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Jason A Cassaday, 49Coopersburg, PA

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Coopersburg, PA   

158 Elm St, Emmaus, PA 18049   

Somerset, NJ   

5447 Vera Cruz Rd, Center Valley, PA 18034    610-9671325   

Nora, IL   

Buffalo, MN   

Paoli, PA   

Lehighton, PA   

158 Elm St, Emmaus, PA 18049    610-5977173   

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Jason A Cassaday

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Jason Cassaday

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Us Patents

Automated Vacuum Waste Handling System

US Patent:
2005000, Jan 13, 2005
Filed:
Jun 30, 2004
Appl. No.:
10/881590
Inventors:
Kurtis Berry - Hatfield PA, US
Jason Cassaday - Emmaus PA, US
Peter Hodder - Wilmington DE, US
D. Kolodin - Doylestown PA, US
International Classification:
F04F003/00
US Classification:
137205000
Abstract:
This invention relates to an automated vacuum liquid waste handling system having two or more waste vessels, with a liquid-level sensor, a means for filling the waste vessels with waste, a means for switching from the first waste vessel, once full, to one or more other waste vessels that are not full, and a means for simultaneously removing said waste from the first full waste vessel to output holding stations and filling another waste vessel so that waste collection is not interrupted.

A Host-Microbe Co-Culture Perfusion Bioreactor For Discovery Of Secreted Products And Novel Interactions At The Human-Microbiota Interface

US Patent:
2023000, Jan 12, 2023
Filed:
Nov 20, 2020
Appl. No.:
17/779013
Inventors:
- Rahway NJ, US
Erik C. Hett - Arlington MA, US
Jason Cassaday - Coopersburg PA, US
Kumael Jafri - Holliston MA, US
Thomas Philip Wyche - Chelsea MA, US
Assignee:
Merck Sharp & Dohme LLC - Rahway NJ
International Classification:
C12M 1/00
C12M 1/04
Abstract:
The present invention relates to a perfusion bioreactor for co-culturing, wherein the bioreactor grows cells in two separate environments and enables communication across environments and populations. The chambers' contents are continuously mixed to expose the environment (or cell population) of each chamber to the secreted products of the other chamber. The said bioreactor comprises at least, but not limited to, two chambers, with separate cell populations with at least two separate environments independently selected from aerobic or anaerobic environment and media favorable to cell growth. The bioreactor allows for multiple samples to be collected during an experiment to enable various analytical techniques and results. Additionally, the bioreactor comprises a multi-chamber cell culture system capable of emulating the gastro-intestinal tract.

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