ライフサイエンスコーパス: iris

1 secondary glaucoma (47% vs. 15%; P < 0.001), iris neovascularization (46% vs. 22%; P < 0.001), ectrop

2 her phenotypical measurements, including (1) iris transillumination grading, (2) retinal layer measur

3 te of poor vision (</=20/200) (46% vs. 12%), iris (20% vs. 4%) or ciliary body (30% vs. 8%) lymphoma,

4 on complications included cataract (n = 13), iris telangiectasia (n = 5), corneal epithelial defect (

5 The 160 iris melanomas were too few for subgroup analysis.

6 cluded anterior chamber seeds (n = 25, 17%), iris infiltration (n = 12, 8%), ciliary body infiltratio

7 s included secondary glaucoma (n = 18, 44%), iris neovascularization (n = 21, 51%), cataract (n = 19,

8 eyes, 0.27%), suction loss (5 eyes, 0.45%), iris hemorrhage (1 eye, 0.09%), and endothelial incision

9 y body and/or ciliary muscle (7 eyes [58%]), iris (6 eyes [50%]), and cornea (4 eyes [33%]).

10 es included dermal (n = 6), scleral (n = 9), iris (n = 3), and palate (n = 1) melanocytosis.

11 terior segment abnormalities included absent iris crypts, iris transillumination, lens subluxation, a

12 er depth (ACD), anterior chamber area (ACA), iris thickness (IT), iris area, iris curvature, lens vau

13 r area (ACA), anterior chamber volume (ACV), iris curvature (I-Curv), iris area (I-Area), lens vault

14 Patients were examined before and after iris reconstruction with the iris implant placed in the

15 All iris devices were in the correct position, and all eyes

16 is lesions, including freckles, nevi, and an iris pigment epithelial (IPE) cyst, were imaged.

17 umented first occurrence of bleeding from an iris vascular tuft.

18 cal tilting and rotation in TM1 generates an iris-like motion that increases the diameter of the perm

19 exchange with retropupillary fixation of an iris-claw IOL (n = 50).

20 stalline lenses involving preplacement of an iris-sutured posterior chamber intraocular lens (PCIOL)

21 etic to the channel were found to promote an iris-like conformational change that constricts and dehy

22 When an iris lesion occurs in a pediatric patient, it can be dif

23 as never been described in a patient with an iris prosthesis.

24 erative endophthalmitis in a patient with an iris prosthesis.

25 patients with a PCIOL, and 1 patient with an iris-fixated PCIOL.

26 cluded choroid (88%), ciliary body (2%), and iris (10%), with bilateral involvement in 18%.

27 The changes in angle parameters, ACA, and iris curvature were not significantly different between

28 ify in the context of traumatic aniridia and iris prosthesis implantation due to other potential etio

29 my; secondary implantations for aphakia; and iris suture fixation at primary cataract extraction.

30 cyclectomy for iris melanoma in 15 cases and iris adenoma in 1 case underwent prosthetic iris device

31 y retinal pigment epithelial (RPE) cells and iris pigment epithelial (IPE) cells stimulated with lipo

32 genes incorporate into the lens, cornea and iris, and the eye placode is the sole source of retinal

33 olvement, largest basal tumour diameter, and iris colour.

34 ebellar ataxia, intellectual disability, and iris hypoplasia.

35 n patients with existing scleral-fixated and iris-fixated intraocular lenses (sf-IOL and if-IOL, resp

36 Iris furrows and iris color were not associated with iris volume in light

37 loss of pigmentation in the skin, hair, and iris.

38 and IOL, the slope ratio between the IOL and iris, IOL tilt, and optic surface changes were determine

39 ut there was no significant change in IT and iris area.

40 ntraocular tissues (aqueous humor, lens, and iris) versus eyes not receiving Y-27632 pretreatment.

41 lenses, iris- or scleral-sutured lenses, and iris-claw lenses.

42 anterior segment and on the IOL surface, and iris transillumination defects.

43 iris melanoma, combined cataract surgery and iris prosthesis placement, with or without iris reconstr

44 th corneal clouding, anterior synechiae, and iris hypoplasia.

45 ), trabecular iris space area (TISA750), and iris thickness (IT750) at 750 mum from the scleral spur.

