ライフサイエンスコーパス: ingrowth

1 initiation of division and continued septal ingrowth.

2 recruitment occurs continually during septal ingrowth.

3 scle target remains receptive to sympathetic ingrowth.

4 ls before and during the time of nerve fiber ingrowth.

5 ruption, infectious keratitis, or epithelial ingrowth.

6 uption, infectious keratitis, and epithelial ingrowth.

7 one non-pain-level sample showed deep nerve ingrowth.

8 ts where there was an absence of cholinergic ingrowth.

9 response, inflammatory activity and vascular ingrowth.

10 r membrane invagination or visible cell wall ingrowth.

11 te specimens for inflammation and epithelial ingrowth.

12 enchyme, both supported by mouse vasculature ingrowth.

13 scularization leads to increased nerve fiber ingrowth.

14 patients treated with a PSEMS due to tissue ingrowth.

15 splanted cells but also hinders blood vessel ingrowth.

16 erials that serve as a scaffold for new bony ingrowth.

17 ly a weak control on the topography of fiber ingrowth.

18 oes not occur immediately upon thalamic axon ingrowth.

19 ntaining scaffold and pore size for vascular ingrowth.

20 probably derived from peripheral sympathetic ingrowth.

21 PP TCs involves extensive deposition of wall ingrowths adjacent to cells of the sieve element/compani

22 in cerebral cortex prior to thalamocortical ingrowth and cortical plate differentiation.

23 g of exuberant axon branches or the specific ingrowth and elaboration of axon branches at topographic

24 ane fasciclin II during the period of axonal ingrowth and glomerulus development.

25 Histological analysis showed that epithelium ingrowth and granulation tissue deposition were signific

26 ion, governing aspects of both thalamic axon ingrowth and laminar targeting by acting as a layer IV s

27 s more competitive in promoting blood vessel ingrowth and maturation compared to other groups.

28 aling is essential, however, for controlling ingrowth and morphogenesis of the hair follicle.

29 porous polymer scaffolds that allow vascular ingrowth and nutrient diffusion from host tissues were f

30 iod, histological analysis indicated osseous ingrowth and osseointegration around nonsubmerged and su

31 Blood vessel ingrowth and proliferative activity were assessed by imm

32 ber density mainly resulted from an enhanced ingrowth and ramification of dopamine fibers from nigral

33 pattern in an effort to quell fibrovascular ingrowth and subsequent hemorrhage.

34 h factor receptor (EGFR) is involved in axon ingrowth and targeting.

35 determine the morphology of the neovascular ingrowth and the rate of revascularization.

36 ymer scaffolds had significantly higher bone ingrowth and torsional strength compared to those receiv

37 genesis, interneuron recruitment, and axonal ingrowth are coordinated.

38 PP TCs with extensive wall ingrowths are ubiquitous in mature cotyledons and juveni

39 after the period of olfactory receptor axon ingrowth, but may be important during ingrowth if GABA r

40 one-to-implant contact (BIC) by 96% and bone ingrowth by 50% over placebos.

41 a pure 90Sr source from which subsequent 90Y ingrowth can be measured.

42 continue, indicating that membrane and wall ingrowth can be uncoupled.

43 itogenic signals that contribute to vascular ingrowth, collagen deposition, and tumor growth.

44 Using ingrowth cores to measure annual root production, we tes

45 , production (based on ergosterol accrual in ingrowth cores), and turnover rate (the quotient of annu

46 Nerve ingrowth deeper into diseased intervertebral disc has be

47 We report that wall ingrowth deposition in phloem parenchyma (PP) transfer c

48 Collectively, our results point to wall ingrowth deposition in PP TCs being under control of the

49 may function as negative regulators of wall ingrowth deposition in PP TCs.

50 NG PROTEIN LIKE (SPL) genes showed that wall ingrowth deposition was increased in SPL9-group but not

51 in plants, and corresponding changes in wall ingrowth deposition were observed when miR156 was overex

52 on angiogenesis and cellular proliferation, ingrowth, differentiation, and matrix biosynthesis.

53 is a complex stepwise process of epithelial ingrowth, ductal elongation, ductal branching, and alveo

54 onduit due to valvular degeneration or panus ingrowth frequently occur, limiting patients' lifespan.

55 is vascularized through angiogenic capillary ingrowth from the dorsal aorta.

56 pecializations, but not preganglionic axonal ingrowth from the spinal cord into sympathetic ganglia.

57 graft, made impervious to prevent capillary ingrowth from the surrounding perigraft tissue, was impl

58 e cut, to reduce the incidence of epithelial ingrowth, have not been corroborated by clinical evidenc

59 Hippocampal sympathetic ingrowth (HSI), a form of neuronal plasticity, is induce

60 r axon ingrowth, but may be important during ingrowth if GABA regulates axon growth.

61 AP + Gx) but also in hippocampal sympathetic ingrowth (IG) of adrenergic fibers (Medial septal lesion

62 cultures exhibited diencephalocortical fiber ingrowth immunoreactive for both GABA and the presynapti

63 host artery with smooth muscle and capillary ingrowth in all SIS groups.

