ライフサイエンスコーパス: ciliary body

1 in human tissues relevant to glaucoma (e.g., ciliary body).

2 lymphatics were detected in the peritumoral ciliary body.

3 al retina and gives rise to the iris and the ciliary body.

4 of allergic or idiosyncratic reaction of the ciliary body.

5 nterior chamber, anterior chamber angle, and ciliary body.

6 onse, as measured by cytokine levels in iris/ciliary body.

7 ssues, including the trabecular meshwork and ciliary body.

8 cular tissues including the cornea, iris and ciliary body.

9 rogenitor cells derived from adult mammalian ciliary body.

10 whether this factor was involved in inducing ciliary body.

11 ball, sclera, RPE-choroid, retina, lens, and ciliary body.

12 cases, signal intensity rose rapidly in the ciliary body.

13 latanoprost-induced alteration of ECM in the ciliary body.

14 d VB proteins in chick eyes are the lens and ciliary body.

15 in the nonpigmented epithelium (NPE) of the ciliary body.

16 in the retina and by cells in the developing ciliary body.

17 bnormal peripheral structures, including the ciliary body.

18 millimeters in length that extend across the ciliary body.

19 ereas ciliary neurons innervate the iris and ciliary body.

20 adjacent to the drug's site of action at the ciliary body.

21 d TRPV4-mediated signals in the intact mouse ciliary body.

22 igmented epithelial (NPE) cells of the mouse ciliary body.

23 roscopy (UBM) demonstrated hypotrophy of the ciliary body.

24 ectable areas of melanocytosis involving the ciliary body.

25 Tumor location included choroid (88%), ciliary body (2%), and iris (10%), with bilateral involv

26 =20/200) (46% vs. 12%), iris (20% vs. 4%) or ciliary body (30% vs. 8%) lymphoma, episcleral vascular

27 ) and primarily involving the choroid (90%), ciliary body (7%), or iris (2%).

28 lanoma involved the choroid (938/1059, 89%), ciliary body (85/1059, 8%), or iris (36/1059, 3%), with

29 quadrants of the angle: anteriorly directed ciliary body, absent ciliary sulcus, iris angulation, fl

30 PMMA ring to the sclera in the region of the ciliary body after the conjunctiva, adipose, and muscle

31 TNF-alpha and activation of NF-kappaB in the ciliary bodies and retina of the eye.

32 synthase and cycloxygenase-2 in the rat eye ciliary bodies and retina.

33 and increased the activation of AMPK in the ciliary bodies and retinal tissues.

34 posterior zonular fibers originate from the ciliary body and anchor in the hyaloid membrane.

35 gment epithelium and photoreceptors, and the ciliary body and choroid plexus, the sources of aqueous

36 in the vascular uvea of the human eye (iris, ciliary body and choroid).

37 ciliary body, and EGR2 was expressed in the ciliary body and choroid.

38 Of 3809 total entries, 3217 patients with ciliary body and choroidal (CBC) melanoma and 160 with i

39 Ultrasonographic confusion with a ciliary body and choroidal melanoma can occur because th

40 Primary ciliary body and choroidal melanoma was the diagnosis fo

41 classification provides a basis for staging ciliary body and choroidal melanomas in the seventh edit

42 Of 7731 patients with posterior uveal (ciliary body and choroidal) melanoma, the AJCC tumor sta

43 les that originate from the vasculature-rich ciliary body and extend along the surface of the lens ca

44 f PKC and the activation of NF-kappaB in the ciliary body and in the retinal wall of EIU rat eyes wer

45 Initial specification of the presumptive ciliary body and iris at the anterior margins of the ret

46 luding corneal protrusion and opacification, ciliary body and iris hypoplasia, and trabecular meshwor

47 that, in mice, specification of the retina, ciliary body and iris occurs at the very outset of eye d

48 of FcRn RNA in cornea, retina, conjunctiva, ciliary body and iris, and lens but absence of expressio

49 The cornea, retina, conjunctiva, ciliary body and iris, retinal pigment epithelium and ch

50 t to induce the expression of markers of the ciliary body and iris, two tissues derived from the peri

51 ivated in the nonpigmented epithelium of the ciliary body and iris.

52 various ocular tissues including the cornea, ciliary body and iris.

53 cial role in determining the identity of the ciliary body and iris.