46 anterior to the scleral spur to the anterior iris surface (AOD500 and AOD750, respectively), and ante

47 area (ACA), iris thickness (IT), iris area, iris curvature, lens vault (LV), anterior vault, angle o

48 Artificial iris anterior chamber implants are associated with sight

49 Artificial iris anterior chamber implants were originally developed

50 on after implantation of this new artificial iris prosthesis.

51 The implantation of the artificial iris is a new and effective therapeutic option for the t

52 f retropupillary implantation of the Artisan iris-claw intraocular lens (RPICIOL) in several aphakic

53 iris racemose hemangioma without associated iris or ciliary body solid tumor on clinical examination

54 OCTA) in malignant iris melanomas and benign iris lesions.

55 omas (34.5%+/-9.8%, P < 0.05) than in benign iris nevi (8.0%+/-1.4%) or normal irides (8.0%+/-1.2%).

56 and 9 patients with iris melanomas or benign iris lesions, including freckles, nevi, and an iris pigm

57 e also investigated the relationship between iris abnormalities and other phenotypical features of al

58 to fully elucidate the relationship between iris insertion and angle closure development.

59 e abnormalities in 8 eyes (47.1%), bilateral iris coloboma in 1 patient (2 eyes [11.8%]), and lens su

60 syndrome (GS) is characterized by bilateral iris hypoplasia, congenital hypotonia, non-progressive a

61 We report a case notable for bilateral iris and ciliary body cysts--a rare presentation of the

62 ared ocular manifestations include bilateral iris hypoplasia, ectopia lentis, corectopia, ectropion u

63 ment of the eye, including the ciliary body, iris, and cornea.

64 iction), or severe (billowing accompanied by iris prolapse and >/=2 mm of pupil constriction).

65 ignificantly expressed gene EPYC might cause iris lesion in MD.

66 ccessfully achieving placement of a centered iris-sutured PCIOL in patients with follow-up of longer

67 quate capsular support had posterior chamber iris-claw aphakic IOL implantation between 2007 and 2012

68 f the anterior structures (anterior chamber, iris, ciliary body/muscle) was detected significantly mo

69 syndrome typically manifests with congenital iris pigmentary abnormalities, but careful inspection ca

70 fication tools was used to image the cornea, iris, and natural lens preoperatively and intraocular le

71 malformations, unicoronal craniosynostosis, iris colobomas, microphthalmia, and intestinal malrotati

72 t abnormalities included absent iris crypts, iris transillumination, lens subluxation, and cataract.

73 amber volume (ACV), iris curvature (I-Curv), iris area (I-Area), lens vault (LV), and angle opening d

74 ncrease in ACA was mainly owing to decreased iris curvature.

75 loping and championing the use of deliberate iris inclusion into the filtering sclerotomy (iridenclei

76 anch molluscs Melibe leonina and Dendronotus iris exhibit homologous swimming behaviors, consisting o

77 medea, Tochuina tetraquetra, and Dendronotus iris, the number of GABA-ir neurons was highly consisten

78 itonia diomedea, Melibe leonina, Dendronotus iris, and Hermissenda crassicornis.

79 and greater baseline anterior chamber depth, iris curvature, and lens vault (P </= 0.002 for all).

80 t, including 11.7% of patients who developed iris neovascularisation (INV) and 8.3% of patients who d

81 Diffuse iris melanoma showed a higher risk of relapse (P = 0.044

82 Digital iris photographs were taken from eyes of each participan

83 tructures, and a hypoplastic or disorganized iris were also observed in the 3 cases.

84 50X)) are responsible for pigment dispersing iris disease, which progresses to intraocular pressure (

85 signals in the optic nerve ultimately drive iris-sphincter-muscle contraction via excitatory choline

86 lowing only), moderate (billowing and either iris prolapse or >/=2 mm of pupil constriction), or seve

87 s, as does the inability to image the entire iris in a single field.

88 tion of the PCIOL, and 1 patient experienced iris capture of the PCIOL after surgery.

89 In both APAC eyes and fellow eyes, iris curvature decreased after LPI (P < .001).

90 n and the occurance of intraoperative floppy iris syndrome.

91 Focal iris thinning/atrophy was detected by ultrasound biomicr

92 17 eyes) who underwent placement of foldable iris-sutured PCIOLs between September 2004 and September

93 A retrospective study was conducted for iris melanoma patients from 3 regional ophthalmologic ce

94 Cancer, eighth edition, staging criteria for iris melanoma, 21 tumors (42%) were T1a, 5 tumors (10%)

95 age, 59.8+/-5.7 years) had gradable data for iris surface features.

