ライフサイエンスコーパス: flexure

1 colon was defined as proximal to the splenic flexure.

2 t proteins that bind DNA and induce sites of flexure.

3 tual errors occurred proximal to the splenic flexure.

4 th 75-100 microm of resin cement in bi-axial flexure.

5 colon; 10 were at or proximal to the hepatic flexure.

6 g the stresses induced by gravity, touch and flexure.

7 y 70% of cases occur proximal to the splenic flexure.

8 racterized by reticulate pigmentation of the flexures.

9 of the colon that was distal to the splenic flexure, 48 (2.7 percent) had advanced proximal neoplasm

10 n antigen expression proximal to the hepatic flexure (64% vs. 0%).

11 Conformational flexure and both adsorbate/adsorbent and intermolecular

12 The specimens were tested by three-point flexure and nano-indentation vs. water-aging for 1 to 73

13 espite lack of foregut formation, of ventral flexure and of heart migration.

14 roximally (up to the junction of the splenic flexure and the descending colon) and the most advanced

15 yperkeratotic plaques over the joints and in flexures and identified a new KRT1 gene mutation that is

16 tified at CT colonography (rectum-to-splenic flexure) and (b) of undergoing subsequent evaluation wit

17 ns, and the neural tube undergoes no ventral flexures at the normal positions in brain structure.

18 capable of rapidly prototyping articulated, flexure-based sub-millimeter mechanisms.

19 object of this study was to determine if the flexure behavior of uniform FRC beams with restrained or

20 bonded to a polymeric base and subjected to flexure by contact loading until fracture.

21 asively examined to the point of the splenic flexure by using microcatheter imaging.

22 le and safe for patients affected by splenic flexure cancer.

23 ce in laparoscopic treatment of left colonic flexure cancer.

24 defined as any tumor arising in the splenic flexure, descending colon, sigmoid colon, or rectosigmoi

25 ients whose tumors originated in the splenic flexure, descending colon, sigmoid colon, or rectum vs a

26 ients whose tumors originated in the splenic flexure, descending colon, sigmoid colon, or rectum vs a

27 initially exhibited inward (negative) cuspal flexure due to polymerization shrinkage.

28 In other words, while S(Flexure) ~ e(gamma1 [square root]Ns-gamma2Ns), classical

29 In this article, we propose a Flexure-FET (flexure sensitive field effect transistor)

30 The stiffness of the suspended gate of Flexure-FET changes with the capture of the target biomo

31 The Flexure-FET is configured to operate such that the gate

32 inear operating mode, the sensitivity (S) of Flexure-FET with respect to the captured molecule densit

33 itis who had disease proximal to the splenic flexure for at least 8 years were reviewed.

34 observed uplift matches well with predicted flexure from a simple elastic model of current rates of

35 from rectum, sigmoid colon and left colonic flexure from twenty patients with active proctosigmoidit

36 patients with SSA/P proximal to the splenic flexure had the highest risk for CRC (OR, 12.42; 95% CI,

37 DNA constructs with precisely localized flexure have been used to investigate the special repert

38 Lesions were located at the hepatic flexure in 4 patients (36%), cecum and ascending colon (

39 wk, hygroscopic expansion compensated cuspal flexure in a compomer (Compoglass) and reduced flexure w

40 radial cracking in the veneer, from enhanced flexure in occlusal loading, as well as in the core.

41 mplication of these results for required DNA flexure in TFIIIC-mediated TFIIIB-DNA complex formation

42 luation of the colon proximal to the splenic flexure in this cohort yielded eight small and two large

43 Branch points and flexures in the high pressure arterial system have long

44 lusal surface fracture, but less harmful for flexure-induced cementation surface fracture of brittle

45 treatment of colon cancer located in splenic flexure is not standardized.

46 resses from volcano loading and lithospheric flexure may also contribute.

47 with an optical scanner to determine cuspal flexure (n= 8).

48 nit, like the delta-subunit, has a region of flexure near the middle of M2, that the two alpha-subuni

49 ventral to the hypothalamus, as the cephalic flexure occurs and the jaws and mouth form.

50 esponse to Ca(2+) removal owing to increased flexure of Ca(2+)-free cadherin repeats.

51 We show that the upward flexure of the lithosphere caused by unloading from rive

52 cementation surface, from occlusally induced flexure of the stiffer ceramic layer(s) on the softer de

53 ate at the cementation surface with repeated flexure of the stiffer crown layers on the soft dentin s

54 ial inflammation involving branch points and flexures of the aorta and its primary and secondary bran

55 ising in the cecum, ascending colon, hepatic flexure, or transverse colon.

56 vs appendix, cecum, ascending colon, hepatic flexure, or transverse colon.

57 vs appendix, cecum, ascending colon, hepatic flexure, or transverse colon.

58 DNA flexure precisely localized to the sites of TBP-mediated

59 ctober 2005 to May 2014 laparoscopic splenic flexure resection was performed in 23 patients.

60 rom patients undergoing laparoscopic splenic flexure resection were analyzed to assess oncological sa

61 After 1 d, cuspal flexure reversed to +5.0 microm cuspal expansion with th

62 After flexure, segment morphogenesis and organogenesis proceed

63 In this article, we propose a Flexure-FET (flexure sensitive field effect transistor) ultrasensitiv

64 l, cyclic loading, and mixed-mode loading on flexure strength and fracture toughness.

65 The flexure strength of each specimen was determined by mean

66 Moreover, mechanical flexure testing demonstrated decreased effective stiffne

67 from 0 to 250 +/- 20 microm before bi-axial flexure testing.

68 /- 20 microm of each resin prior to bi-axial flexure testing.

69 m end of the 8 bp TBP site may provide a DNA flexure that promotes TFIIIB-DNA complex formation.

70 s indicated that CREB was able to induce DNA flexure upon binding to each of these elements.

71 phological characteristics of hindlimbs: the flexure was altered to that normally observed in legs, t

72 which 10 (52.6%) were distal to the splenic flexure, were found in 16 persons (1.3%).

73 y before the dramatic movements of germ band flexure, when the left and right halves of the embryo se

74 Such a transition involves ligand flexure, which causes gear-like correlated chiral rotati

75 exure in a compomer (Compoglass) and reduced flexure with Dyract and resin-based composite.

76 ietal thickening of the colon at the splenic flexure with pneumatosis and signs of perforation.

77 Cuspal flexure with the RMGI restoration was significantly less