64 hat control-released TGF-beta1 enhanced bone ingrowth in the implant's pores and surface.

65 g concerns the possibility of limited tissue ingrowth in tissue-engineered constructs because of insu

66 RPE ingrowth into DICL defects exhibited the greatest morpho

67 rons initially exhibited a normal pattern of ingrowth into LPS-exposed striatum.

68 g that BDNF is required locally for afferent ingrowth into target tissues.

69 Mossy fiber ingrowth into the DSGL was assessed in the septal hippoc

70 Deep nerve ingrowth into the inner third of the annulus fibrosus, t

71 us DA neurons in the nigral piece and robust ingrowth into the striatal piece.

72 rmal, but developed basaloid hyperplasia and ingrowths into the dermis of the ventrum with age.

73 orneas were analyzed for evidence epithelial ingrowths into the stroma.

74 of pathway receptivity to sympathetic nerve ingrowth is associated with a transition from a phenotyp

75 een a debate whether Hippocampal Sympathetic Ingrowth is due only to cholinergic denervation of the h

76 clearly suggest that hippocampal sympathetic ingrowth is due to the specific loss of the cholinergic

77 g of the geochemistry, decay properties, and ingrowth kinetics of radium and its decay product radion

78 Axons of the ingrowth lamina are taurine- and synaptotagmin-immunoneg

79 nt, the most posterior lamina serves as the "ingrowth lamina" for axons of newborn Kenyon cells.

80 phil and macrophage accumulation, fibroblast ingrowth, matrix deposition, and angiogenesis.

81 ttern of lamina-specific diencephalocortical ingrowth occurred irrespective of placement of the affer

82 , we have found that hippocampal sympathetic ingrowth occurs in the cholinergically denervated hippoc

83 adolescents because, theoretically, if bone ingrowth occurs, then implant survival should improve; f

84 -ocean ridges in conjunction with radiogenic ingrowth of 4He, which has led to a volatile-depleted up

85 Abnormal ingrowth of 5-HT axons was apparent on postnatal day 0 (

86 [99mTc]pertechnetate, which has the highest ingrowth of [99mTc]pertechnetate has proved to be an exc

87 ing [99mTc]pertechnetate, which had a longer ingrowth of [99mTc]pertechnetate, produced a formulation

88 expression occurred approximately 1 d after ingrowth of AChE-stained thalamocortical afferents.

89 , correlated with translobular migration and ingrowth of activated Kupffer cells.

90 rn the developing antennal lobe prior to the ingrowth of afferents.

91 must serve as a scaffold for the progressive ingrowth of all host bladder wall components, without in

92 s system while simultaneously minimizing the ingrowth of astrocytes into the lesion area.

93 nna while cooling the body caused precocious ingrowth of axons into the AL.

94 and tissue repair to provide a framework for ingrowth of blood vessels and fibroblasts.

95 secrete proangiogenic factors to induce the ingrowth of blood vessels from the stroma.

96 secrete pro-angiogenic factors to induce the ingrowth of blood vessels from the surrounding stroma, t

97 hypoxia in the developing cerebral cortex by ingrowth of blood vessels temporo-spatially coincided wi

98 ophic cartilage remodeling was paralleled by ingrowth of blood vessels, displaying sinusoid-like stru

99 planted engineered muscle exhibited a steady ingrowth of blood-perfused microvasculature along with a

100 Corneal neovascular response, defined by ingrowth of capillary sprouts toward the implant, was ma

101 perficial dorsal horn neurons and subsequent ingrowth of cutaneous afferents are crucial events in th

102 enesis, forming a scaffold for the postnatal ingrowth of essential autonomic nerve fibers.

103 e mechanisms underlying the layer 1-specific ingrowth of extrinsic GABAergic inputs to the perinatal

104 re size of 90 to 120 microm to allow optimal ingrowth of fibroblasts and the deposition of matrix.

105 nd that these effects are mediated by spinal ingrowth of host sensory axons.

106 to take place in a setting in which lateral ingrowth of keratinocytes by migration was prevented.

107 canopy trees that provided opportunities for ingrowth of lower elevation species.

108 avors the formation of a niche that supports ingrowth of lung carcinoma in vivo via activation of TGF

109 ng corneal inflammation, in conjunction with ingrowth of lymphatics into the cornea.

110 Rapamycin inhibited ingrowth of mouse EC-lined vessels but did not inhibit f

111 EC, and AB-EC but not control HUVEC promoted ingrowth of mouse EC-lined vessels.

112 they begin to form at E14.5, the substantial ingrowth of nerve fibers into islets occurs postnatally,

113 ll described feature of wound healing is the ingrowth of new capillaries or angiogenesis.

114 Precocious ingrowth of ORC axons after warming the antenna and cool

115 ing zone arises from CNS glia in response to ingrowth of ORC axons, and a critical number of glia mus

116 ly into mice, only immature DCs promoted the ingrowth of patent blood vessels.

