APA

Alvarado G., Holland S. R., DePerez-Rasmussen J., Jarvis B. A., Telander T., Wagner N., Waring A. L., Anast A., Davis B., Frank A., Genenbacher K., Larson J., Mathis C., Oates A. E., Rhoades N. A., Scott L., Young J. & Mortimer N. T. (20210104). Bioinformatic analysis suggests potential mechanisms underlying parasitoid venom evolution and function. : Genomics.

Chicago

Alvarado Gloria, Holland Sarah R, DePerez-Rasmussen Jordan, Jarvis Brice A, Telander Tyler, Wagner Nicole, Waring Ashley L, Anast Anissa, Davis Bria, Frank Adam, Genenbacher Katelyn, Larson Josh, Mathis Corey, Oates A Elizabeth, Rhoades Nicholas A, Scott Liz, Young Jamie and Mortimer Nathan T. 20210104. Bioinformatic analysis suggests potential mechanisms underlying parasitoid venom evolution and function. : Genomics.

Harvard

Alvarado G., Holland S. R., DePerez-Rasmussen J., Jarvis B. A., Telander T., Wagner N., Waring A. L., Anast A., Davis B., Frank A., Genenbacher K., Larson J., Mathis C., Oates A. E., Rhoades N. A., Scott L., Young J. and Mortimer N. T. (20210104). Bioinformatic analysis suggests potential mechanisms underlying parasitoid venom evolution and function. : Genomics.

MLA

Alvarado Gloria, Holland Sarah R, DePerez-Rasmussen Jordan, Jarvis Brice A, Telander Tyler, Wagner Nicole, Waring Ashley L, Anast Anissa, Davis Bria, Frank Adam, Genenbacher Katelyn, Larson Josh, Mathis Corey, Oates A Elizabeth, Rhoades Nicholas A, Scott Liz, Young Jamie and Mortimer Nathan T. Bioinformatic analysis suggests potential mechanisms underlying parasitoid venom evolution and function. : Genomics. 20210104.