ライフサイエンスコーパス: competition binding experiment

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1 e displacement of a ligand in an equilibrium competition binding experiment.

2 increased affinity for neuropilin-1 based on competition binding experiments.

3 ystems lacking GABAB receptors and performed competition binding experiments.

4 In competition binding experiments, acetylcholine completel

5 u-NeoBOMB1 were also synthesized and used in competition binding experiments against [(125)I-Tyr(4)]B

6 Competition binding experiments against [(125)I-Tyr(4)]B

7 s, was further characterized by quantitative competition binding experiments and DNA mutational analy

8 In silico docking analysis, competition binding experiments, and downstream assays w

9 Saturation binding isotherms and competition binding experiments are consistent with the

10 In competition binding experiments, atrial natriuretic pept

11 Independent competition binding experiments confirm that TIP47 inter

12 Competition binding experiments demonstrated that SpORC

13 Competition binding experiments employing [3H]colchicine

14 determining the DNA binding affinities, and competition binding experiments further characterized th

15 mobility shift assays, together with ligand competition binding experiments, have demonstrated the i

16 -1alpha to bind either F-actin or aa-tRNA in competition binding experiments is also consistent with

17 Using competition binding experiments, it was possible to dete

18 In competition binding experiments, LTB4 was the most poten

19 Competition binding experiments of myosin subfragment (S

20 Competition binding experiments reveal that (dbd)Fos-Jun

21 Competition binding experiments revealed a guanine nucle

22 ly binding at the catalytic site, and ligand competition binding experiments revealed no competition

23 Saturation and competition binding experiments revealed that coexpressi

24 Competition binding experiments revealed that HMG-1 enha

25 Competition binding experiments showed 2 different bindi

26 Competition binding experiments showed that ATE+31 does

27 In competition binding experiments SMRT displaced NotchIC f

28 erein described is applicable to equilibrium competition binding experiments such as radioligand assa

29 Fluorescence anisotropy competition binding experiments suggest that TWINKLE has

30 In competition binding experiments, the interaction of vMIP

31 -delta1 to evaluate the feasibility of using competition binding experiments to identify specific lip

32 In competition binding experiments two derivatives (13 and

33 Competition binding experiments using 125I-ET-3 and unla

34 Competition binding experiments using 65 different subst

35 In competition-binding experiments, V2 outcompetes SGS3 for

36 In further competition binding experiments, we identified 12 compou

37 Competition binding experiments with [(3)H]NKA were perf

38 Competition binding experiments with both MCHR isoforms,

39 orinated spy molecules allows one to perform competition binding experiments with high sensitivity wh

40 We have used reciprocal competition binding experiments with mutant substrates a

41 Competition binding experiments with radioligand [3H]-(+

42 in separate heterocomplexes with hsp90, and competition binding experiments with the PP5 TPR domain

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