine kinase (
AK), which is a member of the phosphage
14 ovirus was constructed by using the gene for
arginine kinase (
AK), which is the invertebrate correlat
15 ly related to a phosphagen kinase homologue,
arginine kinase (
AK).
16 in the TSAC-bound structure of the homologue
arginine kinase (
AK).
17 phagen kinase family, including creatine and
arginine kinases (
AKs), catalyzes the reversible transfe
18 We cloned and sequenced grasshopper
arginine kinase and examined its expression during embry
19 subtilis the combined activity of a protein
arginine kinase and phosphatase allows a rapid and rever
20 From primary sequence alignments of
arginine kinases and creatine kinases, we have identifie
21 n kinase family of which creatine kinase and
arginine kinase are the typical representatives.
22 fied and characterized a putative M. xanthus
arginine kinase,
Ark, and demonstrated that it has retai
23 The structure of
arginine kinase as a transition state analog complex sho
24 Arginine kinase belongs to the family of enzymes, includ
25 Arginine kinase buffers cellular ATP levels by catalyzin
26 be mobilized by (1) selective expression of
arginine kinase by neurons, (2) localization of arginine
27 Arginine kinases catalyze the reversible transfer of a h
28 kinase family and a homolog of creatine and
arginine kinases,
enzymes responsible for buffering cell
29 Here we sequenced an intron in the
arginine kinase gene (Ark), which shows strong clinal va
30 Here, cysteine 271 of horseshoe crab
arginine kinase has been mutated to serine, alanine, asp
31 Arginine kinase is a member of the phosphagen kinase fam
32 Arginine kinase is colocalized with F-actin in a narrow
33 In neurons undergoing axonogenesis,
arginine kinase is concentrated in growth cones and exte
34 During the first half of embryogenesis,
arginine kinase is expressed selectively in a small perc
35 a brucei, consisting of three highly similar
arginine kinase isoforms (TbAK1-3).
36 Among them, invertebrate tropomyosin,
arginine kinase,
myosin light chain, sarcoplasmic calciu
37 The recombinant adenovirus coding for
arginine kinase (
rAdCMVAK) was injected into the right h
38 Here we describe the phosphoarginine/
arginine kinase system of the kinetoplastid parasite Try
39 We show for the proteins ubiquitin and
arginine kinase that for widely used experiments, such a
40 Neuroblasts also strongly express
arginine kinase;
they are nonmotile but are undergoing r
41 res of homologs and is known from the NMR of
arginine kinase to be inherently dynamic, is resolved in
42 graphic studies, on both creatine kinase and
arginine kinase,
to be located in the active site.
43 The amount of
arginine kinase varies widely between growth cones, even
44 Recently, putative
arginine kinases were identified in several bacterial sp
45 inine kinase by neurons, (2) localization of
arginine kinase within growth cones, and (3) concentrati
46 ithin growth cones, and (3) concentration of
arginine kinase within specific growth cones, depending