A toolkit for enhanced reproducibility of RNASeq analysis for synthetic biologists

por Garcia, Benjamin J, Urrutia, Joshua, Zheng, George, Becker, Diveena, Corbet, Carolyn, Maschhoff, Paul, Cristofaro, Alexander, Gaffney, Niall, Vaughn, Matthew, Saxena, Uma, Chen, Yi-Pei, Gordon, D Benjamin, Eslami, Mohammed
Publicado 2022

Robustness and reproducibility of simple and complex synthetic logic circuit designs using a DBTL loop

por Cummins, Breschine, Vrana, Justin, Moseley, Robert C, Eramian, Hamed, Deckard, Anastasia, Fontanarrosa, Pedro, Bryce, Daniel, Weston, Mark, Zheng, George, Nowak, Joshua, Motta, Francis C, Eslami, Mohammed, Johnson, Kara Layne, Goldman, Robert P, Myers, Chris J, Johnson, Tessa, Vaughn, Matthew W, Gaffney, Niall, Urrutia, Joshua, Gopaulakrishnan, Shweta, Biggers, Vanessa, Higa, Trissha R, Mosqueda, Lorraine A, Gameiro, Marcio, Gedeon, Tomáš, Mischaikow, Konstantin, Beal, Jacob, Bartley, Bryan, Mitchell, Tom, Nguyen, Tramy T, Roehner, Nicholas, Haase, Steven B
Publicado 2023

Highly-automated, high-throughput replication of yeast-based logic circuit design assessments

por Goldman, Robert P, Moseley, Robert, Roehner, Nicholas, Cummins, Breschine, Vrana, Justin D, Clowers, Katie J, Bryce, Daniel, Beal, Jacob, DeHaven, Matthew, Nowak, Joshua, Higa, Trissha, Biggers, Vanessa, Lee, Peter, Hunt, Jeremy P, Mosqueda, Lorraine, Haase, Steven B, Weston, Mark, Zheng, George, Deckard, Anastasia, Gopaulakrishnan, Shweta, Stubbs, Joseph F, Gaffney, Niall I, Vaughn, Matthew W, Maheshri, Narendra, Mikhalev, Ekaterina, Bartley, Bryan, Markeloff, Richard, Mitchell, Tom, Nguyen, Tramy, Sumorok, Daniel, Walczak, Nicholas, Myers, Chris, Zundel, Zach, Hatch, Benjamin, Scholz, James, Colonna-Romano, John
Publicado 2022