Tao Bai
| Phone: |
206.685.3627 |
Address: |
337 Benson Hall |
| E-Mail: |
taobai@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
I attended Tianjin University and my research interests include smart hydrogels and the next generation of zwitterionic materials.
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Norman Brault
| Phone: |
206.685.3627 |
Address: |
320 Benson Hall |
| E-Mail: |
ndb16@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
I'm Norman and most of my work involves the use of biosensors and our zwitterionic materials for applications in cancer diagnostics.
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Andrew Keefe
| Phone: |
206.616.6510 |
Address: |
339 Benson Hall |
| E-Mail: |
keefea@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
Drew Keefe received his undergraduate degree from Rensselaer Polytechnic
Institute in Chemical Engineering. He is now pursuing his PhD in Chemical
Engineering focused on silicone surface modification and poly-zwitterionic
protein conjugation for biomedical applications.
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Sijun (Susan) Liu
| Phone: |
206.616.6510 |
Address: |
339 Benson Hall |
| E-Mail: |
ssliu@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
I received my bachelor's degrees in Chemistry (Chemical Biology) and Molecular and Cell Biology (Immunology) from the University of California, Berkeley. I am currently a PhD student in the department of Bioengineering and my research focuses on development and biological application of zwitterionic materials.
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Luo Mi
| Phone: |
206.685.3627 |
Address: |
339 Benson Hall |
| E-Mail: |
miluo@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
Luo received his bachelor degree in molecular biology from Fudan University, China, 2007, and then enrolled in microbiology phD program in Texas A&M university for one year before joining the group in 2008. He has research experience with many bacteria species as well as mammalian cell lines. His current research interest is antimicrobial nonfouling surface coatings and hydrogels.
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Ann "Kasia" Nowinski
| Phone: |
206.616.6510 |
Address: |
320 Benson Hall |
| E-Mail: |
nowinsk2@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
I received my undergraduate degree in chemical engineering from the University of Nevada, Reno, and am now pursuing a PhD degree. Current research interests include developing low-fouling peptide based materials for biomedical applications.
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Qing Shao
I am Qing Shao. I am now pursuing a PhD degree. My main research is focus on the different interaction mechanisms of the zwitterion and PEG to biomolecules with the help of molecular simulations.
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Andy Sinclair
| Phone: |
206.685.3627 |
Address: |
320 Benson Hall |
| E-Mail: |
sinclaia@uw.edu |
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Box 351750 |
| Website |
LinkedIn |
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Seattle, WA 98195-1750 |
I received my undergraduate degree at Oregon State University in bioengineering and am now pursuing a PhD in chemical engineering here at UW. My research currently focuses on developing smart and multifunctional drug and gene delivery platforms using our group's novel materials.
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Fang Sun
| Phone: |
206.685.3627 |
Address: |
337 Benson Hall |
| E-Mail: |
fangsun@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
I received my undergraduate degree in chemical engineering from Tianjin University, China, and I am pursuing a PhD degree. My current research interests include developing low-fouling, multifunctional, peptide-based materials for biomedical applications such as surface modification, diagnostics, and biosensors.
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Andrew D White
I do simulations of peptides,
small molecular zwitterions,
and structural bioinformatics
studies of proteins. These
simulations help our group
better understand hydration,
protein-cosolvent
interactions, and
nonfouling. I'm a graduate
student and working towards a
PhD.
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Wei Yang
| Phone: |
206.616.6510 |
Address: |
339 Benson Hall |
| E-Mail: |
weiyang@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
I'm Wei Yang. My current research focuses on preparation and application of zwitterionic-based nanoparticles and hydrogels.
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Kagya Amoako, PhD
| Phone: |
206.685.3627 |
Address: |
320 Benson Hall |
| E-Mail: |
kagya@uw.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
I received my PhD degree from The University of Michigan, college of biomedical engineering, Ann Arbor (Go Blue!). There, we investigated the thrombogenicity of nitric oxide (NO) releasing/generating blood-contacting devices in vivo using animal models. My current research focus is adding low-fouling zwitterionic coatings to NO-releasing/generating surfaces in order to extend the lifespan of blood-contacting medical devices.
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Jean-Rene Ella, PhD
| Phone: |
206.616.5991 |
Address: |
630 Benjamin Hall |
| E-Mail: |
jrem2@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
I'm Jean-Rene. My research goes hand in hand with that of the graduate students by designing efficient synthetic routes and making zwitterionic-based monomers that are in turn used to synthesize non-fouling zwitterionic-based polymers.
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Harihara (Hari) Subramanian Sundaram, PhD
| Phone: |
206.616.5991 |
Address: |
320 Benson Hall |
| E-Mail: |
hariuw@uw.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
I am Hari. I received my PhD from Indian Institute of Technology Madras, India. Research focus:
Synthesis of zwitterionic polymers and amphiphilic polymers via controlled living radical polymerization techniques, utilizing these polymers for foul-release/antifouling applications; Nano-fiber modification and polymer surface analysis.
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Xuewei Xu, PhD
| Phone: |
206.616.5991 |
Address: |
630 Benjamin Hall |
| E-Mail: |
xueweixu@u.washington.edu |
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Box 351750 |
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Seattle, WA 98195-1750 |
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