54 sent in vesicular structures of the iris and ciliary body and is lost from the epithelial layers of i

55 Centripetal ciliary body and lens equator movements were measured du

56 on of the IL-18 protein and gene in the iris/ciliary body and level of IL-18 protein in the aqueous h

57 epithelium, sensory neural retina, secretory ciliary body and muscular iris.

58 ous humor closest to the pars plicata of the ciliary body and near the anterior chamber angle.

59 ecrosis included increasing tumor thickness, ciliary body and peripheral choroidal location, and high

60 on of inflammatory markers iNOS and Cox-2 in ciliary body and retinal wall was also significantly inh

61 oproteinase-2 (MMP-2) expression in the iris/ciliary body and the activity of MMP-2 in the aqueous hu

62 the angle between the anterior aspect of the ciliary body and the inner aspect of the cornea was used

63 aused, in part, by NO production in both the ciliary body and the trabecular meshwork.

64 n of organic anion (OA) transport across the ciliary body and the transport proteins that may contrib

65 he advantage of being able to illustrate the ciliary body and therefore give clinicians information o

66 High strain in the ciliary body and zonule corresponded with angle recessio

67 horts had a diagnosis of UM arising from the ciliary body and/or choroid.

68 Anterior segment involvement occurred in the ciliary body and/or ciliary muscle (7 eyes [58%]), iris

69 IL23R was also expressed in the ciliary body, and EGR2 was expressed in the ciliary body

70 he anterior segment of the injected eye, the ciliary body, and iris were virus infected and inflamed,

71 corneal and scleral specimens, the iris, the ciliary body, and oculomotor muscles.

72 and debris from dying cells in the meshwork, ciliary body, and other anterior segment tissues.

73 2 in the anterior segment of the eye, at the ciliary body, and particularly the ciliary process.

74 unt human cadaveric lenses, with the zonule, ciliary body, and sclera attached, inside an environment

75 The trabecular meshwork (TM), iris, ciliary body, and sclera of POAG and age-matched control

76 issues including the lens, capsule, zonules, ciliary body, and sclera were mounted in an optomechanic

77 ortem, including the lens, capsule, zonules, ciliary body, and sclera were mounted in an optomechanic

78 , cornea, retinal pigmented epithelium, iris/ciliary body, and sclera.

79 nd CAIV are enriched in the NPE layer of the ciliary body, and their coordinated function may contrib

80 Ultrasound biomicroscopy imaged the entire ciliary body, anterior and posterior lens surfaces, and

81 ified betaB1-crystallin as a new cytoplasmic ciliary body antigenic target of a marker autoantibody a

82 pigmented and nonpigmented epithelia of the ciliary body are critical for the production of the aque

83 APCs deployed within iris/ciliary body are responsible for promoting anterior cham

84 ar signals that control morphogenesis of the ciliary body are unknown.

85 The anterior portions (iris and ciliary body) are specified through interactions with le

86 eter, retinal thickness, iridocorneal angle, ciliary body area, and optic nerve head width were readi

87 optic nerve head width, iridocorneal angle, ciliary body area, and total and inner retinal thickness

88 ated with total and inner retinal thickness, ciliary body area, optic nerve head width, and iridocorn

89 in the lens immune response and suggest the ciliary body as a source of immune cells to the avascula

90 n were shown to be expressed in the iris and ciliary body, as well as in the ganglion and inner nucle

91 Radial images of the ciliary body at the 3-, 6-, 9-, and 12-o'clock positions

92 The ciliary body atrophy has been previously reported just o

93 the right eye revealed an open angle to the ciliary body band.

94 aled a partially cystic mass adjacent to the ciliary body between the 5 and 9 o'clock meridians as we

95 In all groups, almost all ciliary body blood vessels in the treated area were thro

96 MFRP is normally expressed in the RPE and ciliary body but was undetectable by Western blot in mut

97 sRed is strongly expressed in the developing ciliary body, but not in the iris.

98 and site (retina, C69.2; choroid, C69.3; and ciliary body, C69.4) from 1975 through 2011 using the Su

99 Based on these data we propose that the ciliary body can regulate C(t) and that sAC serves as a

100 rom the anterior margin of the eye, near the ciliary body (CB) and ciliary marginal zone (CMZ).

