Biomechanical Changes After In Vivo Collagen Cross-Linking With Rose Bengal–Green Light and Riboflavin-UVA published in IOVS
Biomechanical properties of in vivo CXL rabbit corneas with two different CXL modalities were evaluated one and two months after treatments by Corvis ST air puff dynamic Scheimpflug imaging. The material properties were determined by inverse finite element analysis. Results show that CXL has higher effect after two months than one month for both CXL modalities, but it is still lower than values immediately after the treatment.
Full reference: Nandor Bekesi, Patricia Gallego-Muñoz, Lucía Ibarés-Frías, Pablo Perez-Merino, M. Carmen Martinez-Garcia, Irene E. Kochevar, Susana Marcos. “Biomechanical Changes After In Vivo Collagen Cross-Linking With Rose Bengal–Green Light and Riboflavin-UVA”. Invest. Ophthalmol. Vis. Sci. 2017;58(3):1612-1620 (2017).
The European Research Council turns 10 years funding research excellence across Europe. VioBio Lab joins the program of celebrations in Madrid.
Susana Marcos will share experiences with ERC funding in a special session March 24 at the Ministry of Economy, Industry and Competitivity, chaired by Secretary of State of Science and Innovation Dr. Carmen Vela, and closed by the Secretary of Economy, Mr. Luis de Guindos. The Full Program of the event can be found here: Agenda ERC 10th Anniversary_ES, and the Full List of Speakers here: Speakers ERC 10th Anniversary
In addition, VioBio ERC Advanced Grant Presbyopia will be featured in a temporary exhibit at the National Museum of Science and Technology, as part of an ERC weekend (March 25-26) at the museum with a fantastic program celebrating science. Full program can be found here.
VioBio Lab ERC funding includes: 1 ERC Advanced Grant PRESBYOPIA, and 3 ERC Proof of Concept Grants OCT4IOL, SimVisSim and Light-AIOL.
We welcome Merche Romero and Victor Rodríguez to VioBio Lab as Master Students from Universidad Complutense de Madrid (Facultad de Óptica y Optometría). Merche Romero has a degree in Optometry (June 2016), and large experience in clinical practice (2002–2015). Her MSc thesis will involve the use of adaptive optics and visual simulators in patients prior to surgery. Victor Rodriguez finished a BSc in Optometry in June of 2016 (UCM) and studies first year of Physics (UNED). His MSc thesis will involve development of monitoring systems for optotunable lenses.
A full 3-D eye model based on quantitative optical coherence tomography is presented for guinea pigs of two ages in vivo (awake and under cycloplegia). Biometric parameters obtained from OCT included cornea and lens surface elevations and radii of curvature, interocular distances, crystalline lens volume, diameter, equatorial lens position and surface area. There was a good correspondence (except for spherical aberration, likely due to the presence of GRIN) between the ocular aberrations measured with laser ray tracing and predicted from the eye model.
The study is published in Biomedical Optics Express, as part of the special issue “25 Year Anniversary of OCT”.
Full reference: Pablo Pérez-Merino, Miriam Velasco-Ocana, Eduardo Martinez-Enriquez, Luis Revuelta, Sally A McFadden, and Susana Marcos. “Three-dimensional OCT based guinea pig eye model: relating morphology and optics” Biomed. Opt. Express 8, 2173-2184 (2017).
The Agencia Estatal de Investigación has appointed Prof. Susana Marcos to its Scientific Advisory Board. The board is formed by a group of 12 prestigious scientists. Other scientists from CSIC included in the board are Avelino Corma, Angela Nieto, Alberto Enciso and Carme Torras.
The AEI is the Spanish research funding agency. Recently launched with a new management model, it aims at improving planning of funding of research activities.
- Link to AEI: http://www.idi.mineco.gob.es/portal/site/MICINN/
- Link to Press Release: http://www.efefuturo.com/noticia/agencia-estatal-investigacion-comite/
- Link to other news:https://www.redaccionmedica.com/secciones/sanidad-hoy/la-agencia-estatal-de-investigacion-ya-tiene-su-dream-team-asesor-8225
A new paper published in the Special Issue in Vision Research on Adaptive Optics includes a revision of the technology and its applications in Vision Science, including visual psychophysics, visual simulation, retinal imaging, ocular biology and neurophysiology. The article is structured in a Question and Answer format from leaders in the field (the authors of the paper), led by the special issue guest editors Stephen A. Burns, John S. Werner and Susana Marcos.
The article is in press in Vision Research: Marcos et al. Vision science and adaptive optics, the state of the field.
Álvaro Sánchez-Lozano, Business Developer in the SimVis project, explains the development of 2Eyes Vision, a spin-off company of the Visual Optics and Biophotonics Lab (Institute of Optics, CSIC, Madrid). You can learn about SimVis, a technology to simulate corrections for presbyopia, in an interview by Fundación Madrid+d.
More information on 2Eyes Vision at http:://www.2eyesvision.com
Susana Marcos discusses the latest research in VioBio Lab and her views on science and technology transfer in this interview in SECPHO News. SECPHO is the Southern European Cluster in Photonics and Optics.
You can read the full interview in this link: http://www.secpho.org/wp-content/uploads/2017/01/Susana-Marcos_Enero2017vdef.pdf
New in the lab in a joint position with Wellman Center of Photomedicine (MGH, Harvard): Dr.Judith Birkenfeld
We welcome back Judith Birkenfeld in VioBio Lab. She is joining through a Marie Curie COFUND Fellowship (Fundacion Madri+d) jointly Wellman Center (Andy Yun’s Lab) and the Institute of Optics, CSIC (VIOBIO Lab) . Judith’s background is in Physics (MSc, Heidelberg University) and Visual Optics and Biophotonics (PhD Universidad Complutense de Madrid), having graduated under the supervision of Prof. Susana Marcos. She joins back after M+Vision Postdoctoral Fellowship work at MIT, Brigham Women Hospital and Mass General Hospital working on translational projects in biomedicine. Her interests are in the area of ocular imaging (OCT and microscopy) and applications to ocular biomechanics.
OCT- based full crystalline lens shape as a function of accommodation in vivo, published in Biomedical Optics Express
A newly developed method to estimate the entire lens shape based on 3-D quantitative imaging is applied to the evaluation of the lens changes in volume, surface area, equatorial position and equatorial lens diameter, in young eyes in vivo. The study is the first assessment of the full accommodating crystalline lens in vivo using high resolution optical imaging.
The work has been published in Biomedical Optics Express as part of a Special Issue on Optical Coherence Tomography Full reference:
Eduardo Martinez-Enriquez, Pablo Pérez-Merino, Miriam Velasco-Ocana, and Susana Marcos, “OCT-based full crystalline lens shape change during accommodation in vivo,” Biomed. Opt. Express 8, 918-933 (2017)