Monthly Archives: December 2016
The Visual Optics and Biophotonics Lab seeks candidates for a 2-year COFUND Postdoctoral Application in Biophotonics to develop projects of excellence/innovation in the area of ocular imaging, ocular biomechanics and/or vision correction
The Multiply COFUND Program
• The Multiply COFUND Fellowship is partially funded by the European Commission (H2020 Marie Sklodowska Curie Program) and VIOBIO Laboratory Funds.
• Salary: 53,000-55,000 €/year (including Social Security obligations).
• The successful applicant will work on development and applications of imaging techniques in the anterior segment of the eye, ocular biomechanics or adaptive optics. Applications range from understanding the basic ocular mechanisms to the evaluation and new designs of alternatives for vision correction.
• Full description of Fellowship Program: http://multiply.astonphotonics.uk/
• Fellowship Starting date: November 2017
• Eligible candidates are international or Spanish citizens that have not resided in Spain for more than one year in the previous three years.
• Must hold a PhD degree and an excellent background.
• Experience in Biomedical Imaging (Ocular imaging preferred) with strong motivation for multidisciplinary research in the field of ophthalmic and ocular biology applications
• Must be fluent in English.
The Visual Optics and Biophotonics Lab
The Visual Optics and Biophotonics Lab, led by Prof. Susana Marcos, provides a young and dynamic research environment. The laboratory is funded primarily by European grants (ERC Advanced Grant), national programs and holds excellent collaborative programs with top international laboratories, clinical institutes and industry. The Lab is part of t EU MyFun Marie Curie ITN Research of Excellence, MIT M+Vision Consortium, among others. The Institute of Optics (CSIC) is the oldest research institute in Optics in Spain, and holds an excellent reputation of research in optics, particularly in Visual Optics. CSIC (www.csic.es) is the National Center for Research in Spain, and the most important multidisciplinary research facility in the country, and among the highest ranked in Europe.
Full information regarding VIOBIO Lab activities: http://www.vision.csic.es
• Applicants should send Expressions of Interest to the VIOBIO Lab Project Managment Unit at: email@example.com before February 15, 2017 and should include CV, research interests and names of three references.
• Pre-selected candidate(s) will proceed with the full application procedure, which requires a cover letter, CV, a research proposal (in collaboration with host institution VioBio Lab), Letter of Commitment from host institution, scan of photo ID, scan of PhD certificate and residence certificate (last 3 years). Letters of Recommendations will be requested at this stage.
• Formal applications will be made through a dedicated website.
• Final application deadline: March 31, 2017.
We have compiled a slide show presenting the peer review publications by VioBio Lab in 2016. Topics include corneal biomechanics, crystalline lens, wavefront sensing and visual simulations of multifocal corrections for presbyopia, and journals include IOVS, Biomedical Optics Express, Optica, PLOS One, Journal of Cataract and Refractive Surgery, Applied Optics and Journal of Refractive Surgery.
Please, visit this link to learn more on what came out from VioBio in 2016.
The Ophthalmology Business Review has featured the article “Portable device simulates different IOLs before surgery” which describes SimVis, a portable see-through visual simulator of multifocal corrections. The system is based
in the concept of temporal multiplexing (Dorronsoro et al. Optica 2016) and its current version is binocular and wearable. SimVis is developed by 2Eyes Vision, a spin-off company of VioBio Lab-CSIC
A link to the article can be found here
Link to 2 Eyes Vision website.
Material Properties from Air Puff Corneal Deformation in model and porcine corneas, published in PLOS One
Fig. 1.Model cornea (MC). A. Model cornea made out of hydrophilic contact lens material. B. Model cornea mounted in artificial eye chamber.
Fig. 6. FE model of the model eye with the applied boundary conditions.
Fig 10. Stress-strain curves of the MC materials and porcine corneas by the inverse modeling from air-puff measurements and from uniaxial extensiometry measurements. C: Material Q
We used model polymer corneas of different materials and thicknesses and porcine corneas ex vivo (at constant intraocular pressure) to validate an inverse optimization approach to retrieve material properties from air puff corneal deformation imaging. Material properties were compared with those obtained from uniaxial extensiometry revealing high similarity. In polymer artificial corneas material properties were retrieved independent on corneal thickness. The study demonstrates that the combination of air puff corneal deformation imaging with inverse modeling is a reliable non-invasive technique to estimate corneal mechanical properties. The study has just been published in PLOSOne.
Full reference: Bekesi N, Dorronsoro C, de la Hoz A, Marcos S (2016) Material Properties from Air Puff Corneal Deformation by Numerical Simulations on Model Corneas. PLoS ONE 11(10): e0165669. doi:10.1371/journal.pone.0165669
Link to publication.
Link to CSIC Press Release
Prof. Marcos receives the “Placa de Honor” from Asociacion Española de Cientificos, the maximum distinction given by the Society, for her research in the “physics and the mechanisms of the vision process, diagnostics and treatment of ocular conditions, for her international scientific achievements and for her technology transfer activity during her career”. The award was presented at the annual event of the association.
Full program of the event.
Presentation of Prof. Marcos Presentation of Prof. Marcos by Director of the Institute of Optics, CSIC (Dr. Juan Diego Ania).