Monthly Archives: October 2014

Susana Marcos, in “Protagonistas de la Ciencia” in Scientific Culture, CSIC

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Susana Marcos discusses about research in her lab and science outreach in general in the “Protagonistas de la Ciencia” series by Scientific Culture at CSIC. Read the whole interview (in Spanish)

New in the lab: Dr. Eduardo Martinez

Eduardo

We welcome Dr. Eduardo Martinez to VioBio, who will join projects involving image processing. Eduardo is an Telecommunication Engineer from the Universidad Politecnica in Madrid. He received his PhD by Universidad Carlos III, in Signal Processing, where he was a lecturer in Signal Theory and Communucation from 2006 to 2014.

His interests are compact representation of signals for applications to image, video and biomedical image processing.

CSIC Press Release: “A new technique measures corneal elasticity by means of image and sound”

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CSIC has launched a press release featuring the recent collaborative study between VioBio Lab and Wellman Center of Photomedicine (MGH) just published in the Journal of the Royal Society Interface
Read full note: Link

Corneal biomechanical properties from OCT Vibrography published in Journal of the Royal Society Interface

 

Sin título

The study demonstrates the use of phase-sensitive OCT in combination with acoustic stimulation to obtain mechanical properties of the cornea. A finite-element model shows that the measured resonance frequency of the vibrating cornea is proportional to corneal elasticity.

The method was demonstrated on corneal flaps and intact corneas. The resonance frequency shifted after a cross-linking corneal stiffening procedure. The study is a collaborative work between the Visual Optics and Biophotonics Lab (Institute of Optics, CSIC) led by Prof. Susana Marcos, and Prof. Andy Yun’s lab at Wellman Center of Photomedicine, Massachusetts General Hospital (Harvard /HSTI-MIT)

Full reference: Sabine Kling, Imran B. Akca, Ernest W. Chang, Giuliano Scarcelli, Nandor Bekesi, Seok-Hyun Yun, and Susana Marcos  “Numerical model of optical coherence tomographic vibrography imaging to estimate corneal biomechanical properties” J R Soc Interface 2014 11:20140920; doi:10.1098/rsif.2014.0920

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