ライフサイエンスコーパス: varicose

1 icrometer) while their dendrites were highly varicose.

2 Fibre plexi in layers 2 and 5 were highly varicose.

3 inant Crumbs, or of septate junction protein Varicose.

4 nitial contact as the nerve terminal becomes varicose.

5 nd visual cortices was detected in scattered varicose and a few nonvaricose fibers.

6 small-diameter profiles, which may represent varicose and intervaricose axon segments, respectively.

7 rom different raphe nuclei or that represent varicose and intervaricose portions of the same axons.

8 striatum and cingulate cortex included both varicose and intervaricose segments of axons.

9 Electron microscopy showed that both varicose and nonvaricose axons were typically filled wit

10 nd scribble, but that nervana 2, convoluted, varicose, and cystic have functions not shared by sinuou

11 Highly varicose, anterogradely labeled terminal profiles were f

12 s around PNs appeared swollen and the axonal varicose area around PNs was almost doubled in size (CIH

13 ching, varicose dendrites, and dense, highly varicose axon collateral fields.

14 y amino acid neurotransmitters were found in varicose axon fibers in SLD originating from dDpMe.

15 Cholinergic, varicose axon fibers were studied in the PnO by immunofl

16 project to the DVC, where they form straight varicose axon profiles, some of which are in close anato

17 of the prefrontal cortical regions, produced varicose axonal BDA labeling in a patch-like distributio

18 Labeled varicose axonal processes were distributed most densely

19 lose associations between CRF-immunoreactive varicose axons and tryptophan hydroxylase-immunoreactive

20 uggested that TH cells release dopamine from varicose axons arborizing in the inner and outer plexifo

21 Moreover, 4 hr after PCA, the varicose axons in the caudal shell retain prominent stor

22 iatum and NAc have degenerated; however, the varicose axons in the shell appear intact.

23 The varicose axons of C3 neurons largely overlap with those

24 the lateral marginal zone were derived from varicose axons of more medially located Reelin-positive

25 esent in tyrosine hydroxylase-immunoreactive varicose axons that form symmetric synapses.

26 rsed the ciliary ganglion; a small number of varicose axons were distributed among ganglion cells and

27 that coinnervated extensively (>15% of their varicose branches per target) both myenteric ganglia and

28 vely (i.e., approximately 100% of an arbor's varicose branches) to myenteric plexus ( approximately 2

29 nclusion criteria (i.e., >/=85% of an axon's varicose branches), larger minorities of neurons project

30 c geometries (post arrays as well as sinuous/varicose channels), in the thin Debye layer limit.

31 We observed a diffuse network of varicose ChAT-positive fibers associated with the nervus

32 Furthermore, synaptic-like varicose contacts of vagal cardiac axons with PNs were s

33 striatum: small, aspiny, bipolar cells with varicose dendrites and larger spiny, multipolar cells.

34 s were medium sized with modestly branching, varicose dendrites, and dense, highly varicose axon coll

35 On varicose dendrites, the predominant type of terminal had

36 Secretagogin cells have varicose dendrites, which are decorated with small spine

37 were of two classes: "large" dendrites and "varicose" dendrites.

38 0 micrometer), oval in shape with restricted varicose dendritic arborisations.

39 an extremely dense and intricate network of varicose efferent axons throughout the gastric myenteric

40 Most commonly, intraganglionic varicose endings (IGVEs) were identified in myenteric ga

41 Furthermore, varicose endings around PNs appeared swollen and the axo

42 vagal afferents provided dense pericellular varicose endings around the SIF cells in each ganglionic

43 rs, the villus afferents, supplies plates of varicose endings to the apical tips of intestinal villi,

44 rter, and calcitonin gene-related peptide-ir varicose fibers (5-20%) and those surrounding calbindin

45 als were localized in neuronal perikarya and varicose fibers but not in the nucleus.

46 Varicose fibers immunolabeled for either ENK or PNMT wer

47 entral nucleus of the lateral lemniscus, the varicose fibers in all regions, including the contralate

48 etinal ganglion cell axons are predominantly varicose fibers in both human and nonhuman primates.

