Telangiectasiahttps://en.wikipedia.org/wiki/Telangiectasia
Telangiectasia jẹ awọn ohun elo ẹjẹ ti o fẹẹrẹ kekere ti o le waye nitosi oju awọ-ara tabi awọn membran mucous, wọn laarin 0.5 ati 1 millimeter ni iwọn ila opin. Awọn ohun elo ẹjẹ ti o gbooro le dagbasoke nibikibi lori ara ṣugbọn a rii nigbagbogbo ni oju ni ayika imu, awọn ẹrẹkẹ ati gba pe.

○ Itọju
Awọn lesa ti iṣan jẹ doko gidi fun telangiectasias, ṣugbọn nilo ohun elo laser gbowolori.
#Dye laser (e.g. V-beam)
☆ Ninu awọn abajade 2022 Stiftung Warentest lati Jẹmánì, itẹlọrun alabara pẹlu ModelDerm jẹ kekere diẹ ju pẹlu awọn ijumọsọrọ telemedicine isanwo.
  • Dermatomyositis
  • Spider nevus
References Evaluation of the Pinhole Method Using Carbon Dioxide Laser on Facial Telangiectasia 37109186 
NIH
Lilo ọna pinhole pẹlu itọju laser CO2 fun telangiectasias oju jẹ ailewu, ti ifarada, ati ọna ti o munadoko pupọ.
CO2 laser treatment using the pinhole method to treat facial telangiectasias is a safe, inexpensive, and effective treatment that provides patients with excellent aesthetic satisfaction.
 Evaluation of the Pinhole Method Using Carbon Dioxide Laser on Facial Telangiectasia 37109186 
NIH
Lilo ọna pinhole pẹlu itọju laser CO2 fun telangiectasias oju jẹ ailewu, ti ifarada, ati ọna ti o munadoko pupọ.
CO2 laser treatment using the pinhole method to treat facial telangiectasias is a safe, inexpensive, and effective treatment that provides patients with excellent aesthetic satisfaction.
 A retrospective 10 years‐ experience overview of dye laser treatments for vascular pathologies 37632184 
NIH
Flash-lamp pulsed dye laser (FPDL) ni bayi ni a mọ ni ibigbogbo bi lesa kongẹ julọ ti o wa fun atọju awọn ọran ipele-ojuda. Ninu iwadi yii, a gba data ti o wa ni ọdun mẹwa ti iriri nipa lilo itọju laser dye fun awọn alaisan ti o ni orisirisi awọn ipo iṣan (telangiectasia, rhinophyma, port-wine stains, cherry and spider angiomas, and vascular tumors such as cherry angiomas, infantile hemangiomas, port wine stains, rhinophyma, spider angiomas, and telangiectasia) .
The Flash‐lamp pulsed dye laser (FPDL) is nowadays considered the most precise laser currently on the market for treating superficial vascular lesions. In this study, we gathered data from 10 years of experience regarding dye laser treatment of patients presenting vascular malformations such as telangiectasia, rhinophyma, port‐wine stain, cherry and spider angioma and vascular tumours: cherry angioma, infantile haemangioma, port wine stain, rhinophyma, spider angioma, telangiectasia