101 nce between aqueous humor secretion from the ciliary body (CB) and its drainage through the trabecula

102 ssion was detected in the adult mouse in the ciliary body (CB) and RPE, and expression started at a v

103 y chains (IIA, IIB, and IIC) in human TM and ciliary body (CB) cells was determined by RT-PCR analyse

104 The ciliary body (CB) of the mammalian eye is responsible fo

105 rp gene is specifically expressed in RPE and ciliary body (CB), and its expression starts during earl

106 agen alpha2 chain) derived from rat iris and ciliary body (CB), to localize MAA within the eye, and t

107 Ciliary body centripetal movement may not be the limitin

108 ese tissues include the trabecular meshwork, ciliary body, ciliary epithelium, Muller cells, and reti

109 rongly influenced by oxygen derived from the ciliary body circulation.

110 s significantly increased in the peritumoral ciliary body compared with the nonperitumoral ciliary bo

111 ition relative to the iris and movement with ciliary body contraction.

112 ession in the nonpigmented epithelium of the ciliary body contributes to the formation of gap junctio

113 The eyelid, ciliary body, cornea, iris, iridocorneal angle, and chor

114 detached ciliary body, its forward movement (ciliary body-cornea angle 108' / 114') and forward rotat

115 ody thickness 225 / 230 micron), both of the ciliary body-cornea angle 134' / 140' and the AOD500 (65

116 ls of ROS and activation of NF-kappaB in the ciliary body, corneal epithelium, and retinal wall of th

117 , TNF-alpha, iNOS, and COX-2 proteins in the ciliary body, corneal epithelium, and retinal wall was a

118 e., optic disc, macula, retina, globe, lens, ciliary body) correlated with clinical outcome.

119 The ciliary body could be a source of cells for transplantat

120 In the ciliary body, CTRP5 was localized to the apical aspects

121 Ciliary body cysts and retinal pigmentary abnormalities

122 chronic angle- closure glaucoma secondary to ciliary body cysts can be difficult to manage in a patie

123 chronic angle- closure glaucoma secondary to ciliary body cysts in a patient with oculodentodigital d

124 Ultrasound biomicroscopy revealed ciliary body cysts in the left eye, and gonioscopy confi

125 the right eye tube shunt revealed extensive ciliary body cysts in the right eye.

126 We believe that early screening for ciliary body cysts is important in patients with oculode

127 chronic angle- closure glaucoma secondary to ciliary body cysts presented to our clinic.

128 e the first to demonstrate multiple iris and ciliary body cysts with high-quality color photography a

129 report a case notable for bilateral iris and ciliary body cysts--a rare presentation of the disease.

130 was performed on her right eye and showed no ciliary body cysts.

131 e used to determine VEGF-A expression during ciliary body development and in the adult.

132 The load, lens diameter, inner ciliary body diameter, and lens power were measured at e

133 Ciliary body edema and detachment disappeared (ciliary b

134 of indapamide-induced transient myopia with ciliary body edema and supraciliary effusion.

135 est that both ciliary muscle contraction and ciliary body edema may play role in the pathomechanism.

136 Both the isolated rabbit and bovine ciliary body epithelia transported fluid in the absence

137 The ciliary body epithelial and neuroepithelial tumors (aden

138 in maintaining the physical integrity of the ciliary body epithelium.

139 These data indicate that the ciliary body expresses a variety of OA transporters, inc

140 ticular age-related changes, such as loss of ciliary body forward movement.

141 turnover data obtained from the cloned human ciliary body FP receptor (r = 0.92; P < 0.0001).

142 n) or via nerves that innervate the iris and ciliary body from postsynaptic to presynaptic neurons (r

143 MRP4 were detected in extracts of the human ciliary body from several donors.

144 The effect of VEGF-A blockade on ciliary body function also was assessed by measuring int

145 These changes were associated with impaired ciliary body function, as evidenced by decreased intraoc

146 ompleted) after the cornea, retina, iris and ciliary body had initiated their differentiation program

147 neovascular glaucoma, and dose to 20% of the ciliary body had the largest impact on ocular hypertensi

148 Our results suggest that the ciliary body has the capacity to generate retinal neuron

149 Progenitor cells from adult mammalian ciliary body have significant, but limited, proliferatio

150 he vitreous base (70% of injured animals had ciliary body hemorrhage, and 11% had peripheral retinal

151 Optic nerve sheath and ciliary body hemorrhages were common in piglets that exp

152 ty of the anterior segment, corneal and iris/ciliary body histology, and IOP were evaluated after PDT

153 Therefore, the role of VEGF-A in ciliary body homeostasis was explored.

154 VEGF-A has an important role in ciliary body homeostasis.

155 dissected leaving intact the lens, zonules, ciliary body, hyaloid membrane, anterior vitreous, and a

156 KORs was determined in isolated rabbit iris-ciliary bodies (ICBs) and NPCE and HTM-3 cells.

157 Tumors were located at the ciliary body in 21 eyes (21%), juxtapapillary in 31 (31%

158 ainage of aqueous humor (AH) produced by the ciliary body in a process requiring bicarbonate.