117 but not control-transduced HUVEC recruit an ingrowth of perivascular smooth-muscle alpha-actin-expre

118 Drosophila brain is tightly regulated by the ingrowth of retinal axons from the developing eye.

119 tions, vrt, late and tard, delay the orderly ingrowth of retinal axons into the tectum.

120 istinct regions lying along the direction of ingrowth of retinal fibers.

121 Repair mechanisms such as ingrowth of RPE/drusenoid material and persistent subret

122 teric NET expression, moreover, preceded the ingrowth of sympathetic axons during development and did

123 iportal MIP-101 tumor growth correlated with ingrowth of systemic macrophages, while CX-1 tumor growt

124 lls receiving such inputs increased with the ingrowth of thalamic afferents, and the frequencies of t

125 In ferrets, the ingrowth of thalamic axons into cortex occurs well into

126 The ingrowth of the (230)Th daughter product in the material

127 This process starts with the direct ingrowth of the CT axons to the designated areas within

128 The initial ingrowth of the dental epithelium and its associated den

129 allele to remove Shh activity shortly after ingrowth of the dental epithelium.

130 ells that migrates into the heart along with ingrowth of the epicardium and (2) prior to the migratio

131 the formation of a dermal papilla anlage and ingrowth of the epidermis.

132 hic glomeruli diverges immediately after the ingrowth of the first olfactory receptor axons, resultin

133 ion is established within about 3 days after ingrowth of the first sensory axons.

134 involved in coordinating symmetrical annular ingrowth of the invaginating septum.

135 ment of the mammalian kidney is initiated by ingrowth of the ureteric bud into the metanephric blaste

136 myocardium and that coronary vessels form by ingrowth of these migratory precursors and not by outgro

137 during normal development is to promote the ingrowth of these neurons into the deutocerebral neuropi

138 unts (TIPS) is frequently complicated by the ingrowth of tissue into the stent lumen, causing stent s

139 of pain circuitry, and are essential for the ingrowth of trkA+ nociceptive/thermoceptive sensory affe

140 r, endothelial nitric oxide synthase (due to ingrowth of vasa vasorum), neointima formation, and loss

141 le for the graft material and implicated the ingrowth of vascular and perivascular tissues as the mos

142 Tyloses are ingrowths of parenchyma cells into the lumen of embolize

143 d subsequently localized to the labyrinthine ingrowths of the transfer cell walls.

144 The functional impact of sympathetic ingrowth on synaptic physiology has never been investiga

145 n probably reflects compensatory hippocampal ingrowth originating from the peripheral sympathetic sys

146 lend support to the hypothesis that specific ingrowth patterns of bipolar cell terminal arbors could

147 to show that during embryogenesis, afferent ingrowth pioneers the development of the olfactory lobe.

148 wever, in vivo matrix degradation and tissue ingrowth processes are not fully understood.

149 Fibrovascular ingrowth should be suspected as a relatively common caus

150 ms presented by corneal wound and epithelial ingrowth side-effects from laser-assisted in situ kerato

151 um and Bruch's membrane, the location of the ingrowth site, and the etiology of the membranes.

152 bit the disruption of the cutaneous afferent ingrowth, suggesting that the dorsal horn cells might pr

153 ing thickening and the formation of numerous ingrowths that increase the plasmalemma surface area for

154 e design which facilitates connective tissue ingrowth, thereby preventing bacterial downgrowth and co

155 er IV from the cortical plate, thalamic axon ingrowth through deep layers is significantly attenuated

156 plants remain permissive for lamina-specific ingrowth through the first postnatal week.

157 ng TGF-beta1 induced equivalent BIC and bone ingrowth to adsorbed 1 microg TGF-beta1, suggesting that

158 presumptive period of olivocerebellar fiber ingrowth to the cerebellum.

159 olfactory receptor cells (ORCs) during their ingrowth to the primary center, the antennal lobe (AL).

160 the abundance of PP TCs with extensive wall ingrowths varied across rosette development in three eco

161 Absolute failure of new vessel ingrowth was consistently observed in the mutant mice.

162 Fibrovascular ingrowth was documented during second glaucoma drainage

163 Septal ingrowth was immediately inhibited, and sharply demarcat

164 with DCA pellets, but no constitutive vessel ingrowth was seen with IMA specimens.

165 uld be quantified in real-time, while tissue ingrowth was tracked by measuring vascularization using

166 nile phase, and extensive deposition of wall ingrowths was observed in rejuvenated leaves following p

167 vision sites along the filaments, no visible ingrowths were observed, although FtsZ rings assembled a

168 e lower epidermis showed that they have wall ingrowths which are characteristic of transfer cells.

169 were observed for 10 days by visualizing RPE ingrowth with 4',6'-diamino-2-phenylindole (DAPI) filter

170 tered the normal stereotyped pattern of axon ingrowth without obvious effects on limb morphogenesis o