Monthly Archives: July 2017

Susana Marcos discusses VioBio Lab research and technology activities in various press interviews

SM_Entrevistas_1040006023_8336335_470x352

In a series of interviews in Spanish Media, Prof. Susana Marcos, Director of the Visual Optics and Biophotonics Lab discusses the research work on vision, diagnostics and improvement carried at in the lab, as well as its technological and clinical impact.

Interview in Voz Pópuli, “Entrevista a Susana Marcos” by Antonio Martínez Ron: http://www.vozpopuli.com/altavoz/next/Queremos-operar-vista-cansada-miopia_0_1039996366.html

Interview in La Gaceta de Salamanca: “Un jurado con 18 Premios Nobel corona a la salmantina Susana Marcos”:
http://www.lagacetadesalamanca.es/salamanca/2017/06/12/jurado-18-premios-nobel-corona-salmantina-susana-marcos/208128.html

Interview in Salud Digital, “En España, la fotónica y la óptica visual tienen un prestigio superior al de muchos países”: https://consalud.es/saludigital/revista/en-espana-la-fotonica-y-la-optica-visual-tienen-un-prestigio-superior-al-de-muchos-paises-599

More press releases here: http://www.vision.csic.es/Shared%20Documents/News.aspx

Rose Bengal Corneal Cross-linking : Clinical and Histological changes published in IOVS

i1552-5783-58-9-3471-f11

Following studies on the corneal biomechanical changes induced by Rose Bengal CXL in vivo in an experimental model on rabbits, we report on the histology and clinical observations in the cornea in a 60-day follow up, in comparison with contralateral eyes left after control (de-epithealized). It was found that cell death was restricted to the anterior central stroma, and the cellular decrease did not differ significantly between RGX and DE corneas. Cell proliferation in the epithelium and stroma appeared at 2 days. In both DE and RGX corneas, recovery of the epithelium was complete at day 30, although cell repopulation of the stroma was not complete at 60 days. Rose Bengal CXL appears therefore an efficient and safe method to increase corneal stiffness, with significant advantages over traditional UV Cross-linking (use of visible light, less penetration and much faster application). The work is the result of a collaboration between Wellman Center of Photomedicine, MGH-Harvard Medical School (Irene Kochevar’s Lab), Universidad de Valladolid (Carmen Martinez’s Lab) and Instituto de Optica CSIC (VioBio Lab).

Full reference: Patricia Gallego-Muñoz; Lucía Ibares-Frías; Elvira Lorenzo; Susana Marcos; Pablo Peréz-Merino; Nandor Bekesi; Irene E. Kochevar; M. Carmen Martínez-García. Corneal Wound Repair After Rose Bengal and Green Light Crosslinking: Clinical and Histologic Study. Investigative Ophthalmology & Visual Science July 2017, Vol.58, 3471-3480.

Full article: http://iovs.arvojournals.org/article.aspx?articleid=2644165

%d bloggers like this: