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10 results on '"Coburn, Rebecca"'

5. Establishment of transplantable porcine tumor cell lines derived from MHC- inbred miniature swine

Author

Cho, Patricia S., primary, Lo, Diana P., additional, Wikiel, Krzysztof J., additional, Rowland, Haley C., additional, Coburn, Rebecca C., additional, McMorrow, Isabel M., additional, Goodrich, Jennifer G., additional, Arn, J. Scott, additional, Billiter, Robert A., additional, Houser, Stuart L., additional, Shimizu, Akira, additional, Yang, Yong-Guang, additional, Sachs, David H., additional, and Huang, Christene A., additional

Published
2007
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9. Variable relationship between chimerism and tolerance after hematopoietic cell transplantation without myelosuppressive conditioning1

Author

Gleit, Zachary L., Fuchimoto, Yasushi, Yamada, Kazuhiko, Melendy, Elizabeth, Scheier-Dolberg, Rachel, Monajati, Leila, Coburn, Rebecca C., Neville, David M., Sachs, David H., and Huang, Christene A.

Abstract

We have previously described a mixed chimerism protocol that avoids myelosuppressive conditioning and permits hematopoietic cell transplantation across MHC barriers without the need for whole body irradiation in miniature swine. Here, we report our current experience including animals conditioned without thymic irradiation, and we attempt to define the relationship between long-term chimerism and stable tolerance in these animals.

Published
2002

10. Adaptive Control of a Non-Cylindrical Tank.

Author

Nippert, C. R., Coburn, Rebecca, Shea, Brendon, Roth, Michael, Harrell, Clinton, and Owusu, Edward

Subjects
TANK design & construction, ADAPTIVE control systems, FEEDBACK control systems, NONLINEAR systems, CONTROL theory (Engineering), PID controllers, PROGRAMMABLE controllers
Abstract

A conical tank in which the diameter changes with the tank height, allows the use of feedback control used in complex nonlinear systems, such as adaptive control. This project modified an existing system of two interacting tanks by inserting a removable solid cone into one of the tanks. This modification created two new nonlinear configurations, one of which had a discontinuity. Optimal controller settings at different depths of liquid were found by minimizing the integral of the absolute error (IAE). These settings were used by an adaptive PID controller at a different settings, comparing the results to a conventional PID tuned to that setting. [ABSTRACT FROM AUTHOR]

Published
2013
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