biophotonics utoronto.ca

Biophotonics Group Website at the University of Toronto

Monolithic integration of light sources and detectors allow for flexible, miniature, low-cost biosensors. We develop GaAs-based Vertical Cavity Surface Emitting Lasers VCSELs and PIN photodiodes on a single substrate as a miniature readout module for optical biosensing. These biosensors can be optimized for several sensing modalities including fluorescence, back-scattering and index-of-refraction sensing. Optical imaging of neural activity and cortical hemodynamics allow for a minimally invasive interr.

OVERVIEW

This site biophotonics.utoronto.ca presently has a traffic ranking of zero (the smaller the better). We have scanned eleven pages within the web page biophotonics.utoronto.ca and found three websites interfacing with biophotonics.utoronto.ca.
Pages Crawled
11
Links to this site
3

BIOPHOTONICS.UTORONTO.CA RANKINGS

This site biophotonics.utoronto.ca is seeing a fluctuation amounts of traffic within the past the year.
Traffic for biophotonics.utoronto.ca

Date Range

1 week
1 month
3 months
This Year
Last Year
All time
Traffic ranking (by month) for biophotonics.utoronto.ca

Date Range

All time
This Year
Last Year
Traffic ranking by day of the week for biophotonics.utoronto.ca

Date Range

All time
This Year
Last Year
Last Month

LINKS TO WEB SITE

Flashing pictures of photonic group! Photonics Group

More Exciting Research Stories Coming Soon. A SEM picture of a pillar - based photonic crystal optical microcavity. Bus of Plasmonic gap waveguides 40 nm in width for active passive. SEM image of PMMA strip on gold film for enhanced surface plasmon excitation. A SEM image of a photonic crystal slab structure used as an optical biosensor. In a 200 µm diameter mesa.

WHAT DOES BIOPHOTONICS.UTORONTO.CA LOOK LIKE?

Desktop Screenshot of biophotonics.utoronto.ca Mobile Screenshot of biophotonics.utoronto.ca Tablet Screenshot of biophotonics.utoronto.ca

BIOPHOTONICS.UTORONTO.CA HOST

We caught that a lone page on biophotonics.utoronto.ca took eight hundred and sixty milliseconds to download. We could not detect a SSL certificate, so in conclusion I consider biophotonics.utoronto.ca not secure.
Load time
0.86 secs
SSL
NOT SECURE
Internet Protocol
128.100.71.232

BROWSER ICON

SERVER OS

I detected that biophotonics.utoronto.ca is operating the Apache/2.4.10 (Win32) OpenSSL/1.0.1h PHP/5.4.31 server.

PAGE TITLE

Biophotonics Group Website at the University of Toronto

DESCRIPTION

Monolithic integration of light sources and detectors allow for flexible, miniature, low-cost biosensors. We develop GaAs-based Vertical Cavity Surface Emitting Lasers VCSELs and PIN photodiodes on a single substrate as a miniature readout module for optical biosensing. These biosensors can be optimized for several sensing modalities including fluorescence, back-scattering and index-of-refraction sensing. Optical imaging of neural activity and cortical hemodynamics allow for a minimally invasive interr.

CONTENT

This site states the following, "Monolithic integration of light sources and detectors allow for flexible, miniature, low-cost biosensors." We noticed that the web page said " We develop GaAs-based Vertical Cavity Surface Emitting Lasers VCSELs and PIN photodiodes on a single substrate as a miniature readout module for optical biosensing." It also stated " These biosensors can be optimized for several sensing modalities including fluorescence, back-scattering and index-of-refraction sensing. Optical imaging of neural activity and cortical hemodynamics allow for a minimally invasive interr."

SEEK MORE WEB PAGES

Biophotonics Lab - HOME

Monomer structure and monomer-oligomer transition. Cell-Membrane-Mimicking Lipid-Coated Silver Nanoparticles for deducing membrane protein structure. Barun Kumar Maity has received best poster award in the FCS 2017, IIT G.

The Biophotonics Blog News and ideas from the world of biomedical optics

News and ideas from the world of biomedical optics. Collimated ultrasound from an optical fibre. Why do animals have differently shaped pupils? September 17, 2016. They think they have the answer. Absorption spectroscopy in newborn baby lungs. No benefit to structured illumination microscopy for scattering imaging.

Australian Biophotonics Cluster

Why a Biophotonics Cluster? Objectives, Goals and Outcomes. Australian Biophotonics Cluster, 2004.

Biophotonics Review

Monday, August 13, 2012. Biology Games for Biomedical Research. Games have become important part of the cultures, bringing lots of entertainment and creativity to the societies.