Search Results - "BOONE, Travis D"

A gravity‐independent single‐phase electrode reservoir for capillary electrophoresis applications by Drevinskas, Tomas, Noell, Aaron C., Kehl, Florian, Zamuruyev, Konstantin, Ferreira Santos, Mauro S., Mora, Maria F., Boone, Travis D., Hoac, Trinh, Quinn, Richard C., Ricco, Antonio J., Willis, Peter A.

“…Capillary electrophoresis (CE) holds great promise as an in situ analytical technique for a variety of applications. However, typical instrumentation operates…”
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End-Bridging Monte Carlo:  A Fast Algorithm for Atomistic Simulation of Condensed Phases of Long Polymer Chains by Mavrantzas, Vlasis G, Boone, Travis D, Zervopoulou, Evangelia, Theodorou, Doros N

“…The recently introduced end-bridging (EB) Monte Carlo move is revisited, and a thorough analysis of its geometric formulation and numerical implementation is…”
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Preconcentration and separation of double-stranded DNA fragments by electrophoresis in plastic microfluidic devices by Wainright, Ann, Nguyen, Uyen T., Bjornson, TorLeif, Boone, Travis D.

“…We have evaluated double‐stranded DNA separations in microfluidic devices which were designed to couple a sample preconcentration step based on…”
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Microgravity validation of a novel system for RNA isolation and multiplex quantitative real time PCR analysis of gene expression on the International Space Station by Parra, Macarena, Jung, Jimmy, Boone, Travis D, Tran, Luan, Blaber, Elizabeth A, Brown, Mark, Chin, Matthew, Chinn, Tori, Cohen, Jacob, Doebler, Robert, Hoang, Dzung, Hyde, Elizabeth, Lera, Matthew, Luzod, Louie T, Mallinson, Mark, Marcu, Oana, Mohamedaly, Youssef, Ricco, Antonio J, Rubins, Kathleen, Sgarlato, Gregory D, Talavera, Rafael O, Tong, Peter, Uribe, Eddie, Williams, Jeffrey, Wu, Diana, Yousuf, Rukhsana, Richey, Charles S, Schonfeld, Julie, Almeida, Eduardo A C

“…The International Space Station (ISS) National Laboratory is dedicated to studying the effects of space on life and physical systems, and to developing new…”
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Plastic advances microfluidic devices by BOONE, Travis D, FAN, Z. Hugh, HOOPER, Herhert H, RICCO, Antonio J, TAN, Hongdong, WILLIAMS, Stephen J

“…Microfluidic devices debuted in silicon and glass, but plastic fabrication may make them hugely successful in biotechnology applications. Progress in the…”
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Payload hardware and experimental protocol development to enable future testing of the effect of space microgravity on the resistance to gentamicin of uropathogenic Escherichia coli and its σs-deficient mutant by Matin, A.C., Wang, J.-H., Keyhan, Mimi, Singh, Rachna, Benoit, Michael, Parra, Macarena P., Padgen, Michael R., Ricco, Antonio J., Chin, Matthew, Friedericks, Charlie R., Chinn, Tori N., Cohen, Aaron, Henschke, Michael B., Snyder, Timothy V., Lera, Matthew P., Ross, Shannon S., Mayberry, Christina M., Choi, Sungshin, Wu, Diana T., Tan, Ming X., Boone, Travis D., Beasley, Christopher C., Piccini, Matthew E., Spremo, Stevan M.

“…•A new, broadly applicable system for determining bacterial drug resistance in space.•Potential measures to improve the management of urinary tract infections…”
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Use of floating electrodes in transient isotachophoresis to increase the sensitivity of detection by Kurnik, Ronald T, Boone, Travis D, Nguyen, Uyen, Ricco, Antonio J, Williams, Steven J

“…We report a protocol for on-chip electrophoretic sample loading and sample component separation in which each operation requires simultaneous control of the…”
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Peer Reviewed: Plastic Advances Microfluidic Devices by BOONE, Travis D., FAN, Z. Hugh, HOOPER, Herbert H., RICCO, Antonio J., TAN, Hongdong, WILLIAMS, Stephen J.

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Payload hardware and experimental protocol development to enable future testing of the effect of space microgravity on the resistance to gentamicin of uropathogenic Escherichia coli and its σ s -deficient mutant by Matin, A C, Wang, J-H, Keyhan, Mimi, Singh, Rachna, Benoit, Michael, Parra, Macarena P, Padgen, Michael R, Ricco, Antonio J, Chin, Matthew, Friedericks, Charlie R, Chinn, Tori N, Cohen, Aaron, Henschke, Michael B, Snyder, Timothy V, Lera, Matthew P, Ross, Shannon S, Mayberry, Christina M, Choi, Sungshin, Wu, Diana T, Tan, Ming X, Boone, Travis D, Beasley, Christopher C, Piccini, Matthew E, Spremo, Stevan M

“…Human immune response is compromised and bacteria can become more antibiotic resistant in space microgravity (MG). We report that under low-shear modeled…”
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Peer Reviewed: Plastic Advances Microfluidic Devices: The devices debuted in silicon and glass, but plastic fabrication may make them hugely successful in biotechnology applications by Boone, Travis D, Fan, Z. Hugh, Hooper, Herbert H, Ricco, Antonio J, Tan, Hongdong, Williams, Stephen J

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