ライフサイエンスコーパス: belly

1 eep in their mind coexistent troubles in the belly.

2 fect during development evidenced by a white belly.

3 surround a substantial portion of the muscle belly.

4 % decrease in total fibers at the muscle mid-belly.

5 ulted from the broad insertion of the muscle belly.

6 ophy of the adjacent superior oblique muscle belly.

7 e ventral coloration distinguishes the light-bellied agouti (AW) from the agouti (A) allele, and is c

8 All eom bellies and tendons exhibited substantial compartmental

9 raphy and CT scanning reveal enlarged muscle bellies and thickened tendons, with low internal reflect

10 tion of coat color and white spotting of the belly and extremities, suggesting a developmental mutati

11 der of the sheath insinuates into the muscle belly and its anterior aspect blends into the sides of t

12 d from slightly concave to convex across the belly, and flattened toward the free edge.

13 et recognition, including Sec15, DLAR, Jelly belly, and PTP69D.

14 us, turned from concave to convex across the belly, and was convex along the free edge.

15 d immunoreactivity within the healthy muscle belly, any detectable immunoreactivity for Xin was indic

16 vex near both commissures and concave at the belly at maximal valve opening.

17 cave near both commissures and convex at the belly at midsystole but convex near both commissures and

18 different sites along and across the muscle belly at rest and during maximum voluntary contraction (

19 ent of the embryonic dorsal/ventral (back-to-belly) axis in pre-gastrula embryos and allowed the assi

20 e of the AML along the M(CC) flips, with the belly being convex to the left atrium at midsystole and

21 generally present in the contour feathers of belly, breast, or legs in Pitohui dichrous, Pitohui kirh

22 graphy of a long-distance migrant, the light-bellied Brent goose (Branta bernicla hrota).

23 In this study we tested nine Florida Red-bellied Cooters (Pseudemys nelsoni) on their retention f

24 nted beneath the superior rectus muscle (SR) belly in anesthetized adult rabbits.

25 We show in Drosophila that secreted Jelly belly (Jeb) and its receptor tyrosine kinase Anaplastic

26 The secreted protein Jelly belly (Jeb) is required for an essential signalling even

27 We demonstrate that Alk and its ligand Jelly belly (Jeb) play a central role as an anterograde signal

28 We show that Jelly belly (Jeb) produced by R1-R6 axons interacts with its r

29 ase signaling during NR as its ligand, Jelly belly (Jeb), is constitutively expressed from a glial ce

30 We identified a novel gene, jelly belly (jeb), which is required for visceral mesoderm dev

31 acterize the retinal photoreceptors of spine-bellied (Lapemis curtus) and horned (Acalyptophis peroni

32 ving cooperative species of primate, the red-bellied lemur (Eulemur rubriventer).

33 Red-bellied lemurs were found to have gut microbiota with sl

34 bladder malformation associated with a prune-belly-like syndrome, defining an isolated gene defect un

35 The yellow-bellied marmot (Marmota flaviventris) is a social, groun

36 ta set from a hibernating mammal (the yellow-bellied marmot) inhabiting a dynamic subalpine habitat.

37 ong-term study of individually marked yellow-bellied marmots (Marmota flaviventris) and documented th

38 imate change on hibernation behavior; yellow-bellied marmots are emerging 38 days earlier than 23 yea

39 echniques were used to isolate the extrinsic bellies of the styloglossus and hyoglossus muscles from

40 defects, and they have short tails and white belly patches of variable size.

41 he AML along the M(SL) is similar across the belly region at midsystole and early diastole, the CC cu

42 expression and was more abundant in the mid-belly region in both the orbital and global layers.

43 2A-MyHC fibres, which are excluded from mid-belly region in wild-type mice, dominated the orbital la

44 populated the outer global layer in the mid-belly region of the Pitx2(Deltaflox/Deltaflox) mice.

45 a number of temperatures, olive oil, and the belly skin of Rana catesbeiana.

46 tested the effect of the small Steel grizzle-belly (Slgb) deletion on TGCT susceptibility to determin

47 ch activated a distinct region of the muscle belly, so that each primary nerve branch and the muscle

48 Mutanlallemand (mtl) and Belly Spot and Deafness (bsd) are two new spontaneous al

49 Heterozygous KitlSl-20J mice display a white belly spot and intercrossing results in an embryonic let

50 Belly spot and tail (Bst) is a semidominant mouse mutati

51 The Belly spot and tail (Bst) semidominant mutation, mapped

52 The autosomal semidominant mutation Bst (belly spot and tail) is often associated with small and

53 ackground, produces in heterozygotes a white belly spot with 100% penetrance and very few other anoma

54 0 KO mice that survive birth exhibit a white belly spot, all have persistent fetal vasculature in the

55 eterozygous Pax3(Cre/+) mice display a white belly spot, as do Splotch heterozygotes.

56 the cervical region, as well as a very large belly spot.

57 le, and 32.1% are nonpenetrant for the white belly spot.

58 etermines the presence and size of the white belly spot.

59 at reduced proliferation is the cause of the belly spots in Kit mutants.

60 Depigmented 'belly spots' in mice with mutations in the receptor tyro

61 tion of diffuse clones, chimeric stripes and belly spots.

62 yperactivity, abnormal gait, deafness, white belly spotting, and hypoplasia of Mullerian duct derivat

63 intensity and shadow striping), and between belly stripe number and tsetse fly distribution, several

64 roles for residues in the tail, backbone and belly subunits of Cascade that are critical for binding

65 Here, we tested whether white-bellied sunbirds (Cinnyris talatala), foraging from an a

66 uded posterior urethral valves (n=13), prune belly syndrome (n=4), meningomyelocele (n=2), and urogen

67 to determine the long-term sequelae of prune belly syndrome (PBS) and whether the absence of abdomina

68 Prune Belly Syndrome (PBS) is a rare entity, usually found in

69 l wall laxity are classified as Pseudo Prune Belly syndrome (PPBS).

70 g features were consistent with pseudo prune belly syndrome (PPBS).

71 Final diagnoses included prune belly syndrome (seven cases), posterior urethral valves

72 tting in mice, with a lack of pigment on the belly, tail tip, and paws.

73 n the defensive skin secretion of the yellow-bellied toad, Bombina variegata.

74 Stacking on a full belly: Triangular molecular prisms display electron shar

75 gitorum profundus (FDP) consists of a muscle belly with four neuromuscular regions and a complex inse