Titlebook: Applications of Dynamical Systems in Biology and Medicine; Trachette Jackson,Ami Radunskaya Conference proceedings 2015 Springer Science+B

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A Stochastic Model of the Melanopsin Phototransduction Cascade,ypothesized melanopsin phototransduction cascade and illustrated that the stochastic model can qualitatively reproduce experimental results under several different conditions. The model allows us to probe various mechanisms in the phototransduction cascade in a way that is not currently experimentally feasible.

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Active (Contour, Shape, Appearance) Modelss in the inhibitory network. Numerical simulations of the full network model confirm and supplement our theoretical analysis. Our results support the hypothesis that cluster solutions may be related to the formation of neural assemblies.

Genistein

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CHASM

https://doi.org/10.1007/978-0-387-73003-52013), we present a number of models of asexual speciation of ., which range in the level of biological detail and the degree of analytical treatment. We show that coexistence of multiple species arises as a robust phenomenon, even in the presence of spatial and temporal randomness.

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Biometric Sample Quality, Standardization,ypothesized melanopsin phototransduction cascade and illustrated that the stochastic model can qualitatively reproduce experimental results under several different conditions. The model allows us to probe various mechanisms in the phototransduction cascade in a way that is not currently experimentally feasible.

FISC

Emergence of Anti-Cancer Drug Resistance: Exploring the Importance of the Microenvironmental Niche a result of, cancer therapy. Further, a number of different intracellular and microenvironmental factors have been correlated with the emergence of drug resistance. With the goal of better understanding drug resistance and its connection with the tumor microenvironment, we have developed a hybrid d

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Flow Induced by Bacterial Carpets and Transport of Microscale Loads,m as a rigid, rotating helix attached to a wall, and study flows around both a single helix and a small patch of multiple helices. To test our numerical method and gain intuition about flows induced by a single rotating helix, we first perform a numerical time-reversibility experiment. Next, we inve

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Modeling Blood Flow Control in the Kidney,siological conditions. The model simulates the blood supply to a nephron via the afferent arteriole, the filtration of blood through the glomerulus, and the transport of water and ions in the thick ascending limb of the short loop of Henle. The afferent arteriole exhibits the myogenic response, whic