ライフサイエンスコーパス: body region

1 found throughout but not outside the LC cell body region.

2 roblast QL as it migrates into the posterior body region.

3 d Injury Score of 2 or greater in at least 1 body region.

4 latworms capable of regenerating any missing body region.

5 th significantly fewer terminals in the cell body region.

6 a non-contrast-enhanced CT scan of the same body region.

7 rict access of RNA to the active site in the body region.

8 rtened intersomitic vessels in the posterior body region.

9 genes necessary for differentiation of each body region.

10 in core areas and increases it in peripheral body regions.

11 of dopamine release in the striatum and cell body regions.

12 ivide the embryo into increasingly specified body regions.

13 sion, Injury Severity Score, and AIS for all body regions.

14 resentative lesion in each of the 6 separate body regions.

15 anism underlying the development of specific body regions.

16 eins regulate neuronal polarity in different body regions.

17 with CRM expression in middle and posterior body regions.

18 oforms were similar in the neuropil and cell body regions.

19 dren in seat belts alone had injuries to all body regions.

20 fate of other epidermal cells in distinct AP body regions.

21 orders by comparing epidermis from different body regions.

22 ' UTR and positive correlations in the gene 'Body' region.

23 in distinct patterns in the three segmented body regions (A, B, and C) of Chaetopterus.

24 Whether the body region affected when this type of dystonia first pr

25 ate similar cell fate decisions in different body regions along the C. elegans AP body axis.

26 For those in the ciliary body region, an additional feature was the ultrasonograp

27 the LIC colocalizes with cDHC1b in the basal body region and along the length of flagella in wild-typ

28 is direction have been limited to peripheral body region and little is known about the potential biom

29 ity reflected an interaction between visible body region and scene layout.

30 Studies were categorized by body region and type of examination.

31 For some body regions and cell types (e.g., abdomen) the inturned

32 ssible to quantify muscle volume in selected body regions and measure wasting and exercise-induced mu

33 ates a pattern of cuticular alae in anterior body regions and neural sensilla called rays in the post

34 ces radiation dose across most, but not all, body regions and types of CT examinations.

35 tump and hindlimb, 30% responsive to another body region, and 10% unresponsive.

36 or the initial anterior migration to the mid-body region, and a gonad-dependent mechanism required fo

37 ocalized HA-tagged Kar3p to the spindle pole body region, and fittingly, Kar3p was not detected by la

38 res, most notably the midbrain dopamine cell body region, and remains present in this area for at lea

39 ate mRNA expression among termite castes and body regions, and changes in response to light-dark cond

40 dmission, Injury Severity Score, AIS for all body regions, and presence of anemia with patients who d

41 egulate horn expression in a species-, sex-, body region-, and body size-dependent manner.

42 In long germband insects, all of the body regions are specified by the blastoderm stage.

43 ermband insects where only the most anterior body regions are specified by the blastoderm stage.

44 Further projections to the mammillary body region arose from cells in the anterior tegmental n

45 ects was significantly reduced over the cell body region as well as the peri-LC dendritic zone.

46 arly in the caudal portion of the A(11) cell body region, as determined by retrograde tract tracing a

47 this patient are not confined to a specific body region, as seen in "segmental" NF, and since both m

48 rom baseline in Total Skin Score (TSS) of 10 body regions at week 12.

49 fic to the patient, tracer, PET scanner, and body region being scanned.

50 able for dedicated CT procedures on selected body regions, but similar reference levels for whole-bod

51 8)F-FDG tissue influx rate (Ki) in the whole-body region by using the Patlak method.

52 on is restricted to the anterior and central body regions by Hox gene activity.

53 eractions between dendrites outside the cell body region can account for synchronous activity within

54 ndividual onset sites were grouped into five body regions: cervical, laryngeal, limb, lower cranial a

55 rror-image allodynia arises from the healthy body region contralateral to the actual site of trauma/i

56 Across all types of CT examinations and body regions, CTDIvol was 14.7% lower in examinations pe

57 ated, but mechanical stimulation of 10 other body regions did not result in significant behavioral ch

58 essential for the establishment of the basal body region during embryogenesis and the formation of em

59 tic to the frizzled-like genes, but in other body regions (e.g., eye) that was not the case.

