Amy Michelle Palmer
Respiratory Therapy at Greenbriar Blvd, Boulder, CO
License number
Colorado 3233
Issued Date
Oct 3, 2008
Renew Date
Sep 1, 2010
Expiration Date
Aug 31, 2012
Type
Respiratory Therapist
Address
Address
4220 Greenbriar Blvd, Boulder, CO 80305
Personal information
See more information about Amy Michelle Palmer at radaris.comName
Address
Phone
5555 E Briarwood Ave APT 302, Centennial, CO 80122
3665 W Monmouth Ave, Littleton, CO 80123
Professional information
See more information about Amy Michelle Palmer at trustoria.com
Optically Integrated Microfluidic Cytometers For High Throughput Screening Of Photophysical Properties Of Cells Or Particles
Optically Integrated Microfluidic Cytometers For High Throughput Screening Of Photophysical Properties Of Cells Or Particles
US Patent:
2012024, Sep 27, 2012
Filed:
Jan 28, 2012
Appl. No.:
13/360706
Inventors:
Amy E. Palmer - Boulder CO, US
Ralph Jimenez - Boulder CO, US
Kevin Dean - Lafayette CO, US
Jennifer Lubbeck - Boulder CO, US
Lloyd M. Davis - Tullahoma TN, US
Ralph Jimenez - Boulder CO, US
Kevin Dean - Lafayette CO, US
Jennifer Lubbeck - Boulder CO, US
Lloyd M. Davis - Tullahoma TN, US
International Classification:
G01N 21/64
US Classification:
250428
Abstract:
Devices and methods for screening emissive properties of a cell, such as the resistance to photobleaching or other photophysical property. In one example, a device may include a microfluidic reservoir having at least an input channel for receiving the cell, a main channel fluidly coupled with the input channel, at least a first output channel and a second output channel, the first and second output channels fluidly coupled with the main channel; and a multibeam interrogation section generating a plurality of light beams impinging upon the main channel of the microfluidic reservoir. As a cell passes from the input channel through the main channel of the microfluidic reservoir, the cell is exposed to the plurality of light beams thereby generating emissions that are received by a signal processing section. A cell trapping section selectively diverts the cell to the second output channel if the cell contains desired emissive properties.