ライフサイエンスコーパス: phosphagen

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1 Measurement of the phosphagen and metabolite profile of freeze-clamped arte

2 phosphoryl transfer reactions involving both phosphagens and other biochemically important "high-ener

3 Eight different phosphagens (and corresponding phosphagen kinases) are f

4 Phosphagens are phosphorylated guanidino compounds that

5 Phosphagen energy-buffering systems play an essential ro

6 family of phosphoryl transfer enzymes called phosphagen (guanidino) kinases which play a central role

7 family of phosphoryl transfer enzymes called phosphagen (guanidino) kinases.

8 ms and tissue-specific expression of certain phosphagens in an evolutionary and functional context.

9 The role of phosphagens in regulation of intracellular Pi levels lik

10 bond is central to the physiological role of phosphagens involving phosphoryl transfer reactions impo

11 ke Schistosoma mansoni (SmTK) belongs to the phosphagen kinase (PK) family and catalyzes the reversib

12 GK is a member of the phosphagen kinase enzyme family and appears to have evol

13 Lombricine kinase is a member of the phosphagen kinase family and a homolog of creatine and a

14 ase is an annelid enzyme that belongs to the phosphagen kinase family of which creatine kinase and ar

15 Arginine kinase is a member of the phosphagen kinase family that includes creatine kinase a

16 Glycocyamine kinase (GK), a member of the phosphagen kinase family, catalyzes the Mg(2+)-dependent

17 The phosphagen kinase family, including creatine and arginin

18 ginine kinase (AK), which is a member of the phosphagen kinase family, serves as a model system for s

19 ion and position of these enzymes within the phosphagen kinase family.

20 meric ancestral protein closely related to a phosphagen kinase homologue, arginine kinase (AK).

21 Thermodynamic poise of the phosphagen kinase reaction profoundly impacts this capac

22 Phosphagen kinase reactions function in temporal ATP buf

23 Phosphagen kinase reactions show differences in thermody

24 gy state and ATP hydrolysis by corresponding phosphagen kinase reactions: phosphagen + MgADP + H(+) <

25 Another phosphagen kinase, creatine kinase (CK), is found in spo

26 All phosphagen kinases contain a conserved cysteine residue

27 our understanding of how the active sites of phosphagen kinases have evolved to recognize their respe

28 adopt the same overall fold as that of other phosphagen kinases of known structure (the homodimeric c

29 Phosphagen kinases undergo a segmented closing on substr

30 Substrate binding synergy observed in many phosphagen kinases was reduced or eliminated in mutant e

31 of these new CK sequences with other CKs and phosphagen kinases yielded a consensus tree containing a

32 ght different phosphagens (and corresponding phosphagen kinases) are found in the animal kingdom dist

33 To probe the early evolution of phosphagen kinases, we have amplified the cDNAs for AKs

34 ficity and catalysis in CK and other related phosphagen kinases.

35 mbricine kinase is limited compared to other phosphagen kinases.

36 re analyzed and compared with other selected phosphagen kinases.

37 and compared with available data for annelid phosphagen kinases.

38 an to the substrate-bound forms of the other phosphagen kinases.

39 y corresponding phosphagen kinase reactions: phosphagen + MgADP + H(+) <--> guanidine acceptor + MgAT

40 echanism by which an arginine residue of the phosphagen specificity loop is crucial for substrate spe

41 ural substrates are among the largest of the phosphagen substrates.

42 vertebrates, is the most extensively studied phosphagen system.

43 This review evaluates the distribution of phosphagen systems and tissue-specific expression of cer

44 differences in thermodynamic poise, and the phosphagens themselves differ in terms of certain physic

45 rformed on a model N-phosphorylguanidine, or phosphagen, to understand the stereoelectronic factors c

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