Fields- Workshop on Cerebral Blood Flow (CBF) and Models of Neurovascular Coupling
-
Title:
Speaker:
Link:
-
Title: Signaling to the brain via nervous and endocrine inputs. Illustration by a biological and mathematical model of acupuncture
Speaker:
Link:
-
Title: Impedance boundary conditions for general transient hemodynamics
Speaker:
Link:
-
Title: Modeling cardiovascular response to the umbilical cord occlusions in fetal sheep: the impact of hypoxia and asphyxia
Speaker:
Link:
-
Title: A Full Eulerian Method for Fluid-Membrane Interaction Problems and its Application to Blood Flows
Speaker:
Link:
-
Title: Modeling cerebral blood ow : recent advances and
Speaker:
Link:
-
Title: Generative Algorithms for Scaling Microstructural Models of Dendrites, Axons, and Synapses to Whole Tissues and Brain
Speaker:
Link:
-
Title: Modeling cerebral blood flow velocity during orthostatic stress
Speaker:
Link:
-
Title: Modeling Electrodiffusion and Osmosis in Physiological Systems
Speaker:
Link:
-
Title: Bidirectional neurovascular communication: modeling the vascular influence on astrocytic and neural function
Speaker:
Link:
-
Title: Modeling of metabolism, activity and ion concentrations in the neurovascular unit
Speaker:
Link:
-
Title: Models of acute blood flow regulation incorporating physiologically- and experimentally-based constraints
Speaker:
Link:
-
Title: Oxygen transport in the brain and implications for neurovascular coupling
Speaker:
Link:
-
Title: Mechanical coupling between cell membrane and a transmembrane protein
Speaker:
Link:
-
Title: Patient-specific multi-scale modeling of the cardiovascular system
Speaker:
Link: