Nicholas Webster Email & Phone Number | Growing up, I learned to fix what’s broken instead of replacing and consuming. I’ve since taken this outlook and focused on solving the problems which arise from broken biological processes. To do so, I’m currently a PhD candidate using genome engineering in mouse models as a way to study testicular cancer. I use genetic engineering tools to solve problems and fill in knowledge gaps with existing models, as well as facilitate future research and development. As part of my thesis I used genetic engineering to find new ways to answer questions which we had previously struggled to approach. To facilitate these studies, I independently developed international collaborations, identified new techniques and tools useful for my research, and revised procedures to improve efficiency and yield. I’ve developed a passion in optimization, reducing waste, and saving costs at every step, from day-to-day protocols to large experiments, and I’m excited to transfer and cultivate these skills in a professional biomedical research setting.

Nicholas Webster

Growing up, I learned to fix what’s broken instead of replacing and consuming. I’ve since taken this...
New York, New York, United States

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Nicholas Webster’s Location New York, New York, United States

Nicholas Webster’s Current Industry Variantyx

Nicholas Webster’s Prior Industry Tempus Labs | Baylor College Of Medicine | Albion College

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Translational Oncology Scientist

2022-05-01T00:00:00.000Z - Present

Clinical Laboratory Scientist III

2021-01-01T00:00:00.000Z - 2022-05-01T00:00:00.000Z

PHD Candidate

2015-08-01T00:00:00.000Z - 2021-01-01T00:00:00.000Z

Teaching Assistant

2013-08-01T00:00:00.000Z - 2015-05-01T00:00:00.000Z

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Nicholas Webster is a Growing up, I learned to fix what’s broken instead of replacing and consuming. I’ve since taken this outlook and focused on solving the problems which arise from broken biological processes. To do so, I’m currently a PhD candidate using genome engineering in mouse models as a way to study testicular cancer. I use genetic engineering tools to solve problems and fill in knowledge gaps with existing models, as well as facilitate future research and development. As part of my thesis I used genetic engineering to find new ways to answer questions which we had previously struggled to approach. To facilitate these studies, I independently developed international collaborations, identified new techniques and tools useful for my research, and revised procedures to improve efficiency and yield. I’ve developed a passion in optimization, reducing waste, and saving costs at every step, from day-to-day protocols to large experiments, and I’m excited to transfer and cultivate these skills in a professional biomedical research setting.