Difference between revisions of "Fellow:Abigail Dela Paz"

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<span style="font-size:medium;">Abigail Dela Paz is currently studying biomedical engineering at the University of Delaware. She is an avid adventurer, an ex-trackie, and can usually be found with a camera in hand. She is heavily involved with undergraduate research, Alpha Omega Espilon (the engineering and technical sciences sorority), Filipino Student Association, Engineers Without Borders, [[File:Abi.JPG|thumb|Abi.JPG]]Ambassadors of Biomedical Engineering, and Biomedical Engineering Society. Abigail's research focuses on studying mutations in the TRPV4 channel in chondrocytes, and how they can lead to the development of skeletal dysplasias.</span>
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<span style="font-size:medium;">Abigail Dela Paz is currently studying biomedical engineering at the University of Delaware. She is an avid adventurer, an ex-trackie, and can usually be found with a camera in hand. She is heavily involved with undergraduate research, Alpha Omega Epsilon (the engineering and technical sciences sorority), Filipino Student Association, Engineers Without Borders, [[File:Abi.JPG|thumb]]Ambassadors of Biomedical Engineering, and Biomedical Engineering Society. Abigail's research focuses on studying mutations in the TRPV4 channel in chondrocytes, and how they can lead to the development of skeletal dysplasias.</span>
  
 
[[Category:Student Contributors|Student_Contributors]]
 
[[Category:Student Contributors|Student_Contributors]]

Revision as of 22:56, 10 September 2017

Abigail Dela Paz is currently studying biomedical engineering at the University of Delaware. She is an avid adventurer, an ex-trackie, and can usually be found with a camera in hand. She is heavily involved with undergraduate research, Alpha Omega Epsilon (the engineering and technical sciences sorority), Filipino Student Association, Engineers Without Borders,
Abi.JPG
Ambassadors of Biomedical Engineering, and Biomedical Engineering Society. Abigail's research focuses on studying mutations in the TRPV4 channel in chondrocytes, and how they can lead to the development of skeletal dysplasias.