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John Bryant

BSE Ph.D. Candidate
  • Research areas: Synthetic Biology and Lab Automation
John Bryant, Virginia Tech Biological Systems Engineering Graduate Student
HABB1 302-4

Ph.D., Biological Systems Engineering, Virginia Tech, 2024 Expected

B.S., Biological and Environmental Sciences, Samford University, 2015

Experience

Graduate Research Assistant, BioFoundry Laboratory, Virginia Tech 2019-present Advisor: R Clay Wright, PhD

Davenport Leadership Fellow, Virginia Tech 2019-2020

Alabama Power Research Fellow, Samford University 2018

University Fellow, Samford University 2015-2019

Research Mentor: Elizabeth Dobbins, PhD

Alpha Epsilon Agricultural and Biological Engineering Honor Society Inductee, 2020

Virginia Tech Order of Omega Leadership Honor Society, Samford University 2019

Gamma Sigma Alpha Honor Society 2019

Dean’s List 2016-2019

Bioprocess Engineering Lab (TA), BSE 4534

Undergraduate Research Mentor, 3 researchers, 2021-present

Program Focus

Plant growth is controlled by dynamic gene expression regulated by environmental stimuli, hormones, cellular history, and other signals. Synthetic biology approaches, where genes are treated as interchangeable devices between organisms, have been used to parse the genetic mechanisms of plant growth in previous work. My objective is to automate the synthetic biology process through software development and then use this platform to characterize central hormone regulatory systems in plants. Ultimately, I aim to achieve rational control over plant growth to improve agricultural efficiency.

Reviewed Journals

  • Bryant, JA, *Kellinger M, *Longmire C, Miller R, and Wright RC (2022). AssemblyTron: Flexible automation of DNA assembly with Opentrons OT-2 lab robots. Synthetic Biology, Accepted.

BioRxiv: https://www.biorxiv.org/content/10.1101/2022.09.29.510219v1

(*undergraduate mentee author)

Oral Presentations

  • Bryant JA, DNtegrAte: An Open-Source Python Package for Performing DNA Assemblies with the OT2 Liquid Handling Robot (Rapid Fire Talk). 2022 Synthetic Biology: Engineering, Evolution, and Design (SEED), 2022 May 2nd; Washington, DC. ID: 641420.
  • Bryant JA, Overview of plant synthetic biology. Virginia Tech BSE Graduate Student Recruitment Weekend, 2020 February 26; Blacksburg, VA.