Klapperich Lab: Difference between revisions
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• [[Klapperich_Lab:Students|Students]]<br> | • [[Klapperich_Lab:Students|Students]]<br> | ||
. [[Klapperich_Lab:Collaborators|Collaborators]]<br> | . [[Klapperich_Lab:Collaborators|Collaborators]]<br> | ||
<h3>Content</h3> | <h3>Content</h3> | ||
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<h3>[[Klapperich_Lab:News|News]]</h3> | <h3>[[Klapperich_Lab:News|News]]</h3> | ||
[http://www.jove.com/index/Details.stp?ID=664 January 2008: Visual Protocols now Online at JOVE!]<br> | |||
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<h3>Contact Us</h3> | <h3>Contact Us</h3> | ||
Department of Biomedical Engineering<Br> | Department of Biomedical Engineering<Br> | ||
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<b>Lab:</b> ERB 720<br> | <b>Lab:</b> ERB 720<br> | ||
<b>Phone:</b> (617) 358-3409<br> | <b>Phone:</b> (617) 358-3409<br> | ||
http://openwetware.org/wiki/Klapperich_Lab:Notebook | |||
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The Biomedical | The Biomedical Microdevices and Microenvironments Laboratory (BMML) is focused on the design and engineering of manufacturable, disposable microfluidic systems for low-cost point-of-care molecular diagnostics. We are currently working on devices for the detection of infectious diarrhea, influenza and MRSA. | ||
We are also studying the interactions between cells and synthetic microenvironments. Specifically, we are interested in building culture systems in vitro that mechanically mimic the physiological environment. These synthetic microenvironments are intended for use in diagnostics, high throughput drug screening, and to enable previously impossible basic science studies. Currently we have projects aimed at recapitulating the microenvironments of the breast, cochlea and neural tissue. | |||
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Latest revision as of 21:07, 13 January 2009
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Lab Members• Prof. Catherine Klapperich Content• Projects News |
Contact UsDepartment of Biomedical Engineering Student Office: ERB 725 |
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The Biomedical Microdevices and Microenvironments Laboratory (BMML) is focused on the design and engineering of manufacturable, disposable microfluidic systems for low-cost point-of-care molecular diagnostics. We are currently working on devices for the detection of infectious diarrhea, influenza and MRSA. We are also studying the interactions between cells and synthetic microenvironments. Specifically, we are interested in building culture systems in vitro that mechanically mimic the physiological environment. These synthetic microenvironments are intended for use in diagnostics, high throughput drug screening, and to enable previously impossible basic science studies. Currently we have projects aimed at recapitulating the microenvironments of the breast, cochlea and neural tissue.
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