96 with iris defects after iridocyclectomy for iris melanoma in 15 cases and iris adenoma in 1 case und

97 ry in eyes with previous iridocyclectomy for iris melanoma or presumed iris melanoma.

98 of the tumor from the optic nerve or fovea, iris involvement, extrascleral extension, or tumor pigme

99 t reported case of spontaneous hyphaema from iris vascular tuft related to a documented supratherapeu

100 Three infants (aged 1, 6, and 8 months) had iris neovascularization, 2 had anterior ciliary body tum

101 In light condition, higher iris crypt grade was associated independently with small

102 llowing an injection at an outside hospital, iris depigmentation and thinning, iris recession with re

103 ve non-HLA genes were all expressed in human iris tissue.

104 limitations in the characterization of human iris pigmentation, we introduce a fully automated approa

105 is report, we used primary cultures of human iris stroma (HIS) cells derived from human eye donors to

106 iris volume in light condition or change in iris volume (all P > 0.05).

107 Associations of the change in iris volume after pupil dilation with underlying iris su

108 ly with smaller iris volume (beta [change in iris volume in millimeters per crypt grade increment] =

109 is volume on pupil dilation (beta [change in iris volume in millimeters per crypt grade increment] =

110 om semiautomated software, and the change in iris volume was quantified.

111 apy showed efficacy and limited morbidity in iris melanomas.

112 This is the first demonstration of OCTA in iris tumors.

113 or monitoring a variety of tumors, including iris melanocytic lesions, for growth and vascularity.

114 36% for the compressible and incompressible iris, respectively.

115 CA and a more anteriorly curved and inserted iris than those of the full-term children.

116 iris curvature, and more anteriorly inserted iris than those of the full-term children (P < .001, P =

117 tive and nonselective), IFIS, intraoperative iris trauma, intraoperative iris prolapse, posterior cap

118 , intraoperative iris trauma, intraoperative iris prolapse, posterior capsular tear, anterior capsule

119 ior chamber area (ACA), iris thickness (IT), iris area, iris curvature, lens vault (LV), anterior vau

120 tion revealed CPAMD8 expression in the lens, iris, cornea, and retina early in development, including

121 Choices include anterior chamber lenses, iris- or scleral-sutured lenses, and iris-claw lenses.

122 rix nattereri) and opal-crowned (Lepidothrix iris) manakins of the Amazon basin, leading to the forma

123 ter >15 mm HR: 7.0 (95% CI: 3.5-13.9), light iris colour (HR: 2.3 (95% CI: 0.9-5.8), having children

124 nd the established prognostic factors, light iris colour also appears to be a prognostic factor for d

125 lor parameter (higher value denoting lighter iris).

126 ight, +/-2 mm) and anterior margin location (iris, ciliary body, pre-equatorial or postequatorial cho

127 heterozygous null mutations showed no major iris defects.

128 e tomography angiography (OCTA) in malignant iris melanomas and benign iris lesions.

129 or timing of Gpnmb(R150X) Tyrp1(b) mediated iris disease.

130 filament) near the pupil (n = 3) or midzonal iris (n = 1), before returning to the peripheral iris (b

131 nopsin expression in a small subset of mouse iris sphincter muscle cells, with the light-induced cont

132 55 mmHg, with a 1.6 mm hyphaema and multiple iris vascular tufts visible around the entire pupil.

133 ears to be the first to demonstrate multiple iris and ciliary body cysts with high-quality color phot

134 ic (Ophtec B.V., Groningen, The Netherlands) iris-fixated pIOL for the treatment of myopia or astigma

135 Penetration of flow signal in normal iris depended on iris color, with best penetration seen

136 The normal iris has radially oriented vessels within the stroma on

137 ngioma course and its relation to the normal iris microvasculature.

138 ity, were significantly correlated to AS-OCT iris thickness measurements.

139 the need for Ophthalmologists to be aware of iris vascular tufts as a cause for spontaneous hyphaema,

140 In an analysis of 1611 cases of iris nevus referred for evaluation at an ocular oncology

141 Qualitative classification of iris insertion into basal, middle, and apical categories

142 y that clearly depicts the looping course of iris racemose hemangioma.

143 patients experienced metastases nor died of iris melanoma.

