ライフサイエンスコーパス: cell composition

1 utational load as well as stromal and immune cell composition.

2 d "shotgun" cellular coverage of its somatic cell composition.

3 dden confounding variation, most importantly cell composition.

4 rom blood samples suffer from variability of cell composition.

5 odels of aging that are independent of blood cell composition.

6 pe of the discharge profile as a function of cell composition.

7 ides a deeper and more complete knowledge of cell composition.

8 erences in T-cell activation or peripheral T-cell composition.

9 ates might be simply the result of a changed cell composition.

10 and often provide obscure information on the cell composition.

11 be tuned using electromechanical stimuli and cell composition.

12 , the strength of which depends on the local cell composition.

13 stitial pattern of infiltrates with variable cell composition.

14 fluorescence-activated cell sorting assessed cell composition.

15 finity tags, or a priori knowledge of target cell composition.

16 ailable and compared them with the estimated cell compositions.

17 Estimates of cell composition across the samples in the training set

18 Alterations in B cell composition after CHMI closely resembled those obse

19 Cell composition also changed significantly, with increa

20 This may allow for cell composition analysis and dosing to optimize the ben

21 These tissues recapitulate much of the cell composition and architecture of the in vivo organ f

22 Immunohistochemical stainings showed altered cell composition and architecture of the thymic medulla

23 analysis of whole, nondissociated islets for cell composition and beta-cell apoptosis using laser sca

24 However, the CNS inflammatory cell composition and CD8(+) T-cell effector functions we

25 d methacholine, bronchoalveolar lavage fluid cell composition and cytokine levels, and lung inflammat

26 tumor models within 24 h; (2) control tumor cell composition and density; (3) accurately mimic the i

27 tions to comprehensively identify the immune cell composition and function in NSCLC.

28 Therefore, the exact cell composition and function of IAHCs remain unclear to

29 tissues from the same specimen with similar cell composition and histology are used as control and e

30 equencing (scRNA-seq) to dissect and compare cell composition and progenitor-to-neuron lineage relati

31 ineering strategies can be used to steer the cell composition and their 3D organization within organo

32 CB and peripheral blood (PB) have different cell compositions and characteristics, it was hypothesiz

33 d we measured islet amyloid, islet endocrine cell composition, and beta-cell function.

34 ly increased perinatal apoptosis, altered DG cell composition, and impaired learning and memory.

35 We corrected for demographics, cell composition, and multiple testing (Benjamini-Hochbe

36 al blood and urine chemistries, normal blood-cell composition, and no overt behavioral and neuromuscu

37 ters such as percent beta-cell apoptosis and cell composition are found to vary markedly between diff

38 Together, our data identify differences in cell composition, as well as profoundly lower functional

39 tion, the effects of BMSC treatment on blood cell composition, brain glia and sensorimotor behavior w

40 = 25) of vitamin D3 were analyzed for immune cell composition by flow cytometry, Toll-like receptor (

41 The many other changes in host cell composition do not appear be used as triggers.

42 The substantial changes in cell composition during S-cell differentiation indicate

43 creasing interest in methods that adjust for cell composition effects when reference sets are incompl

44 notypic associations with DNA methylation by cell composition effects.

45 The impact of cell-composition effects in analysis of DNA methylation

46 itulating tissue ECM composition and stromal cell composition enhanced cancer cell invasion.

47 apparent effects arising from differences in cell composition) from those that are not cell mediated,

48 The immune cell composition had stabilized at the scaffold after ap

49 To test this hypothesis, we examined islet cell composition in a streptozotocin (STZ)-induced diabe

50 ous studies have noted the increase of alpha-cell composition in diabetes patients and in animal mode

51 The inflammatory cell composition in IL-10(-/-) mice was altered in those

52 Because of alterations in adipose tissue T-cell composition in obesity, we aimed to identify the an

53 (T2DM) on BM microvascular and hematopoietic cell composition in patients without vascular complicati

54 tometry, morphine did not alter the lymphoid cell composition in PPs compared with placebo.

55 t focal infiltrates were of similar size and cell composition in the two groups but that more parasit

56 ely to account for the distinct inflammatory cell composition in uveitic eyes of WT and GKO mice.

57 lso produced rapid alterations in host blood cell composition, increasing both neutrophil and total w

58 The results show that the immune cell composition is fundamentally different in lung aden

59 We propose that proper LR cell composition is necessary for normal morphogenesis,

60 We systematically investigated cell composition, matrix, and media conditions to genera

61 ALK4 signaling, hearts contained variable LR cell composition, not only compared with controls but al

62 ffects in blood may reflect changes in blood cell composition (notably exhausted cytotoxic T cells),

63 of islet preparations, we found a mean islet cell composition of 54.5%+/-1.2% insulin-positive, 33.9%

64 ll interactions, knowing the specific immune cell composition of a solid tumour may be essential to p

65 The treatments altered the immune cell composition of adipose tissue in obese mice.

66 oduce CIBERSORT, a method for characterizing cell composition of complex tissues from their gene expr

67 The mean T cell composition of cultures increased from approximatel

68 The cell composition of early hepatic lesions of experimenta

69 The endocrine cell composition of the beta-cell-enriched aggregates re

70 s study has identified differences in immune cell composition of the diagnostic FL lymph node immune

71 ell injury in acute GVHD and indicate that T-cell composition of the donor marrow inoculum may influe

72 The altered immune cell composition of the female peritoneum is controlled

73 The heterogeneous cell composition of the intradural compartment allows th

74 essential in generating the correct size and cell composition of the neocortex.

75 onal changes in the transcriptome and immune cell composition of the spleen, consistent with reduced

76 adenocarcinoma (ADCA) exhibit unique immune cell composition of the tumor microenvironment.

77 We then determined the impact of cell composition on ECT structural and functional proper

78 for assessing beta-cell apoptosis and islet cell composition on serial sections of intact isolated i

79 we show that preserved muscle integrity and cell composition prior to the injury is necessary for th

80 (HM450)) and flow cytometry measurements of cell composition revealed an optimized library comprised

81 diabetic mice revealed an altered endocrine cell composition that is consistent with a prominent and

82 In simulation studies, adjustments for cell composition using the IDOL library resulted in unif

83 This alteration in immune cell composition was accompanied by the formation of ter

84 Cell composition was determined for 41 sensory clones, m

85 To mimic cardiac cell composition, we reseeded these constructs with card

86 nally, for methods not explicitly estimating cell compositions, we evaluated their performance using

87 ic infiltrates associated with a high plasma cell composition, which was different from the predomina

88 were marked changes in BAL and interstitial-cell composition with increased number of polymorphonucl