60 ic accumulation within the hypodermis of the body regions exposed to the soil environment; those stru

61 In its expression in a localized body region, function as a marker of positional cell ide

62 pecifies the fates of cells in the posterior body region, has been shown to direct the migrations of

63 de, the head being the most commonly injured body region; however, the literature lacks an overview o

64 Vik1p localizes to the spindle-pole body region in a Kar3p-dependent manner.

65 tion of the missing limb and several control body regions in M1 and S1 at ultra high-field (7 T) func

66 -1 at presynaptic sites in neurons and dense body regions in muscle cells, and dyb-1(lf) caused SLO-1

67 nalyses of transcription start site and gene body regions (in contrast to when gene methylation was e

68 123)I missed metastases shown by (131)I in 8 body regions including the neck, mediastinum, lungs, and

69 Scale scores (post-dot values <3 or >/=3 by body region); initial systolic blood pressure; and Glasg

70 Details of the representation of body regions innervated by the trigeminal nerve were elu

71 l fates and regulates cell fusion in the mid-body region, leading to formation of the vulva.

72 In anterior body regions, lin-22(+) inhibits expression of the Hox g

73 In one body region, mab-5 first switches ON in a lineage to sti

74 mutations can be classified on the basis of body region, microscopic site, and timing of pigment acc

75 onset in 63% and spread of dystonia to other body regions occurred in 56%.

76 o the ventral tegmental area (VTA), the cell body region of mesolimbic dopamine neurons, would potent

77 ity was recorded by Ca2+ imaging in the cell body region of the Drosophila mushroom body (MB), which

78 modification and DNA methylation on the gene body region of the ERECTA receptors.

79 When the cell body region of the LC was isolated from the pericoerulea

80 jection of galanin into the cholinergic cell body region of the medial septum-diagonal band (MS-DBB)

81 reduced ACh release in the cholinergic cell body region of the pedunculopontine tegmental nucleus an

82 drug systemically or exclusively in the cell body region of these neurons in the ventral tegmental ar

83 t CG sites in repetitive regions and central body regions of active genes.

84 composition to the microbiomes from the same body regions of other mammals.

85 s approximately 20-fold greater than in cell body regions of the VTA or SNc.

86 of all subfields of the hippocampal head and body regions on the base of a combined analysis of multi

87 re multiple lesions in 1 of the prespecified body regions, only the 1 with the highest (18)F-FDG upta

88 ciently targeted to or retained in the basal body region or flagella.

89 rceptual response to input from a particular body region or stimulus feature.

90 e regions of SII that represent near-midline body regions or also occurs to a significant extent in t

91 Motor output to body regions other than the forelimb (e.g., face, trunk,

92 In hermaphrodites, Pn.p cells in the mid-body region remain unfused whereas in males, Pn.p cells

93 ds extending mediolaterally across the major body-region representations of the primary motor cortex

94 es with methylation in the promoter and gene body regions, respectively, in both the fetal and adult

95 ied in the subgroup analyses on the basis of body region scanned at adult CT.

96 findings and scan time, sources of referral, body region scanned, type, dose, related adverse events

97 [18F]FDG-PET yielded a by patient/by body region sensitivity of 100%/97%.

98 igher in intergenic regions than within gene bodies (regions spanning gene models), and protein-codin

99 s, the genetic control of tissue polarity is body region specific.

100 Body-region-specific ratios were calculated for effectiv

101 ning the size rostral and caudal to the cell body region, synchronous activity was reduced or abolish

102 it shows polarized localization to the cell body region that is dependent on membrane fusions mediat

103 ymptoms at each time period, and for several body regions, the magnitude of this relationship signifi

104 e hottest malignant lesion in 6 prespecified body regions (thyroid bed, lymph nodes, lung, bone, soft

105 the Ras pathway induces cells in the central body region to generate the vulva.

106 gy from different species and from different body regions to identify interspecific and intraspecific

107 ous phase were repeatedly touched on various body regions to identify the site of mechanosensory inpu

108 Proprioceptive coupling between adjacent body regions transduces rhythmic movement initiated near

109 ere 47.4% for lesions and 55.6% for positive body regions, versus 50.0% (lesions) and 66.7% (regions)

110 Sensitivity according to patient/body region was 80%/65% for 123I-MIBG and 88%/70% for [1

111 y and objective lesion detection accuracy by body region were evaluated.

112 The commonest indication and scanned body region were macrocephaly (18.8%) and the brain (76.

113 genital neurons were co-activated by distant body regions, which are touched during mounting in the r

114 t spreading of H3K4me3 from promoter to gene body regions, which is mediated by depletion of KDM5B, m

115 t differences in carotenoid concentration by body region with the highest carotenoid concentration no