144 Furthermore, we assess of the effect of iris colour and having children on 5-year risk of death

145 T and OCTA images, qualitative evaluation of iris and tumor vasculature, and quantitative vessel dens

146 Features of iris racemose hemangioma on OCTA.

147 To describe OCTA features of iris racemose hemangioma.

148 is difficult may consist of implantation of iris prostheses, devices designed to reduce symptoms of

149 functional results following implantation of iris prosthesis combined with cataract surgery in eyes w

150 pigmentation, and vascularity; incidence of iris neovascularization; and radiation-related complicat

151 Placement of iris-sutured PCIOLs at the time of subluxated lens extra

152 eficiency, as critical in the progression of iris disease and glaucoma.

153 rophylaxis significantly reduced the rate of iris rubeosis from 36% to 4% (log-rank test P = .02) and

154 o -0.59; P = 0.001) and greater reduction of iris volume on pupil dilation (beta [change in iris volu

155 To evaluate the patterns of regression of iris melanoma after treatment with palladium-103 ((103)P

156 on and absolute alcohol-induced sclerosis of iris stromal cysts is safe and effective, with cyst invo

157 correlation (P = 0.000) between the slope of iris and the IOL in horizontal and vertical axes.

158 to classify because of the wide spectrum of iris proliferations.

159 novative device in the surgical treatment of iris defects.

160 y angiography (OCTA) allows visualization of iris racemose hemangioma course and its relation to the

161 on of flow signal in normal iris depended on iris color, with best penetration seen in light to moder

162 ing the choroid (90%), ciliary body (7%), or iris (2%).

163 8/1059, 89%), ciliary body (85/1059, 8%), or iris (36/1059, 3%), with 19% being macular in location.

164 e were no reports of neovascular glaucoma or iris neovascularization.

165 EGF are elevated in patients with retinal or iris neovascularization, and VEGF-specific antagonists m

166 ntify the best medical practice in pediatric iris lesions with atypical characteristics.

167 (filament sign), arising from the peripheral iris (base of light bulb) and forming a tortuous loop on

168 (n = 1), before returning to the peripheral iris (base of light bulb).

169 ation (LS) pupillary block (PB), and plateau iris syndrome (PL).

170 enlarged Soemmering ring provided posterior iris support in apposition to the anterior chamber angle

171 ergone previous iridocyclectomy for presumed iris melanoma, combined cataract surgery and iris prosth

172 ridocyclectomy for iris melanoma or presumed iris melanoma.

173 E PRESENTATION: Two patients with a previous iris-claw PIOL implantation were enrolled.

174 the diagnosis for 3217, and 160 had primary iris melanoma.

175 Prosthetic iris implantation was combined with phacoemulsification

176 er implantation of the Ophtec 311 prosthetic iris.

177 dual iris or opaque portions of a prosthetic iris device.

178 iris adenoma in 1 case underwent prosthetic iris device implantation surgery.

179 stics superimposed over small-caliber radial iris vessels against a background of low-signal iris str

180 is hemangioma; however, small-caliber radial iris vessels were more distinct on OCTA than intravenous

181 angiography depicted fine details of radial iris vessels, not distinct on intravenous fluorescein an

182 Iris vascular tufts are rare iris stromal vascular hamartomas.

183 e extraocular relapse of previously resected iris melanoma, without concurrent intraocular recurrence

184 extraocular relapse from previously resected iris melanoma.

185 bconjunctival relapse of previously resected iris melanoma.

186 were covered in all areas by either residual iris or opaque portions of a prosthetic iris device.

187 n = 54) or IOL exchange with a retropupillar iris-claw lens (n = 50).

188 ) after the implantation of 2 types of rigid iris-fixated phakic intraocular lenses (pIOLs) for the t

189 0X) Tyrp1(b) strain, which develops the same iris disease as DBA/2J mice.

190 All eyes had sectoral iris racemose hemangioma without associated iris or cili

191 d as the presence of anterior chamber seeds, iris infiltration, ciliary body infiltration, massive (>

192 d as the presence of anterior chamber seeds, iris infiltration, ciliary body/muscle infiltration, mas

193 s vessels against a background of low-signal iris stroma.

194 The custom-made, flexible silicone iris prosthesis ArtificialIris (HumanOptics, Erlangen, G

195 print contact lenses, sunglasses, and simple iris prostheses.

