ライフサイエンスコーパス: body tissue

1 in glioblastoma relative to normal brain (or body tissues).

2 nal cavities, pleura, and pericardium, or in body tissue.

3 lectric field dissipates too much power into body tissues.

4 the seepage of fatty acid from decaying soft body tissues.

5 on-based remineralization of hypomineralized body tissues.

6 omise as antiscarring agents in a variety of body tissues.

7 animals, and promotes their adsorption into body tissues.

8 or interactions of adipose tissue with other body tissues.

9 olic acid, which does not occur naturally in body tissues.

10 fferent from that induced in the rest of the body tissues.

11 d deposition as fibrillar amyloid in various body tissues.

12 ence of betaB1-crystallin RNA in the ciliary body tissues.

13 e and higher in liver and bone than in other body tissues.

14 V-1 cells and in nonmitotic cells in various body tissues.

15 n the adult brain and can be detected within body tissues.

16 ially affect the distribution of IGF-1 among body tissues.

17 luding mRNAs localized to brain-proximal fat-body tissue and brain courtship centers.

18 s well as TIMP-1 to -4 were found in ciliary body tissue and CBSM cells.

19 the mRNA of MMPs and TIMPs in human ciliary body tissue and explant cultures of ciliary body smooth

20 exhibits a broad tropism and persistence in body tissues and fluids, which contributes to the clinic

21 ele is associated with lower ACE activity in body tissues and increased response to some aspects of p

22 is present in both pericardial cell and fat body tissues and is expressed in each larval instar.

23 orresponding sites of tumor origin and other body tissues and organs.

24 we examined the levels of murine Matrin 3 in body tissues and regions of the central nervous system (

25 at some plant phenolics appear in plasma and body tissues and, thus, may be important nutritional ant

26 After sacrifice, body, tissue and organ masses, muscle histology, in vitr

27 from central neuronal cells to non-neuronal body tissues, and suggest that the ASI neurons mediate d

28 At D16, insulin resistance at whole-body, tissue, and molecular levels will favor fetal gluc

29 xamerin genes are primarily expressed in fat body tissue, but only Hex-2 expression is substantially

30 ally absent in normal colon and other normal body tissues, but that is induced an average of 78-fold

31 ere determined in systemic plasma, aggregate body tissue, cardiac tissue, tumor plasma, tumor interst

32 specific takeout transcripts derive from fat body tissue closely associated with the adult brain and

33 cant inhibition of Vg expression in both fat-body tissue culture and blood-fed mosquitoes.

34 Body tissues differ in their concentrations of ascorbic

35 Since upper-body tissue distribution indicates disease risk, the aut

36 An increased dR45 predicts an upper-body tissue distribution originating before the midpoint

37 inute to propel 8000 liters of blood through body tissues each day.

38 ys the vital role of delivering nutrients to body tissues, few data are available concerning the rela

39 ewed supports the assumption that protecting body tissues from oxidative damage with daily ingestion

40 Two P[Switch] lines were used to ablate fat body tissue in adult females through the induced express

41 Newly absorbed copper is transported to body tissues in two phases, borne primarily by plasma pr

42 ood flow to the hind-limb muscles, and other body tissues, in guinea fowl (Numida meleagris) at rest,

43 s present in the extracellular matrix of all body tissues, including synovial fluid in joints, in whi

44 phism of the relative investment in mushroom body tissue is observed only in Apis.

45 Although hypoxia (lack of oxygen in body tissues) is perhaps the most physiological inducer

46 intracellular enzyme present in most of all body tissues, is indicative of several pathological cond

47 e lower-chlorinated congener-enriched vapor, body tissues mainly contained tri- to hexachlorobiphenyl

48 had a total body mass of 26.0 kg and a total body tissue mass (exclusive of wall organ content) of 24

49 genotype, as a marker of low ACE activity in body tissues, may conserve a positive energy balance dur

50 t the ability to regulate toxic compounds in body tissues might depend on temperature conditions.

51 n, defensin, and diptericin, from tsetse fat body tissue obtained by subtractive cloning after immune

52 GS transcription observed in midgut and fat body tissues of female mosquitoes following a blood meal

53 med from carbon sourced in the decaying soft body tissues of non-skeletal organisms with otherwise lo

54 gested microspheres were retained within the body tissues of the crabs for up to 14 days following in

55 e the concentration of dissolved O(2) in the body tissues or biological fluids is very low compared t

56 Female deer mostly synthesized lean body tissue over summer and committed post-winter fat re

57 re detected and imaged in 20 mum-thick whole-body tissue sections at a spatial resolution of 12 mum p

58 vidual metabolite distributions within whole-body tissue sections can be detected simultaneously at v

59 r that is met by cholecalciferol reserves in body tissue stores.

60 Body tissue surrounding the moving blood is never excite

61 biological sex of humans of any age using a body tissue that is difficult to cross-contaminate and i

62 A body tissue that is easy to access is the buccal mucosa

63 e of the H(2)O(2) present in the solution or body tissue to increase the level of the dissolved O(2).

64 se cellular processes in both midgut and fat body tissues triggered by DvSnf7 RNAi were the main effe

65 study, cartilage was compared with ten other body tissues using a two color array experimental design

66 e expression between bacteriocytes and other body tissues using RNA sequencing and pathway analysis a

67 The remaining body tissue was also collected at each time for comparis

68 Ciliary body tissue was found in the transitioning zone.

69 Ciliary body tissue was identified in the anterior portion of le

70 5.8% IFBFat, 33 kg IFFFBMass); however, lean body tissue was spared at the expense of lipid reserves.

71 o investigate CRY expression and function in body tissues, we generated a GFP-tagged-cry transgene th

72 d regions of the cornea and the iris/ciliary body tissue were time dependent and maximum levels achie

73 from microdissected eye bank ocular ciliary body tissue were used to identify the corresponding ANCA

74 n and its isoforms are widely distributed in body tissues where they may participate in signal transd

75 ve M. sexta juvenile hormone esterase in fat body tissue, where the enzyme is synthesized.

76 are strategically positioned throughout the body tissues, where they ingest and degrade dead cells,

77 (NSSI), the deliberate destruction of one's body tissue without suicidal intent, is a significant is