This article reviews presumed roles of recurrent inhibition in motor control, that have been
proposed over the past five decades. The discussion is structured in an order of increasing …

This article describes two neural network modules that form part of an emerging theory of
how adaptive control of goal-directed sensory-motor skills is achieved by humans and other …

Publisher Summary This chapter describes Vector Integration To Endpoint (VITE) and
Factorization of Length and Tension (FLETE), which are neural modules for trajectory …

A neural network model of opponent cerebellar learning for arm movement control is
proposed. The model illustrates how a central pattern generator in cortex and basal ganglia …

" Theorizing about brain functions is often considered slightly disreputable and anyhow a
waste of time-perhaps even'philoso-ical'" 1 PS CHURCHLAND At present there are no …

This short review concerns the problem of how the red nucleus contributes to the initiation
and execution of movements. However, it deals with only one aspect of this problem, and …

We cherish the power, efficiency, versatility, flexibility, swiftness, and elegance of animal
movements in continuous dynamic interaction with an ever-changing environment. These …

The present study revealed a consistent reduction of ventral root-induced recurrent inhibition
of monosynaptic reflexes in both extensor (gastrocnemius-soleus) and flexor (common …

The locus coeruleus's (LC's) effect on recurrent inhibition of gastrocnemius-soleus (GS) and
common peroneal (CP) monosynaptic reflexes (MSRs) was demonstrated to exceed the …

Experiments were performed on 8 cats anesthetized with urethan-chloralose. The effects of
nucleus raphe magnus (NRM) conditioning stimulation on recurrent inhibition of posterior …