159 ding blood vessels, pupillary muscle and the ciliary body in mammals.

160 lyl cyclase (sAC) is highly expressed in the ciliary body in NPE cells, but appears to be absent from

161 strone-3-sulfate transport across the bovine ciliary body in the Ussing chambers was greater in the a

162 tumoral lymphangiogenesis was present in the ciliary body in uveal melanomas with and without extraoc

163 tion in ex vivo study or through cryopexy of ciliary body in vivo studies before subtenon TA injectio

164 = 25, 17%), iris infiltration (n = 12, 8%), ciliary body infiltration (n = 17, 12%), massive (>/=3 m

165 f anterior chamber seeds, iris infiltration, ciliary body infiltration, massive (>/= 3 mm) choroidal

166 ve to be shed from the lens, optic disc, and ciliary body into the vitreous body.

167 Ciliary body invasion was correctly identified in 5 out

168 .9 vs 12.3 mm; P = .004) and higher rates of ciliary body involvement (75.0% vs 21.6%, P = .002) and

169 Presence of ciliary body involvement (CBI) and extraocular extension

170 factors for the death of uveal melanoma were ciliary body involvement (HR: 1.7 (95% CI:1.0-2.8)), lar

171 amination revealed solid iris tumor (n = 3), ciliary body involvement (n = 2), and anterior chamber s

172 increased risk of metastasis independent of ciliary body involvement (P = .02).

173 Ciliary body involvement and cell type were not associat

174 utations were associated with the absence of ciliary body involvement and greater largest basal diame

175 ubclassification (defined by the presence of ciliary body involvement and/or extrascleral extension).

176 Ciliary body involvement in ocular/oculodermal melanocyt

177 d eye), tumor basal diameter and height, and ciliary body involvement were all significant predictors

178 re noted in 4 of 5 patients who demonstrated ciliary body involvement with neurofibromas.

179 iated with larger tumors and higher rates of ciliary body involvement, 2 known risk factors for metas

180 ickness, largest basal tumor diameter (LBD), ciliary body involvement, and pathologic cell type.

181 Older age at treatment correlated with ciliary body involvement, extraocular spread, largest ba

182 tumor diameter, tumor thickness, TNM stage, ciliary body involvement, extraocular spread, melanoma c

183 t correlated with sex, basal tumor diameter, ciliary body involvement, extraocular spread, TNM stage,

184 rognostics factors gender, age at diagnosis, ciliary body involvement, largest basal tumour diameter,

185 sociated with class 1 GEP and the absence of ciliary body involvement.

186 th the sclera, and adjacent to uveal tissue (ciliary body, iris).

187 from all sites of the uveal tract (choroid, ciliary body, iris).

188 e anterior segment of the eye, including the ciliary body, iris, and cornea.

189 inal pigment epithelium-choroid complex, and ciliary body-iris complex (P < 0.05).

190 proteinase-1 (TIMP-1) expression in the iris/ciliary body is decreased, indicating that the degradati

191 The role of VEGF-A in the normal ciliary body is largely unexplored.

192 The ciliary body is similar in many respects to the choroid

193 ), thickened (720 / 700 micron) and detached ciliary body, its forward movement (ciliary body-cornea

194 (PVRL) or the eyelid, conjunctiva, choroid, ciliary body, lacrimal gland, or orbit (OA-uveal lymphom

195 tive organisms or fibrosis encapsulating the ciliary body, leading to hypotony.

196 nonpigmented and pigmented epithelia of the ciliary body, lens epithelium, and a subset of retinal n

197 whereas for 8q gain, the OR was highest for ciliary body location (102.87, P = 0.001), thickness >8

198 poor VA (</=20/200) (9% vs. 15%, P = 0.041), ciliary body location (5% vs. 11%, P < 0.001), extramacu

199 r chromosome 8p loss, the OR was highest for ciliary body location (53.91, P = 0.008), ocular melanoc

200 We propose that the ciliary body may be specified at optic vesicle stages, a

201 Thicker ciliary body measurements were associated with myopia an

202 ssess the between-visit repeatability of the ciliary body measurements.

