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Who we are

UT Austin Advisors: Dr. Jeff Barrick: Supreme Leader Mike Hammerling: The Instigator Neil Gottel: The Tall One Undergrads: Kate Mortensen: The Clumsy One Marco Howard: The Rockstar Yousef Okasheh: Afro Man Evan Weaver: iGEM 007 Siddharth Das: The Bearcat Areen Pitaktong: Bac Man Ninja Jordan Monk: Smells Like p-Cresol Ben Slater: The Sensei Larry Huang: Sleeper Agent Razan Alnahhas Ryan Lannan NC A&T Advisors: Undergrads:

Michael Hammerling; Ph.D candidate in Cell and Molecular Biology Neil Gottel; 2nd year graduate student in Microbiology Kate Mortensen; Undergraduate; Biochemistry Major Yousef Okasheh; Undergraduate; Biochemistry Major Marco Valencia; Undergraduate; Chemistry Major Razan Alnahhas: Undergraduate; Microbiology Major Ben Slater; Undergraduate; Cellular and Molecular Biology Jordan Monk; Undergraduate; Biochemistry Major Evan Weaver; Undergraduate; Cell and Molecular Biology Major Larry Huang; Undergraduate; Science Major Siddarth Das; Undergraduate; Science Major Ryan Lannan; Undergraduate; Science Major Example2 Team member 9.png Team member 9

Collaboration between North Carolina A&T and The University of Texas at Austin

NC A&T and UT-Austin are part of BEACON, an NSF center that studies evolution. We teamed up in order to combine the principles of synthetic biology and evolution in our projects, and to lay the foundation for an independent NC A&T iGEM team for next year's competition.

In June, four team members from UT-Austin visted NC A&T for a week to present a series of molecular biology workshops. Each day’s workshop would start with a “dry-lab” component such as generating project ideas, experimental design, and computational tools for synthetic biology. This was followed by a “wet-lab” application, such as transformation, PCR, and cloning. In July, five members of the NC A&T team visited Austin for another series of workshops. These activities focused on how the Austin team applied the techniques covered earlier for the MAPs and p-cresol degradation projects. More advanced techniques were demonstrated, such as advanced primer design for plasmid assembly, and the use of non-canonical amino acids for protein engineering.