Anthony McDougal

[Anthony McDougal @antdmcd]

Jiménez, Wang, and Davies from UPenn show how designing streamlined stents helps cells regrow after procedures #BMES2014

[Anthony McDougal @antdmcd]

L. Sinha from @illinoistech is inventing tracers to help surgeons find ALL the cancer DURING surgery #BMES2014

[Anthony McDougal @antdmcd]

J. Rico and the Vazquez Group are tackling moving medulloblastoma cells in the Cancer Technologies Track #BMES2014

[Anthony McDougal @antdmcd]

T Danino and the Laboratory for Multiscale Regenerative Technologies train probiotic scouts to search and destroy cancer in vivo #BMES2014

[Anthony McDougal @antdmcd]

B. Koons and Dr. Nain are showing how cells crawl around fiber environments using protrusions specifically tailored to the fibers #BMES2014

[Anthony McDougal @antdmcd]

Follow the leader: A. Rahman and the Reinhart-King Lab say that cancer cells leave tracks for more cells to follow #BMES2014

[Anthony McDougal @antdmcd]

The Nano-Micro-Bio Lab @RE_stevens craft microbead jungle gyms that help bone cells grow into healthy proper bone tissue #BMES2014

[Anthony McDougal @antdmcd]

Microfluidics, immunocytochemistry, and laser cytometry all merge in the @Wheeler_Lab to watch fast signals in cells #BMES2014 @NgAlphonsus

[Anthony McDougal @antdmcd]

Wound healing in a dish: J. Sylman presents a method to simultaneously observe cell regulation AND platelet activation. #BMES2014

[Anthony McDougal @antdmcd]

Johnson of Northwestern explains how, in glaucoma, stiff cells prevent fluid transfer in the eye #BMES2014

[Anthony McDougal @antdmcd]

Dr. Reilly of UT San Antonio says that a gradient of proteins subtly shift the mechanics of the lens in presbyopia #BMES2014

[Anthony McDougal @antdmcd]

Dr. Oesterle offers a little bit of history of engineering serving medicine #BMES2014

[Anthony McDougal @antdmcd]

David Busch (University of Texas) proposes a mechanism of how cells form vesicles to receive molecular cargo from the outside #BMES2014

[Anthony McDougal @antdmcd]

To heal wounds, cells rush in to fill the empty real estate, then replicate to secure a foothold, says from K. Ammann from Arizona #BMES2014

[Anthony McDougal @antdmcd]

Bio-bots! Muscle cells on a 3D-printed frame are now crawling about. #BMES 2014 http://t.co/0nxKESHL19

[Anthony McDougal @antdmcd]

Hahn Lab at RPI is making materials that prevent thrombosis while allowing healthy vessel layers growth. http://t.co/Baiy3AoFtX #BMES2014

[Anthony McDougal @antdmcd]

R. Gilbert and lab show how cancer cells change their nucleus to squeeze into protected tissues. http://t.co/lOmHscJliv #BMES2014

[Anthony McDougal @antdmcd]

Why is ovarian cancer stronger when it returns in a patient? The Dawson Lab has a clue… #BMES2014 @GTChBE http://t.co/ol8dxqXpWq

[Anthony McDougal @antdmcd]

A two-level circular test bed helps researchers from Wisconsin decipher growth codes of ovarian cancer #BMES2014 http://t.co/YtgntwC4EG

[Anthony McDougal @antdmcd]

UC Irvine group sharing platform to observe how cancer cells leave the blood and metastasize to a new site #BMES2014 http://t.co/qCamh2FsCe