203 ee patients (3%) demonstrated DICER1-related ciliary body medulloepithelioma (CBME), 2 of which were

204 the use of targeted chemotherapy to treat a ciliary body medulloepithelioma with aqueous and vitreou

205 A 17-month-old boy with a diagnosis of ciliary body medulloepithelioma with concomitant seeding

206 me complete regression of a non-infiltrating ciliary body medulloepithelioma with seeding achieved wi

207 Of 41 patients with ciliary body medulloepithelioma, the median age at diagn

208 tion of metastasis from primary choroidal or ciliary body melanoma appear to confer a significant sub

209 primary proton beam therapy for choroidal or ciliary body melanoma between June 1998 and June 2015 we

210 y of iris melanoma in 0% of patients (0/91), ciliary body melanoma in 29% of patients (67/235), and c

211 he increased risk of lymphatic metastasis in ciliary body melanoma with extraocular extension.

212 extension were matched with 10 globes with a ciliary body melanoma without extraocular extension rega

213 Ciliary body melanomas without extrascleral extension re

214 diolabeled fluxes of the sugar across rabbit ciliary bodies mounted in the chambers used for the pres

215 03 mm/D; n = 28; P < 0.001) and with forward ciliary body movement (3.34 +/- 0.54 deg/D; n = 21; P =

216 was used as a surrogate indicator of forward ciliary body movement during accommodation.

217 Average centripetal ciliary body movement in older eyes (age > or =17 years,

218 Average forward ciliary body movement was 67% (49 degrees ) less in olde

219 f anterior chamber seeds, iris infiltration, ciliary body/muscle infiltration, massive (>/=3 mm) chor

220 anterior structures (anterior chamber, iris, ciliary body/muscle) was detected significantly more aft

221 a dense rim (n = 20), and was located in the ciliary body (n = 17) or choroid (n = 3).

222 The echogenic mass appeared to be in the ciliary body (n = 17) or choroid (n = 3).

223 umor involved mainly the iris (n = 27; 73%), ciliary body (n = 7; 19%), or choroid (n = 3; 8%).

224 e authors isolated progenitor cells from the ciliary body of adult mice, rats, and human cadaver eyes

225 The abnormalities in the iris and ciliary body of Col18a1(-/-) mice demonstrate an importa

226 hosphorylated MAPK are increased in the iris/ciliary body of DBA/2J mice, suggesting that both signal

227 ivity of caspase-3 are increased in the iris/ciliary body of DBA/2J mice.

228 l margin, and the nonpigmented epithelium of ciliary body of garter snakes, queen snakes, anole lizar

229 inophils were also found consistently in the ciliary body of Sens(+)Chall(+) eyes at the time of graf

230 age points including the aortic root and the ciliary body of the eye and that systemic overexpression

231 The ciliary body of the eye is a nonneural tissue that is de

232 racted: anterior eye segment involvement and ciliary body, optic nerve, choroidal, and (extra)scleral

233 All patients with primary ciliary body or choroidal melanoma treated with iodine 1

234 collaterals of ipRGCs traveling to the eye's ciliary body or even to the iris [20-22].

235 y, pars plana, pars plicata, ciliary sulcus, ciliary body, or peripheral lens, and complex anterior r

236 iliary body compared with the nonperitumoral ciliary body (P < 0.0001).

237 statistically decreased in iris (P < 0.05), ciliary body (P < 0.001), and TM (P < 0.005) of POAG eye

238 clinically evident scleral necrosis included ciliary body (P = 0.0001) and pars plana to ora serrata

239 res of porcine trabecular meshwork (PTM) and ciliary body (PCB) were treated with either lovastatin o

240 These results suggest that ciliary body PDT is a more selective cyclodestructive te

241 Ciliary body PDT resulted in morphologic changes in the

242 Ciliary body PE cells did not promote conversion of T ce

243 ent epithelium (PE) lines the iris PE (IPE), ciliary body PE, and retina PE of the inner eye, an immu

244 Fluid secretion by the ciliary body plays a critical and irreplaceable function

245 +/-2 mm) and anterior margin location (iris, ciliary body, pre-equatorial or postequatorial choroid).

