ライフサイエンスコーパス: photoprotein

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1 y effect on the luminescence activity of the photoprotein.

2 luminescence ordinarily observed from native photoproteins.

3 nt dyes, although the use of the recombinant photoprotein aequorin (AEQ) as a Ca(2+) sensor has gaine

4 ding protein (SBP) into the structure of the photoprotein aequorin (AEQ).

5 he most deadly species of malaria, using the photoprotein aequorin as a bioluminescent label has been

6 n in picoliter vials was developed using the photoprotein aequorin as the label.

7 pecifically, we have prepared mutants of the photoprotein aequorin containing single cysteine residue

8 cortisol in saliva, in which a mutant of the photoprotein aequorin has been used as a label.

9 lecules or peptides to the N-terminus of the photoprotein aequorin such that the binding characterist

10 Specifically, the photoprotein aequorin was utilized for the detection of

11 In the calcium-activated photoprotein aequorin, light is produced by the oxidatio

12 jellyfish Aequorea victoria consists of the photoprotein aequorin, which contains the molecule coele

13 calcium-dependent oxidation mediated by the photoprotein aequorin.

14 he bioluminescence emission generated by the photoprotein aequorin.

15 r carboxyl terminus to the calcium-sensitive photoprotein aequorin.

16 This photoprotein allows for the study of kinetic properties

17 the AEQ system for cells expressing both the photoprotein and the GPCR target of interest has necessi

18 s was tested with hydrogen peroxide to track photoprotein and/or protein-bound chromophore.

19 Photoproteins are attractive as labels in analytical app

20 These photoproteins are known to be globally distributed in th

21 Ca2+-regulated photoproteins are members of the EF-hand calcium-binding

22 mide as the primary excited state product in photoprotein bioluminescence.

23 ntitative measurements of a Ca(2+)-activated photoprotein biosensor of recombinant OR function in an

24 s environment were recently shown to contain photoproteins called proteorhodopsins, thought to contri

25 This photoprotein consists of a stable complex of its apoprot

26 Transgenic fish with the Ca(2+)-sensitive photoprotein green fluorescent protein (GFP)-Aequorin in

27 nt molecules to fluorescent biomolecules and photoproteins ingeniously engineered to follow signaling

28 ow of the mucus from Chaetopterus involves a photoprotein, iron and flavins.

29 2 and the coelenterazine found in the active photoprotein is preserved at the equivalent position of

30 inescence reaction in these Ca(2+)-regulated photoproteins may be a shift of the hydrogen bond donor-

31 h bioluminescence spectra obtained from some photoprotein mutants or to populate the lower energy sta

32 the crystal structure of the Ca2+-discharged photoprotein obelin at 1.96-A resolution.

33 as developed on the base of Ca(2+)-regulated photoprotein obelin mutants with altered color and kinet

34 njugate of this aptamer and Ca(2+)-regulated photoprotein obelin was obtained for the first time and

35 Aequorin is a calcium-sensitive photoprotein originally obtained from the jellyfish Aequ

36 ndent fitness contributions, which drive the photoprotein's lateral acquisition and retention, but co

37 rom re-binding of fresh chromophore to spent photoprotein, suggesting that a minority fraction of the

38 Aequorin is a photoprotein that emits light at 469 nm and has been emp

39 e members of a subfamily of Ca(2+)-regulated photoproteins that is a part of the larger EF-hand calci

40 ased almost exclusively on a single class of photoproteins, the opsins.

41 However, despite extensive research on photoproteins, there has been no evidence to indicate th

42 The gene encoding this photoprotein was originally discovered on a large genome

43 Aequorin, a jellyfish photoprotein with Ca(2+)-dependent luminescence, measure

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