ライフサイエンスコーパス: internal rotation

1 t slowly slips in phase relative to Saturn's internal rotation.

2 eroxide oxygens can undergo the sought after internal rotation.

3 -2 as its major product (71%), again by zero internal rotations.

4 folding is the entropic cost of restricting internal rotations.

5 during maximum external rotation to maximum internal rotation (0.58 +/- 0.63 mm on the dominant side

6 during maximum external rotation to maximum internal rotation (0.76 +/- 0.75 mm on the dominant side

7 38; Cohen's d = 1.67), 18.94(o) for shoulder internal rotation (95% CI -24.4, -13.4; Cohen's d = 1.37

8 Bound ubiquitin undergoes internal rotation about an axis approximately perpendicu

9 anomethyl faster than methallyl, faster than internal rotation about the backbone.

10 Aqua ligands can undergo rapid internal rotation about the M-O bond.

11 estigate the competitive correlation between internal rotations about the C-NR(2) bonds and cross-con

12 Hindered internal rotation and Eckart tunneling treatments were i

13 ogen bond to the aqua ligand can reduce this internal rotation and increase relaxivity.

14 rted tunneling motion of water involving its internal rotation and its translation between the two eq

15 ecular vibrational energy redistribution and internal rotation are incomplete on this time scale, and

16 f semiangle 30-55 degrees centered about the internal rotation axis on the nanosecond time scale.

17 positively charged surface orthogonal to the internal rotation axis.

18 e contributions of these effects to ethane's internal rotation barrier and conformational preference

19 xternal rotation of the tibial component, an internal rotation clearly increased the contact force an

20 re significantly associated with severity of internal rotation contracture (P <.001).

21 e identified and correlated with severity of internal rotation contracture.

22 pain, variability in mechanics, glenohumeral internal rotation deficit, and accordance with throwing

23 t compounds 1, 2, and 4 to have frictionless internal rotation even at temperatures as low as 25 K, w

24 port on the temporal variations of the Sun's internal rotation from solar p-mode frequencies obtained

25 -trans-1, "forbidden" and the result of zero internal rotations from (+)-cis-1.

26 ion and translational motions but allows for internal rotations give results that are near the experi

27 ral contact area during external rotation to internal rotation in abduction in the dominant and non-d

28 By contrast, internal rotation in close-packed molecular crystals fal

29 Analysis of internal rotation in the spectrum of H(3)N-HF-HF gives t

30 tics of this isomerization are controlled by internal rotations in the radicals to assume conformatio

31 tion lag test (LR, 7.2 [95% CI, 1.7-31]) and internal rotation lag test (LR, 5.6 [95% CI, 2.6-12]) we

32 A normal internal rotation lag test result was most accurate for

33 emperature range of 2.3-80 K, we showed that internal rotation occurs in a potential with energy barr

34 Here, inferences are drawn on the internal rotation of a distant Sun-like star by studying

35 The multiple nonbonding forces hinder the internal rotation of benzene around the isopropyl C-H bo

36 dimer of the dendronized PBI with 45 degrees internal rotation of PBI units within dimer and a 90 deg

37 On physical examination, limited internal rotation of the affected hip is usual; obligato

38 The states become long-lived through rapid internal rotation of the CH3 group, which imposes an app

39 allowed" and formally the result of a single internal rotation of the cyano-bearing carbon atom from

40 support the binding change mechanism with an internal rotation of the gamma subunit.

41 H(3)N-HF-HF gives the potential barrier for internal rotation of the NH(3) unit, V(3), to be 118(2)

42 S(0) --> S(1)* is not changed either by the internal rotation of the ThT benzothiazole and aminobenz

43 flexion with PTS of 3 degrees combined with internal rotation of the tibial component.

44 Saturn's internal rotation period is unknown, though it must be l

45 presence of a positive lag test (external or internal rotation) result was most accurate for diagnosi

46 cificity, 81%; LR, 4.2 [95% CI, 3.0-6.0]) or internal rotation (sensitivity, 66%; specificity, 79%; L

47 ular frame are allowed to fully relax as the internal rotation takes place.

48 planes, and it serves a restrictive role in internal rotation; the pubofemoral ligament was best eva

49 , the time constants for n-butane and ethane internal rotation under the same conditions are approxim

50 Internal rotation was greater at + 45%BW compared to + 2

51 rs of magnitude smaller than the rate of the internal rotation which leads to the fluorescence quench

52 cyclohexane, cis,trans-2, the result of zero internal rotations within the diradical-in-caldera prior