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Graphene @ ICFO


Congratulations to New ICFO PhD graduate

Dr. Igor Blanco received his Master degree from the joint master program coordinated by the University of Barcelona, the Autonomous University of Barcelona and the Technical University of Catalonia. Since then he joined the Medical Optics research group at ICFO, led by Prof. Turgut Durduran and centered his doctoral work on studying and understanding obstructive sleep apnoea (OSA) síndrome through the use of Diffuse Correlation Spectroscopy monitoring of cerebral hemodynamics. Dr. Blanco’s thesis, entitled ‘Diffuse Optical Monitoring of Cerebral Hemodynamics in Experimental and Clinical Neurology’, was supervised by Prof. Turgut Durduran.


The study of the brain using diffuse optical methods has progressed rapidly in the recent years. The possibility of studying the cerebral microvasculature in addition to the portability and low cost of these devices opens a new door in the study of the cerebral pathophysiologies.

In this scenario, the study of the cerebral hemodynamics of ischemic patients might allow neurologists to improve the performance of the early medical treatments and therapies used up to date. In this thesis, I have conducted a pioneering study where cerebral autoregulation was studied in ischemic stroke patients during the early hours after the stroke.

Similarly, some other diseases can provoke impaired cerebral autoregulation in the long term. One of them is the obstructive sleep apnoea (OSA) syndrome which can provoke a risk increase of developing cardiovascular diseases and ischemic stroke.

In this regards, I have carried out the largest to date study conducted with Diffuse Correlation Spectroscopy in patients with OSA and I have compared their hemodynamical response to an orthostatic challenge test with a control group of healthy subjects.

Finally, primary animal research is of great importance in the development of new therapies, medical strategies and in the validation of new drugs with the aim of reducing the high mortality and slow and costly recovery of ischemic patients. In consequence, many models of ischemia are reproduced in rodents where the cerebral hemodynamics are studied using expensive equipment such as MRI scanners or by techniques that involve invasive approaches like for instance removing the scalp or thinning the skull which in turn cause a worsening in the living conditions of the animal.

In relation to this point, I have developed a fully non-invasive method to study the cerebral hemodynamics in rats that allows proceeding with longitudinal studies and which I hope will be useful in future biomedical research.

Thesis Committee

Angels Sierra

Pablo Loza

Isabel Serra

Two recent ICFO papers highlighted by the HFSP

PNAS and J. Cell Science papers highlighted for new findings in Biology by means of super-resolution and single molecules approaches.

Charles Townes (1915 – 2015)

ICFO honors one of the most important experimental physicists of the last century.

Congratulations to New ICFO PhD graduate

Dr. Yannick Alan de Icaza Astiz graduated with a thesis in 'Optimal Signal Recovery for Pulsed Balanced Detection'

ICFO to coordinate RAIS- H2020 project

Photonics KET - Biophotonics for screening of diseases

Graphene enables all-electrical control of energy flow from light emitters

First signatures of graphene plasmons at telecommunications wavelength revealed

Optical Sensing: the smaller the better

Plasmonic Focusing enables High-Sensitivity Quantum Dot Photodetectors

Welcome to the International Year of Light

ICFO prepares for a splash of outreach activities designed to make Photonics a household word.

No More Fields

Self accelerating particles self-induce Aharonov-Bohm phase: Review in Nature’s News and Views.

New CLP Member

FYLA joins ICFO's Corporate Liaison Program


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