ライフサイエンスコーパス: resting tension

1 enhanced Ca(2+) sensitivity and an elevated resting tension.

2 sensitivity of tension, but had no effect on resting tension.

3 cond stretch commencing from a lower initial resting tension.

4 lizes at the UTLD and generates the tip-link resting tension.

5 ng tensions and stalls at a flat pit at high resting tensions.

6 globe toward the resected muscle, increased resting tension across the agonist-antagonist pair, and

7 s predict that the cell membrane buds at low resting tensions and stalls at a flat pit at high restin

8 s as the gating threshold, critical tension, resting tension, and Ca(2+) concentration.

9 r isometric tension generation and increased resting tension at longer sarcomere lengths.

10 tened back to its original fibre length, the resting tension at the end of the stretch was reduced re

11 favors hypertrophy development and increases resting tension because of hypophosphorylation of titin;

12 her mechanically activated channels and that resting tension can drive channel inactivation, thereby

13 tion fraction (HFPEF) are high cardiomyocyte resting tension (F(passive)) and cardiomyocyte hypertrop

14 Resting tension (Fpassive)-sarcomere length relations we

15 ion of the resting tension - the filamentary resting tension (FRT) - is produced by a low level of ac

16 nylephrine-induced contraction and decreased resting tension in aortic cells at pCa 7.0, but not in p

17 teristics, including low PM permeability and resting tension in the cytoplasmic leaflet that regulate

18 The resting tension in the patch dome ranges from 1-4 mN/m,

19 Moreover, resting tension in these cells was reduced by 24% to 33%

20 rine-induced contraction, but did not affect resting tension, in portal vein cells at pCa 6.7.

21 When the resting tension is moderate to high, we show that 1) axi

22 This finding suggests that the resting tension of a relaxed muscle fibre is not entirel

23 Only if the resting tension of the membrane is low, we reproduce axi

24 o show that over a wide range of lipids, the resting tension on a electrophysiological patch is highl

25 are conducted under substantial, and uneven, resting tension that may alter the kinetics of many chan

26 ); 2) attenuate elevations of rat EDL muscle resting tension that occurred during contractile fatigue

27 le with the suggestion that a portion of the resting tension - the filamentary resting tension (FRT)

28 simulation results we suggest a role of the resting tension: to help overcome the viscous drag of th

29 was imposed on the muscle at a time when the resting tension was reduced by the previous stretch, the

30 he adult fibre bundles, only the increase in resting tension was seen and both the transient increase

31 Conversely, 4-aminopyridine increased resting tension with an EC50 (1.8 mM) equivalent to that