ライフサイエンスコーパス: terminal stage

1 and was 30-fold above control levels at the terminal stage.

2 p53 or INK4a mutations upon progression to a terminal stage.

3 r myelin mutants, were not obvious until the terminal stage.

4 wn about SMG cell differentiation during the terminal stages.

5 ive, involving the entire cerebral mantle in terminal stages.

6 Most motor neurons do not die until the terminal stage, approximately 9 weeks after disease onse

7 stic technology, roughly 80% of cases are in terminal stages at the time of diagnosis, and a large pr

8 At terminal stages, CPD-PCR tissue surveys showed leukemic

9 oplasts contain both OspA and OspB and are a terminal stage in the bactericidal process induced by Fa

10 Leaf senescence is the terminal stage in the development of perennial plants.

11 ur studies suggest that TIG3 facilitates the terminal stages in keratinocyte differentiation via acti

12 10,000-fold difference between SY and FU at terminal stages, indicating that PrP-res content does no

13 of congenic BALB/c.lambdaLIZ N5 mice in the terminal stage of a plasmacytoma induction experiment, 2

14 The terminal stage of B cell differentiation culminates in t

15 the signaling receptor Notch2 controlled the terminal stage of cDC differentiation.

16 e mutants of CENP-A result in a delay at the terminal stage of cytokinesis (cell separation).

17 also facilitates the membrane fusion at the terminal stage of cytokinesis by controlling the localiz

18 At the terminal stage of cytokinesis, Cep55 is required for the

19 During the terminal stage of cytokinesis, different subregions of t

20 entrosome-related abscission site during the terminal stage of cytokinesis, implicating RalA as a cri

21 midbody structure and membrane fusion at the terminal stage of cytokinesis.

22 t direct activation of genes involved in the terminal stage of differentiation may cause neuronal dif

23 nally impaired and rapidly transition into a terminal stage of differentiation.

24 that releases platelets when it reaches its terminal stage of differentiation.

25 ns in approximately 130 days and reached the terminal stage of disease in approximately 150 days.

26 fected with the HY TME agent that are in the terminal stage of disease.

27 ing 5 showing full maturation through to the terminal stage of Hassall body formation.

28 381 +/- 359 pg/ml) and SIV(+) animals at the terminal stage of infection (2,019 +/- 507 pg/ml).

29 At the terminal stage of infection, TNF-alpha and IFN-gamma tra

30 ed in plasma from toxemic animals during the terminal stage of infection.

31 Proplatelet production represents a terminal stage of megakaryocyte development during which

32 nge alcohol accentuates loss of body mass at terminal stage of simian immunodeficiency virus (SIV) in

33 icles (PSVs) with the plasma membrane at the terminal stage of spore differentiation in Dictyostelium

34 mation of the membrane attack complex at the terminal stage of the complement activation cascades via

35 levels of human CD59, a CRP that acts at the terminal stage of the complement cascade, we present evi

36 an enzyme required for ATP generation in the terminal stage of the glycolytic pathway.

37 a transcriptional repressor that acts at the terminal stage of the neuronal differentiation pathway a

38 Regulation of the terminal stage of viral DNA development, DNA packaging,

39 eed conditions that mark the initial and the terminal stages of a given differentiation pathway and c

40 During the terminal stages of AIDS, Mycobacterium avium complex (MA

41 nd 28 animals infected with SIVmac251 at the terminal stages of AIDS.

42 and activate linker DNA cleavage during the terminal stages of apoptosis.

43 associates with parental macronuclei during terminal stages of apoptosis.

44 pendent T cells are required for all but the terminal stages of autoimmune diabetes development.

45 are a set of enzymes that participate in the terminal stages of bacterial peptidoglycan assembly.

46 were used to characterize progression of the terminal stages of Caulobacter crescentus cell division.

47 ation and cell differentiation and drive the terminal stages of cell death.

48 (CTBs) revealed that HCMV infection impedes terminal stages of differentiation and invasion by vario

49 trations decreased to undetectable levels at terminal stages of disease in animals that succumbed to

50 eatic enzymes stimulated tumor growth in the terminal stages of disease progression in KIC mice.

51 rain tissues, edema was detected only at the terminal stages of disease, likely caused by the leakage

52 tant Emu-Myc tumours at both 4 weeks and the terminal stages of disease.

53 dothelium remained relatively intact even at terminal stages of disease.

54 the nucleosome over the phas promoter during terminal stages of embryogenesis.

55 rized and is believed to be critical for the terminal stages of erythroid differentiation, but the ad

56 proliferation to differentiation during the terminal stages of erythropoiesis is a tightly controlle

57 nitors, Cbfbeta was not expressed during the terminal stages of erythropoiesis.

58 hosphatase inhibitor okadaic acid during the terminal stages of expression to create a hyperphosphory

59 hen microtubules are disassembled during the terminal stages of G(2).

60 orter to hydrolyze Glc-6-P to glucose in the terminal stages of glycogenolysis and gluconeogenesis.

61 bits a selective role being required for the terminal stages of granulocyte development but is dispen

62 p16 up-regulation is a key event in the terminal stages of growth arrest in senescence, which ma

63 cell death (apoptosis) is implicated in the terminal stages of heart failure is not known.

64 uent reason for sedation was delirium in the terminal stages of illness (median, 57.1%; range, 13.8%

65 ted rhesus macaques, at the asymptomatic and terminal stages of infection, were cultured in ethanol 2

66 nce of spontaneous diabetes, 5) arrested the terminal stages of islet cell destruction, and 6) disrup

67 correlates with events occurring during the terminal stages of keratinocyte differentiation.

68 d rv2623 transcription increased only at the terminal stages of lung pathology.

69 provide an understanding of tumor growth at terminal stages of malignancy, they do not address tumor

70 ptors may have a specific role in regulating terminal stages of myelination, such as myelin membrane

71 iferation leading to astrogliosis during the terminal stages of neurodegeneration in Sandhoff disease

72 The terminal stages of neuronal degeneration and death in ne

73 hat receptor expression is restricted to the terminal stages of olfactory neuron differentiation, and

74 cruited to complexes at the promoters during terminal stages of osteoclast differentiation.

75 s monkeys with neural deficits modelling the terminal stages of Parkinson's disease.

76 d that PilQ and PilC may interact during the terminal stages of pilus biogenesis.

77 e megakaryocytes resulted in a defect in the terminal stages of platelet production and had a mild ef

78 ression during embryogenesis compromises the terminal stages of primary T and B lymphopoiesis.

79 for internucleosomal DNA cleavage during the terminal stages of programmed cell death.

80 The terminal stages of pulmonary development, called saccula

81 The terminal stages of secretion (>300 s) consisted primaril

82 Furthermore, when animals in the terminal stages of SIV infection (with AIDS) were examin

83 pid phosphatase, which may contribute to the terminal stages of spermatocyte differentiation.

84 istinct transcriptional cascades involved in terminal stages of synapse maturation.

85 expression patterns between the initial and terminal stages of the differentiation pathway, coupled

86 The paradox is that with the exception of terminal stages of the disease or chemotherapy treatment

87 n post-menopausal patients with advanced and terminal stages of the disease.

88 ed metal enrichment events coincide with the terminal stages of Tiwanaku culture (1000 to 1200 A.D.)

89 We mapped the topography of a terminal stage-specific chromatin-condensing protein, ME

90 ficult to identify by analyzing cells within terminal stage tumors, whose identity could be concealed

91 nd retinal pigment epithelium in all but the terminal stages, when subtle changes were noted within t

92 of non-GABAergic to GABAergic neurons in the terminal stages, which implies that non-GABAergic neuron