The goal of the Optogenetics and Neural Engineering (ONE) Core is to facilitate the incorporation of optogenetics methods and custom engineering into existing research programs at the University of Colorado, Denver School of Medicine.
This page is outdated. An updated webpage can be found here.
Optogenetics encompasses
a set of methods by which cellular function can be manipulated with light,
allowing unprecedented spatiotemporal control of a rapidly expanding set of
biological activities. We hope to make this set of tools more accessible to
novice users on campus via the following services:
1) Design and fabrication of light sources and delivery
devices for in vivo/vitro optical stimulation.
2) Consultation on adopting/optimizing the use of optogenetic methods.
3) Design and production of custom hardware
and software components.
4) Supply equipment to assist optogenetic experimentation.
5) Data analysis of neuronal experiments.
6) Engineering support for research realization, including use of
3D Printer.
> Additional services may be added based on the needs of the
user community.
> Services available to researchers outside of the
Anschutz Medical Campus.
The Program is supported by the University of Colorado School
Of Medicine Academic Enrichment Fund and the P30 Grant.
Some useful links:
http://www.optogeneticsapp.com/ - Useful application for calculating
light-delivery needs
for optogenetics research, developed in house
http://www.stanford.edu/group/dlab/optogenetics/ - General resource for optogenetics at
Stanford University
http://www.openoptogenetics.org/ - Frequently updated website concerning
optogenetics tools and techniques
All prices are given for qualifying NINDS projects. Projects outside of NINDS will be charged approximately 50% higher rates for members of the Center for NeuroScience, and 100% higher rates for non-neuroscience projects.