49 However, strands of fine varicose fibers penetrated to adjacent regions of the PP

50 A immunoreactivity was found mostly in fine, varicose fibers primarily in the hilus and, to a lesser

51 otor neurons, and 2Y2 Rs mainly of extrinsic varicose fibers surrounding putative intrinsic primary a

52 e hydroxylase (TH) revealed a plexus of thin varicose fibers that exhibited a different density and d

53 biocytin, into Barrington's nucleus labeled varicose fibers that extended from the injection site in

54 Labeled varicose fibers were also observed in regions not common

55 These varicose fibers were attenuated by 14 days' administrati

56 cope level, rich plexuses of NMDAR1-positive varicose fibers were found in various nuclei in the basa

57 Ipsilaterally, most varicose fibers were located in periolivary regions situ

58 ly cells of the core and multipolar regions, varicose fibers were observed in a variety of auditory n

59 Varicose fibers were relatively enriched in the basolate

60 ence contained rich plexuses of small CARTir varicose fibers, and the internal/fibrous zone was enric

61 ly, with L5-67 occurring in widely ramifying varicose fibers, whereas LUQ-1 was found in restricted f

62 ed limited labeling consisting of individual varicose fibers.

63 s large- and small-diameter (varicose or non-varicose) fibers were observed in the SON.

64 ypothalamus from where it was transported in varicose fibres via the median eminence to the posterior

65 nd substance P-like immunoreactive, thin and varicose free nerve endings.

66 The varicose geometry of SC boutons alone does not impose di

67 A plexus of varicose histamine-immunoreactive axons was present thro

68 receptor redistribution and the formation of varicose hot spots of higher P2X(2)-GFP receptor density

69 Fine varicose immunoreactive fibers were found in the epiderm

70 lex comprising Decapping 1 (DCP1), DCP2, and Varicose in Arabidopsis thaliana is essential for postem

71 inal branches were fine, highly branched and varicose in substantia nigra, hippocampus and cortical g

72 ated that CRF processes are dense and highly varicose in the rostral LC region in the vicinity of nor

73 eport here that TH cell somata, tapering and varicose inner plexiform layer neurites, and varicose ou

74 lized with neuronal nitric oxide synthase in varicose intramuscular fibres but was not detected in th

75 le layers and had an irregular profile, with varicose-like swellings along their lengths.

76 density of synaptic inputs, and often had a varicose morphology.

77 Varicose myelinated fibers were observed in the same reg

78 into the hypoglossal nucleus - labeled fine varicose nerve fiber terminals in the facial nucleus.

79 TRPC3/4/6-IR was widely expressed along varicose nerve fibers and colocalized with synaptophysin

80 NSE antibodies revealed abundant smooth and varicose nerve fibers closely apposed to the basement me

81 Varicose nerve fibers occurred in close physical proximi

82 nerve terminals and the close association of varicose nerve fibers with endothelial, smooth muscle, a

83 s between interstitial cells of Cajal (ICC), varicose nerve fibers, and smooth muscle cells in the ga

84 P2Y ir was rare or absent in varicose nerve fibers.

85 Varicose nerve terminals and smooth muscle cells in mous

86 and these cells are closely associated with varicose nerve terminals of enteric motor neurons.

87 mine release, especially at somata and along varicose neurites that emerge from these somata and arbo

88 l sympathetic axons formed complex arbors of varicose neurites within myenteric ganglia/primary plexu

89 ups were infiltrated with a dense network of varicose NPY-IR fibers in the lateral preoptic area.

90 es was used as a relative measure of whether varicose or intervaricose axon segments were labeled.

91 cells as well as large- and small-diameter (varicose or non-varicose) fibers were observed in the SO

92 ranging from fine and nonvaricose to highly varicose or thick and nonvaricose.

93 Immunoreactive varicose orexin A fibres were found throughout the hypot

94 and from rRPa neurons with closely apposed, varicose orexin fibers, as well as a direct, orexinergic

95 varicose inner plexiform layer neurites, and varicose outer plexiform layer neurites all bear spines,

96 crypt afferent, forms subepithelial rings of varicose processes encircling the intestinal glands or c

97 T immunoreactivity was localized to numerous varicose processes in all laminae of the inner plexiform

98 ted amacrine cells with thin, intermittently varicose processes in the inner plexiform layer.

99 he inner nuclear layer and the IPL, and thin varicose processes ramified mainly in laminae 2 and 4 of

100 sine hydroxylase (TH), DA cells gave rise to varicose processes that descended obliquely through the

101 kephalin, and epincphrine are distributed in varicose processes throughout the nucleus locus coeruleu

102 e light microscopic level, both ENK and PNMT varicose processes were dense and overlapped the region

103 Varicose processes were in the optic fiber layer (OFL) a

104 was localized to topographically distributed varicose processes within the DRN.

105 VGLUT2 was also present in a small number of varicose processes, which were seen to ramify throughout

106 ile the anterior and medial PVN(m) contained varicose profiles.

