Programming protein function with synthetic RNA splicing devices
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, Conference
Mathur, M; Kim, C; Munro, S; Smolke, CP
Published in: Synthetic Biology Conference Seed 2017 Engineering Evolution and Design
January 1, 2017
Duke Scholars
Published In
Synthetic Biology Conference Seed 2017 Engineering Evolution and Design
Publication Date
January 1, 2017
Start / End Page
31 / 32
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Mathur, M., Kim, C., Munro, S., & Smolke, C. P. (2017). Programming protein function with synthetic RNA splicing devices. In Synthetic Biology Conference Seed 2017 Engineering Evolution and Design (pp. 31–32).
Mathur, M., C. Kim, S. Munro, and C. P. Smolke. “Programming protein function with synthetic RNA splicing devices.” In Synthetic Biology Conference Seed 2017 Engineering Evolution and Design, 31–32, 2017.
Mathur M, Kim C, Munro S, Smolke CP. Programming protein function with synthetic RNA splicing devices. In: Synthetic Biology Conference Seed 2017 Engineering Evolution and Design. 2017. p. 31–2.
Mathur, M., et al. “Programming protein function with synthetic RNA splicing devices.” Synthetic Biology Conference Seed 2017 Engineering Evolution and Design, 2017, pp. 31–32.
Mathur M, Kim C, Munro S, Smolke CP. Programming protein function with synthetic RNA splicing devices. Synthetic Biology Conference Seed 2017 Engineering Evolution and Design. 2017. p. 31–32.
Published In
Synthetic Biology Conference Seed 2017 Engineering Evolution and Design
Publication Date
January 1, 2017
Start / End Page
31 / 32