246 s embedded in the iris; it extended into the ciliary body process in 35% and into the pars plana in 1

247 nsory ligaments that connect the lens to the ciliary body, providing a potential mechanism for the im

248 P = .02, respectively), and the dose to the ciliary body receiving 10 and 26 Gy (P = .03 and P = .02

249 ignificantly correlated with the dose to the ciliary body receiving 10 Gy (P = .03) and 26 Gy (P = .0

250 The volume of the ciliary body receiving 26 Gy was the only variable assoc

251 For those in the ciliary body region, an additional feature was the ultra

252 s as a critical sensor of bicarbonate in the ciliary body regulating the secretion of substances into

253 = 6/61; 9.5%) originating from the iris and ciliary body required muscle surgery for plaque placemen

254 visual sensory function at the levels of the ciliary body, retina, optic nerve and chiasm, and centra

255 k, corneal epithelium and endothelium, iris, ciliary body, retina, vitreous humor, and optic nerve.

256 band of 150 kDa in ocular tissues including ciliary body, sclera, cornea, and retina.

257 s the bovine ciliary body was examined using ciliary body sections mounted in Ussing chambers and a p

258 The affected ciliary body showed hyperreflectivity when compared with

259 y PDT resulted in morphologic changes in the ciliary body, significant reduction of IOP, and preventi

260 t a differential effect on MMPs and TIMPs in ciliary body smooth muscle (CBSM) cells would relate to

261 ciliary body tissue and explant cultures of ciliary body smooth muscle (CBSM) cells.

262 cemose hemangioma without associated iris or ciliary body solid tumor on clinical examination and ult

263 fusional pathway for solutes exists from the ciliary body stroma to the anterior chamber of the human

264 Ciliary body swelling often produces angle closure by bl

265 micrometers by clamping four portions of the ciliary body that were 90 degrees apart (four lenses).

266 In the ciliary body, the FcRn receptor was found to be expresse

267 liary body edema and detachment disappeared (ciliary body thickness 225 / 230 micron), both of the ci

268 UBM characteristics included ciliary body thickness and reflectivity.

269 Mean ciliary body thickness of the affected eyes was 0.581 +/

270 tinal neuroepithelium that form the iris and ciliary body, thus correlating CPAMD8 expression with th

271 nd -24 as well as TIMP-1 to -4 were found in ciliary body tissue and CBSM cells.

272 o detect the mRNA of MMPs and TIMPs in human ciliary body tissue and explant cultures of ciliary body

273 Ciliary body tissue was found in the transitioning zone.

274 Ciliary body tissue was identified in the anterior porti

275 cularized regions of the cornea and the iris/ciliary body tissue were time dependent and maximum leve

276 rior hyaloid membrane on their path from the ciliary body to the posterior capsule.

277 tissues of the rat iridocorneal angle (iris, ciliary body, trabecular meshwork, and Schlemm's canal)

278 sion in lens, iris, sclera, ciliary muscles, ciliary body, trabecular meshwork, retina and optic nerv

279 Ciliary body tumors were commonly dome shaped (75%) with

280 had iris neovascularization, 2 had anterior ciliary body tumors, and 1 a posterior tumor associated

281 he aqueous humor and the target tissue (iris-ciliary body) up to 24weeks.

282 In the adult ciliary body, VEGF-A was expressed by the pigmented epit

283 -associated Ag isolated from bovine iris and ciliary body was digested with the proteolytic enzyme V8

284 Transport of several OAs across the bovine ciliary body was examined using ciliary body sections mo

285 A complete annulus of ciliary body was mounted in a custom-designed chamber ap

286 A complete annulus of ciliary body was mounted in a custom-designed chamber ap

287 The ectopic ciliary body was never in contact with the lens tissue.

288 Transscleral irradiation of the ciliary body was performed with light at a wavelength of

289 n of the lens on the specification of normal ciliary body, we created optic cups in which the lens ha

290 ed from postmortem human corneas and retinal ciliary bodies were maintained in serum-free culture and

291 d levels of inflammatory markers in the iris/ciliary body were measured after 21 days.

292 Cells isolated from the iris-ciliary body were tested by flow cytometry for expressio

293 nterior segment, it is localized to iris and ciliary body, whereas in the retina, PDGF-D is restricte

294 lens and the nonpigmented epithelium of the ciliary body, which was flattened in mutant mice.

295 -pigmented iris tumors, not extending to the ciliary body, who were concurrently evaluated with SD-OC

296 tected in 7 of 10 malignant melanomas of the ciliary body with extraocular extension (two of these de

297 Malignant melanomas of the ciliary body with extraocular extension show intraocular

298 irmed diagnosis of malignant melanoma of the ciliary body with extraocular extension were matched wit

299 uveal effusion and anterior rotation of the ciliary body with resultant closure of the angle.

300 pecific effects along the radial axis of the ciliary body, with insulin and EGF stimulating prolifera