David Schley

TL;DR: A mathematical model is constructed in order to test the hypothesis that periv vascular drainage of interstitial fluid and solutes out of brain tissue is driven by pulsations of the blood vessel walls, and it is shown that successful drainage may depend upon some attachment of solutes to the lining of the perivascular space, although an alternative without this requirement is also postulated.

TL;DR: Experimental studies of foot-and-mouth disease transmission in cattle suggest that controversial preemptive control measures may be unnecessary and efforts should be directed at early detection of infection and rapid intervention.

TL;DR: It is demonstrated that in mca diameter can be changed by the vasoactive agents, and that changes in Vmca do not necessarily reflect changes in CBF.

TL;DR: This work develops initial models for the density-dependent dynamics of animal populations with sperm-dependent parthenogenesis (pseudogamy or gynogenesis), based on the known biology of the common Enchytraeid worm Lumbricillus lineatus, and reveals two alternative requirements for coexistence at density- dependent equilibria.

TL;DR: Several versions of a non-autonomous delay differential equation model are developed in which some of the contentious issues in slug modelling are highlighted and it is found that in all cases the delay term is of considerable qualitative importance in models which incorporate seasonal fluctuations.