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James Keener

Affiliations: 
University of Utah, Salt Lake City, UT 
Area:
Mathematics
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"James Keener"
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Eric N. Cytrynbaum grad student 2001 University of Utah
Miguel A. Dumett grad student 2001 University of Utah
Nicholas G. Cogan grad student 2003 University of Utah
Bradford E. Peercy grad student 2003 University of Utah
Brynja R. Kohler grad student 2004 University of Utah
Young-Seon Lee grad student 2006 University of Utah
Blerta Shtylla grad student 2011 University of Utah
Geoffrey A. Hunter grad student 2013 University of Utah
Ross Magi grad student 2014 University of Utah

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Publications

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Camacho V, Fogelson A, Keener J. (2016) Eulerian-lagrangian treatment of nondilute two-phase gels Siam Journal On Applied Mathematics. 76: 341-367
Shtylla B, Keener JP. (2015) Mathematical modeling of bacterial track-altering motors: Track cleaving through burnt-bridge ratchets. Physical Review. E, Statistical, Nonlinear, and Soft Matter Physics. 91: 042711
Keener JP, Shtylla B. (2014) A mathematical model of force generation by flexible kinetochore-microtubule attachments. Biophysical Journal. 106: 998-1007
Hunter GA, Keener JP. (2014) Mechanisms underlying the additive and redundant Qrr phenotypes in Vibrio harveyi and Vibrio cholerae. Journal of Theoretical Biology. 340: 38-49
Dumett MA, Keener JP. (2014) The pyrite iron cycle catalyzed by Acidithiobacillus ferrooxidans. Journal of Mathematical Biology. 69: 449-67
Hunter GA, Vasquez FG, Keener JP. (2013) A mathematical model and quantitative comparison of the small RNA circuit in the Vibrio harveyi and Vibrio cholerae quorum sensing systems. Physical Biology. 10: 046007
Shtylla B, Keener JP. (2012) A mathematical model of ParA filament-mediated chromosome movement in Caulobacter crescentus. Journal of Theoretical Biology. 307: 82-95
Shtylla B, Keener JP. (2011) A mathematical model for force generation at thekinetochore-microtubule interface Siam Journal On Applied Mathematics. 71: 1821-1848
Shtylla B, Keener JP. (2010) A mechanomolecular model for the movement of chromosomes during mitosis driven by a minimal kinetochore bicyclic cascade. Journal of Theoretical Biology. 263: 455-70
Shtylla B, Keener JP. (2010) A Mechanomolecular Model for Chromosome Movement During Mitosis Biophysical Journal. 98: 365a
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