This chapter discusses the fundamentals of control circuits, types of control circuits, and ways to troubleshoot them.
Cerebellar compartments are fundamental units of circuit organization and they have been studied from many approaches ranging from developmental biology and genetics to imaging and behavior.
The overall impairment profile of individuals with schizophrenia supposedly represents the disruption of fundamental neural circuits encompassing cortical-cerebellar-thalamic-cortical subsystems [ 13].
Results from our sleep paradigm can also be viewed as the endpoint behavioral representation of synaptic connectivity and dysfunction of circuits in general, which is a fundamental theme in neurodevelopmental syndromes including RTT (Shepherd and Katz, 2011).
The knowledge of the dynamical properties of different fundamental regulatory circuits is crucial to infer the selective pressures that the cell has suffered during its evolution.
Following an overview of the fundamentals of alkaline water electrolysis, an electrical circuit analogy of resistances in the electrolysis system is introduced.
It includes many kinds of circuits, such as core control chip, storage circuit, clock circuit, signal conversion circuit, reset circuit, voltage stabilizing circuit, and external port circuit.
Memristor is an exciting new addition to the repertoire of fundamental circuit elements.
Dr. Dan Siegel, physician educator and researcher: "There are two fundamental circuits of the brain: those that allow you to do and those that allow you to be".
Although motion of charges in fundamental LC circuits is described by a simple Hamiltonian that does not vary with time, a large category of nanoelectronic circuits, such as LC circuits driven by a sinusoidal power source and series RLC circuits that have time-varying parameters is classified as a time-varying system [9 11] that can be described in terms of a time-dependent Hamiltonian.