196 de was associated independently with smaller iris volume (beta [change in iris volume in millimeters

197 t effect ORs were adjusted for age, smoking, iris pigmentation, self-reported cardiovascular disease,

198 Our examination revealed solid iris tumor (n = 3), ciliary body involvement (n = 2), an

199 This stability iris mechanism likely contributes to the narrowing of ra

200 P children exhibited a narrower ACA, steeper iris curvature, and more anteriorly inserted iris than t

201 gns (fine nystagmus in 2 patients and subtle iris transillumination in 5 patients).

202 The management of symptomatic iris stromal cyst is challenging using methods of aspira

203 Temporal iris therefore may be considered a preferred location fo

204 scans, 50 B-scans) of the nasal and temporal iris in both eyes using AS-OCT (3-mum axial resolution).

205 The iris lesion was treated with topical (18/21, 86%) and/or

206 The iris showed diffuse pigmentation in 10 cases and sectori

207 The iris stromal cysts were primary congenital (n = 6), prim

208 The iris tumor was nodular (16/21, 76%) or diffuse (5/21, 24

209 The iris-free procedure of corneoscleral trephination develo

210 The iris-like channel opening is accompanied by an alpha-to-

211 optic (D1, D2), slope of the line across the iris and IOL, the slope ratio between the IOL and iris,

212 n the parasympathetic pathway activating the iris sphincter and ciliary muscle to mediate pupillary c

213 Ocular JXG preferentially affects the iris and is often isolated without cutaneous involvement

214 vent was adhesion between the cornea and the iris (synechia; n = 24).

215 The mean angle between the IOL and the iris was noted to be 3.2 +/- 2.7 degrees and 2.9 +/- 2.6

216 and folding translucent membrane behind the iris (stage 3), and a broad membrane within the pupil (s

217 The distance between the iris margin and the anterior IOL optic (D1, D2), slope o

218 angiography performed in 1 eye depicted the iris hemangioma; however, small-caliber radial iris vess

219 - and agonist-bound states and determine the iris-like mechanism of ion channel opening.

220 fficiency of CD94 failed to alter either the iris disease or the subsequent IOP elevation.

221 In APAC eyes, the iris flattened, cACD deepened, and the lens shifted post

222 of the retinal neuroepithelium that form the iris and ciliary body, thus correlating CPAMD8 expressio

223 tumors (n = 6/61; 9.5%) originating from the iris and ciliary body required muscle surgery for plaque

224 xpression of ZIKV antigen was present in the iris in cases 1, 3, and 4; the neural retina and choroid

225 In the iris JXG group, mean IOP was 19 mmHg (median, 18 mmHg; r

226 presence and effector pathway locally in the iris remain uncertain.

227 75% of the eyes 1 haptic was embedded in the iris; it extended into the ciliary body process in 35% a

228 e ocular tissue affected by JXG included the iris (21/31, 68%), conjunctiva (6/31, 19%), eyelid (2/31

229 s of ocular cells and tissues, including the iris region of the uveal tract during anterior uveitis.

230 tion defined by total or partial loss of the iris and leads to decreased visual quality marked by gla

231 with increased axial length, coloboma of the iris and of the optic disc, and severe myopia.

232 e characterized in vivo abnormalities of the iris associated with albinism for the first time and sho

233 immune components in the progression of the iris disease and high IOP.

234 h, ACD, and ACA as well as flattening of the iris in APAC eyes.

235 croscopic and microscopic composition of the iris is a contributing feature to angle-closure disease.

236 Upon follow-up of the iris JXG group, visual acuity was stable or improved (18

237 t disorder characterized by inability of the iris to dilate owing to absence of dilator pupillae musc

238 included ptosis, esotropia, coloboma of the iris, retina, choroid and optic disc, and microcornea.

239 hree cases because of slippage of one of the iris-claw haptics and spontaneous complete posterior dis

240 ients with primary malignant melanoma of the iris.

241 h tumor seeding in the angle (38%) or on the iris stroma (25%).

242 This analysis revealed that the iris-like expansion of the transmembrane helices mainly

243 apupillary transmission of light through the iris and sclera.

244 ing to the eye's ciliary body or even to the iris [20-22].

245 Imaging of structures posterior to the iris is possible only with UBM.

246 e adhesions from the opacified cornea to the iris with a kerato-irido-lenticular contact to the remna

247 s descended from surface ectoderm, while the iris and collagen-rich stroma of the cornea have a neura

248 he direct apposition of the implant with the iris and iridocorneal angle, together with pressure-indu

249 efore and after iris reconstruction with the iris implant placed in the ciliary sulcus.

