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Michael Kelley
Michael Kelley
Graduate Student, Colorado School of Mines
Verified email at mymail.mines.edu
Title
Cited by
Cited by
Year
A mathematical model of bivalent binding suggests physical trapping of thrombin within fibrin fibers
M Kelley, K Leiderman
Biophysical journal 117 (8), 1442-1455, 2019
112019
Mathematical models of fibrin polymerization: Past, present, and future
AC Nelson, MA Kelley, LM Haynes, K Leiderman
Current Opinion in Biomedical Engineering, 100350, 2021
82021
A continuous ideal free distribution approach to the dynamics of selfish, cooperative and kleptoparasitic populations
I Reding, M Kelley, JT Rowell, J Rychtář
Royal Society Open Science 3 (11), 160788, 2016
82016
Supplemental Information for” A mathematical model of bivalent binding suggests physical trapping of thrombin within fibrin fibers”
M Kelley, K Leiderman
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