107 Large varicose projections in the heart suggest that the PDF n

108 tive nerve varicosities were concentrated in varicose regions of motor nerves and were closely appose

109 fied in myenteric ganglia of the stomach and varicose simple-type endings in the circular muscle and

110 In the enteric plexus, varicose SN-LI nerve fibers and terminals formed a peric

111 asis for this variation is the SUPPRESSOR OF VARICOSE (SOV), a locus that encodes a conserved, cytopl

112 se axons emerged from the optic disc and had varicose terminal branches in the inner plexiform layer

113 several collaterals that formed plexuses of varicose terminal branches within different cell cluster

114 c muscle was comprised of more localized and varicose terminals.

115 vocellular PVN (PVN(p)) was predominantly as varicose thin galanin fiber processes while the magnocel

116 odel, we previously showed that mutations in varicose (vari) cause tubes to become elongated without

117 analyzed two phenotypically similar mutants, varicose (vcs) and trident (tdt).

118 aliana) seeds of exoribonuclease4 (xrn4) and varicose (vcs) mutants displayed distinct dormancy pheno

119 Arabidopsis mutants with defects in VARICOSE (VCS), a decapping complex scaffold protein, la

120 interacts in vitro and in vivo with DCP1 and VARICOSE (VCS), an Arabidopsis homolog of human Hedls/Ge

121 re taken at total knee replacement (TKR) and varicose vein (VV) operations.

122 nd 3 months after surgery using the Aberdeen Varicose Vein Questionnaire (AVVQ) and EQ-5D.

123 ts after both minor surgical procedures (ie, varicose vein removal, laparoscopic cholecystectomy, lap

124 e hand reflexology during minimally invasive varicose vein surgery under local anaesthetic.

125 ogy is a useful adjunct to local anaesthetic varicose vein surgery, with participants in the reflexol

126 421 patients having clean (breast, varicose vein, or hernia) surgery were randomly assigned

127 studies the outcomes of patients with simple varicose veins (C2: n = 191) and soft tissue complicatio

128 ctors which contribute to the development of varicose veins (VV).

129 who wore elastic compression stockings, had varicose veins and developed superficial thrombophlebiti

130 rial involving 798 participants with primary varicose veins at 11 centers in the United Kingdom, we c

131 m collagenomas on the soles of both feet and varicose veins in early childhood, in the absence of any

132 Visible (varicose veins or trophic changes) and functional (super

133 uman venous stasis, we show that superficial varicose veins preferentially contain activated memory T

134 rt form 36 (SF36), EuroQol, and the Aberdeen Varicose Veins Questionnaire], clinical recurrence, and

135 Her varicose veins recurred after initial treatment, and she

136 tion and/or phlebectomy for the treatment of varicose veins under local anaesthetic.

137 Endovenous ablation of varicose veins using radiofrequency ablation (RFA) and e

138 ancer, autoimmune disease, thrombosis of non-varicose veins).

139 alternatives to surgery for the treatment of varicose veins, but their comparative effectiveness and

140 ns, asymptomatic varicosities, large painful varicose veins, edema, hyperpigmentation and lipodermato

141 s and, in fact, severe skin complications of varicose veins, even when extensive, are not guaranteed.

142 followed by medical comorbidities (including varicose veins, IBD, or cardiac disease), a body mass in

143 During antepartum, varicose veins, inflammatory bowel disease (IBD), urinar

144 Ms L, a 68-year-old woman with varicose veins, is presented.

145 They include chronic venous insufficiency, varicose veins, lipodermatosclerosis, postthrombotic syn

146 y was associated with vertebral hemangiomas, varicose veins, lower blood pressures, and elevated seru

147 Spider veins, varicose veins, superficial functional disease, and supe

148 ons of chronic venous disease: spider veins, varicose veins, trophic changes, and edema by visual ins

149 s Index, socioeconomic group, and history of varicose veins, were undertaken by conditional logistic

150 with a dilated left ovarian vein and pelvic varicose veins.

151 rgery as the treatment of choice for truncal varicose veins.

152 tion and/or phlebectomy for the treatment of varicose veins.

153 ers such as chronic venous insufficiency and varicose veins.

154 which a significant number of patients have varicose veins.

155 A few varicose VGAT-immunoreactive processes entered the OPL f

156 About 2% of striatal neurons, displaying varicose, virtually spine-free dendrites characteristic

157 te that the primary droplets are produced by varicose waves and lateral kink instabilities on the liq

158 Some regions of the fibers were varicose, with diameters >10 microm; regions between the