250 umelanin, and non-pigmented areas within the iris.

251 after more than 2 post-operative years, the iris prosthesis was explanted, and intravitreal cultures

252 hospital, iris depigmentation and thinning, iris recession with retinal necrosis and hypotony, a fil

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

254 The most common findings related to iris melanoma regression after (103)Pd plaque brachyther

255 rted after implantation with myopic or toric iris-fixated pIOLs.

256 ng distance (AOD500, AOD750), and trabecular iris space area (TISA500, TISA750) were measured in qual

257 in AOD750, angle recess area, and trabecular iris surface area (P < 0.05 for all).

258 angle opening distance (AOD750), trabecular iris space area (TISA750), and iris thickness (IT750) at

259 Trabecular-iris angle (TIA) and angle opening distance 500 mum ante

260 Trabecular-iris angle (TIA), angle opening distance 500 mum from th

261 Trabecular-iris contact (TIC) was observed in 8 eyes of 8 subjects,

262 gle opening distance (AOD500) and trabecular-iris space area (TISA500) 500 mum from the scleral spur,

263 ers angle opening distance (AOD), trabecular-iris space area (TISA), trabecular-iris circumference vo

264 iridocorneal angle measurements: trabecular-iris angle (TIA), angle opening distance (AOD500) and tr

265 m (AOD750) from the scleral spur; trabecular-iris space area at 500 mum (TISA500) and 750 mum (TISA75

266 anterior from scleral spur), the trabecular-iris-space area (TISA, measured 500 and 750 mum anterior

267 rabecular-iris space area (TISA), trabecular-iris circumference volume (TICV), length of iridotrabecu

268 d a contiguous ring of pigmented translucent iris cysts at the pupillary margin of each eye, confirme

269 n for the treatment of distinctive traumatic iris defects and results in an individual, aesthetically

270 Patients undergoing iris melanoma resection are at risk of developing late s

271 volume after pupil dilation with underlying iris surface features in right eyes were assessed using

272 female patients and 1 male patient underwent iris tumor resection and presented to our service with s

273 subluxated intraocular lenses that underwent iris suture fixation at an academic institutional care c

274 Patients diagnosed with unilateral iris racemose hemangioma were included in the study.

275 Four eyes of 4 patients with unilateral iris racemose hemangioma were included in the study.

276 e ocular involvement: enophthalmos, uveitis, iris atrophy.

277 report on an unusual case of a vascularized iris lesion in a three year old Caucasian patient, with

278 ble of engrafting on the highly vascularized iris.

279 Referring diagnosis was iris melanoma (n = 1), infectious endotheliitis (n = 1),

280 1), and the initial finding by physician was iris tumor (n = 2) or hyphema (n = 1).

281 The parameters included were iris area, anterior chamber depth (ACD), anterior chambe

282 il recently, possible treatment options were iris print contact lenses, sunglasses, and simple iris p

283 Five patients (n = 5/161 [3.1%]) with iris melanoma demonstrated local recurrence and 1 metast

284 dy and choroidal (CBC) melanoma and 160 with iris melanoma were evaluated.

285 rows and iris color were not associated with iris volume in light condition or change in iris volume

286 ing progresses centrally in association with iris movement and aqueous flow.

287 ght and by tumor location (least atypia with iris tumors).

288 ants and formula for aphakia correction with iris-claw IOLs to achieve the best refractive status in

289 ures of the 2 groups revealed more eyes with iris neovascularization in the enucleation group (25.4%)

290 Sixteen patients (16 eyes) with iris defects after iridocyclectomy for iris melanoma in

291 Patients with iris defects suffer from severe visual impairment, espec

292 Patients with iris lesions and healthy volunteers.

293 One hundred seven patients with iris melanoma from 3 regional ophthalmologic centers.

294 aracteristics and outcomes for patients with iris melanoma using proton therapy.

295 h of 8 normal volunteers and 9 patients with iris melanomas or benign iris lesions, including freckle

296 Two patients with iris transillumination had glaucoma.

297 Patients with iris vascular tufts generally remain asymptomatic until

298 Those with iris JXG presented at a median age of 13 months compared

299 ssel density was significantly higher within iris melanomas (34.5%+/-9.8%, P < 0.05) than in benign i

300 d iris prosthesis placement, with or without iris reconstruction, can lead to visual improvement as w