Biophotonics '09 - Poster Session 3

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An expert is a man who has made all the mistakes, which can be made, in a very narrow field
- Niels Bohr

Poster Session 3: Tuesday 9 June 2009

Current date and time: 5/19/2012 1:02:46 AM

 

Name

Affiliation

Title and poster presentation

Summary

Yoonsung Bae
bys@gist.ac.kr



Gwangju Institute of Science and Technology
Department of Information and Communications
Republic of Korea

Quantitative Phase-Contrast Imaging using Digital Holographic Microscope Quantitative Phase-Contrast Imaging using Digital Holographic Microscope

Nienke Bosschaart
n.bosschaart@amc.uva.nl



University of Amsterdam
Academic Medical Center
The Netherlands

Quantitative Measurements of Scattering and Absorption by Low Coherence Spectroscopy Quantitative Measurements of Scattering and Absorption by Low Coherence Spectroscopy

Mikkel Brydegaard Soerensen
mikkel.brydegaard@fysik.lth.se



Lund University
Department of Physics
Sweden

Methods for consistent fluorescence measurements

Methods for consistent fluorescence measurements

Torsten Frosch
torsten.frosch@uni-jena.de



University Jena
Physical Chemistry
Germany

Raman spectroscopic investigation of drug-target-interactions Summary unavailable
Stefaan Heyvaert
sheyvaer@vub.ac.be



Vrije Universiteit Brussel
Applied Physics and Photonics
Belgium

Fiber optic micro-structured sensors for biomedical applications

Fiber optic micro-structured sensors for biomedical applications

Boris Khlebtsov
bkhl@ibppm.sgu.ru



Saratov State University
Department of Physics
Russia

Optical properties of Au/Ag nanorods as imaging labels for biological applications

Optical properties of Au/Ag nanorods as imaging labels for biological applications

Dmitry Khoptyar
dmitry.khoptyar@fysik.lth.se



Lund University
Department of Physics
Sweden

Time-of-flight spectroscopy up to 1400 nm for analysis of turbid media Time-of-flight spectroscopy up to 1400 nm for analysis of turbid media

Pier-Anne Lachance
Pier-Anne.Lachance@uth.tmc.edu



University of Texas Health Science Center
Institute of Molecular Medicine Center for Molecular Imaging
United States

Validation of IRDye800 conjugated peptides imaging agent targeted to integrin α9 for optical imaging of lymphangiogenesis Validation of IRDye800 conjugated peptides imaging agent targeted to integrin α9 for optical imaging of lymphangiogenesis

Norman Lippok
nlip001@aucklanduni.ac.nz



University of Auckland
Department of Physics
New Zealand

Non-ideal polarization behavior in full-field OCT and all-fiber polarization sensitive spectral domain OCT Summary unavailable
Sebastian Marschall
sema@fotonik.dtu.dk



Technical University of Denmark
Department of Photonics Engineering
Denmark

Novel concepts for improving Swept Sources for Optical Coherence Tomography

Novel concepts for improving Swept Sources for Optical Coherence Tomography

Paolo Matteini
p.matteini@ifac.cnr.it



National Research Council
Istituto di Fisica Applicata
Italy

Gold nanorods as near infrared photothermal transducers for biomedical applications Gold nanorods as near infrared photothermal transducers for biomedical applications

George Papoutsoglou
gpap@elci.tuc.gr



Technical University of Crete
Electronic and Computer Engineering
Greece

Acetic acid-based molecular imaging for the in-vivo detection and grading of cervical neoplasia Acetic acid-based molecular imaging for the in-vivo detection and grading of cervical neoplasia

Julius Pekar
pekarj@mcmaster.ca



McMaster University
Medical Physics
Canada

Optical Property Reconstruction using CW Diffuse Optical Tomography with CT a priori Structural Information Summary unavailable
Dmytro Podolskyy
D.Podolskyy@TUDelft.nl



TU Delft
Nanoscience
The Netherlands

High-Q optical filter for the laser light source in a compact Raman spectrometer for applications in health and medicine Summary unavailable
Anuradha Ramoji
anuradha.ramoji@uni-jena.de



Friedrich Schiller University
Institute for Physical Chemistry
Germany

Towards CARS-tomography: A comparative Raman and CARS-microscopic study

Towards CARS-tomography: A comparative Raman and CARS-microscopic study

Michael Roumeliotis
mroumeli@uwo.ca



The University of Western Ontario
Lawson Health Research Institute
Canada

Photoacoustic system characterization and four-dimensional imaging Photoacoustic system characterization and four-dimensional imaging

Tilman Schmoll
tilman.schmoll@meduniwien.ac.at



Medical University Vienna
Center of Biomedical Engineering and Physics
Austria

In-vivo Assessment of Photoreceptor Response with Functional Optical Coherence Microscopy In-vivo Assessment of Photoreceptor Response with Functional Optical Coherence Microscopy

Alessio Stefani
alste@fotonik.dtu.dk



Technical University of Denmark
Department of Photonics Engineering
Denmark

Bragg Gratings in Microstructurated Polymer Optical Fibers

Bragg Gratings in Microstructurated Polymer Optical Fibers

Andreas Stylianou
styliand@mail.ntua.gr



National Technical University of Athens (NTUA)
School of Electrical and Computer Engineering (ECE)
Greece

Second Harmonic Generation and Atomic Force Microscopy Study of Collagen Thin Films Summary unavailable
Maria Leilani Torres
mlt9@st-andrews.ac.uk



University of St. Andrews
School of Physics and Astronomy
United Kingdom

Transient transfection of mammalian cells using a violet diode laser Summary unavailable
Athanasios Tsapras
tsapras@elci.tuc.gr



Technical University of Crete
Electronic & Computer Engineering
Greece

Hyperspectral Imaging for Skin Cancer Diagnosis in Mice Hyperspectral Imaging for Skin Cancer Diagnosis in Mice

Frederik Taarnhoj
fta@mit.edu



MIT Sloan
MIT Sloan School of Management
United States

An entrepreneur's perspective: Commercialisation of NIR Raman spectroscopy in the market for blood glucose monitoring Summary unavailable
Eleanor Walter
jwalter@uhnres.utoronto.ca



University of Toronto
Department of Medical Biophysics
Canada

Modification of a Transillumination Breast Spectroscopy (TiBS) System for Population-Wide Risk Assessment Summary unavailable
Amy Winkler
awinkler@optics.arizona.edu



The University of Arizona
College of Optical Sciences
United States

In vivo imaging using a VEGF-based probe for early cancer diagnosis in the AOM-treated mouse model In vivo imaging using a VEGF-based probe for early cancer diagnosis in the AOM-treated mouse model

Current date and time: 5/19/2012 1:02:46 AM


Biophotonics '09
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Last update: 21-07-2009 15:00