ライフサイエンスコーパス: chin

1 binge-level exposure in the first trimester (chin).

2 cording of swallowing electromyograms on the chin.

3 submandibular "whisker trident" on the rat's chin.

4 ep set eyes, low hanging columella and small chin.

5 dge, square dental arch and broad, prominent chin.

6 e browridge, a canine fossa and a pronounced chin.

7 CHIN-1 and KPC-1 function noncanonically, in glia and pi

8 shown previously), such that either PAR-1 or CHIN-1 can prevent recruitment of PAR-6/PKC-3, but loss

9 Ultrasensitive dependence of CHIN-1 cluster growth on PAR-6/PKC-3 endows this core ci

10 t with bistable dynamics, while transport of CHIN-1 clusters by cortical flow can stabilize the AP bo

11 y) and inhibits local growth/accumulation of CHIN-1 clusters.

12 Genetic studies placed CHIN-1 in a novel regulatory loop, parallel to loop desc

13 local accumulation of PAR-3 oligomers, while CHIN-1 inhibits CDC-42 (shown previously), such that eit

14 CHIN-1 restricted NMY-2 recruitment to the anterior duri

15 was required for robust activation, whereas CHIN-1 restricted the spatial extent of CDC-42 activity.

16 We further identify a Chimaerin (CHIN-1)- Furin (KPC-1) double-mutant that severely disru

17 e other involves CDC-42 and its putative GAP CHIN-1.

18 dundant pathway that includes the CDC-42 GAP CHIN-1.

19 P]) regulator of CDC-42 activity: CGEF-1 and CHIN-1.

20 tardation (92%), growth delay (85%), pointed chin (80%), eye/vision problems (75%), seizures (72%), f

21 Dimethylesculetin, a compound present in Yin Chin, activates CAR in primary hepatocytes from both WT

22 Their mean chin advancement was 10.19 mm.

23 f the water during which the eel presses its chin against a threatening conductor while discharging h

24 Ricin A-chin and alpha-sarcin are ribotoxins that inactivate euk

25 resemble disruptive camouflage, whereas the chin and jugal bosses on the face appear dark.

26 y spaced surrounding sensory surfaces (e.g., chin and upper arm).

27 ted ATPase catalytic efficiency induced by 5-CHInd and its effect on drug efflux.

28 osure in the first trimester (eyes, midface, chin, and parietal region), and binge-level exposure in

29 Its highly mobile chin appendage, the Schnauzenorgan, is rich in electrore

30 Yin Zhi Huang, a decoction of Yin Chin (Artemisia capillaris) and three other herbs, is wi

31 oside, 5-cyclohexylindolyl-2'-deoxyribose (5-CHInd), behaves as a P-gp inhibitor.

32 ation of the nose, upper lip, lower lip, and chin caused a somatotopic lateral-to-medial, ipsilateral

33 In addition, 5-CHInd differentially modulates MDR by decreasing or incr

34 Although 5-CHInd displays variable activity in modulating the efflu

35 randomly assigned to drink all liquids in a chin-down posture (n = 259) or to drink nectar-thick (n

36 ence of pneumonia was 0.098 and 0.116 in the chin-down posture and thickened-liquid groups, respectiv

37 Future investigation of chin-down posture combined with nectar-thick liquid may

38 thickened liquids than those assigned to the chin-down posture intervention had dehydration (6% vs. 2

39 eractions were investigated noninvasively by chin electromyography, cervical piezoelectric sensor, an

40 ation about the internal and external (hair, chin, face outline) features of familiar and unfamiliar

41 incisor, ipsilateral lower incisor, tongue, chin, gums, and buccal pad.

42 ied to the upper lip (glabrous skin) and the chin (hairy skin).

43 graft, including mandible, cheeks, lips, and chin, in November 2009.

44 cale somatotopic reorganization due to which chin inputs expand into the deafferented hand region.

45 eorganization results in expansion of intact chin inputs, which reactivate neurons in the deafferente

46 fibrocartilage structure branching from the chin into the ventral groove blubber.

47 Although 5-CHInd is an adenosine analogue that should block the bin

48 However, 5-CHInd is not an exportable substrate for P-gp as it is n

49 The paradoxical behavior of 5-CHInd is rationalized within the context of contemporary

50 s wavelet-like tight frame is the pushout to chin,k, via the smooth local coordinates of Gn,k, of an

51 wavelet-like tight frame on the X-ray bundle chin,k-the fiber bundle having the Grassman manifold Gn,

52 f by an appropriate wavelet-like system for chin,k.

53 nt of certain individuals with ALS.-Lam, L., Chin, L., Halder, R.

54 In area 3b, the face was represented from chin/lower lip to upper lip and neck/upper face in a ros

55 The facial transplantation included nose, chin, part of cheeks, and lips.

56 correspond to the upper face, upper lip, and chin plus lower lip, whereas three or four more rostral

57 eme anterior ectoderm and corresponds to the chin primordium of mammals.

58 tions, identified SNPs in 2q12 associated to chin protrusion, and replicated the reported association

59 Consistent with the effect of EDAR on chin protrusion, we documented alterations of mandible l

60 Along with vibrissae on the chin, providing tactile prey sensation, this organ provi

61 l lesions of the dorsal columns and expanded chin representation, connections across the hand-face bo

62 Bite bar and chin rest data were almost identical.

63 A chin rest or a supplemental bite bar attachment was used

64 A compact chin-rest-based OCT/confocal imaging system was used to

65 rier functions analysis was used to quantify chin shape, and principle components analysis was used t

66 xamining patterns of geographic variation in chin shape.

67 nt geographic differences in male and female chin shape.

68 less sensitive than females for cool at the chin site, for touch, and for sour taste.

69 ovides greater accuracy in repositioning the chin than traditional intraoperative measurements, and t

70 shes, wide nose, wide mouth, and a prominent chin) that is distinct from characteristics of individua

71 eased from a specialized gland on the male's chin (the mental gland).

72 Five older subjects performed head rotation (chin to chest) in the lateral decubitus position, which

73 bit syndrome, paroxysmal tremors (hereditary chin tremor, bilateral high-frequency synchronous discha

74 identify modules related to the buccal pad, chin, vibrissae, forelimb, hindlimb, trunk, tongue, lowe

75 Linear and angular differences for the chin was measured and reported using root mean square de