Basics in Physiology for BME (Lecture 4)
415060-HS2022-0 -Master Biomedical Engineering BME Uni Bern
415060-HS2022-0 -Master Biomedical Engineering BME Uni Bern
size principle
Reflexe
Bayesian
integration
hierarchical
structures
Voluntary
movements
Rhythmic
movements
Reflex
movements
motor
cortex
sensory
cortex
posterior
horn
ventral
horn
cerebellum
motor cortex
‣ voluntary movements
motor neuron
Innervation number
Fast
fatigable
length
parallel
density of spindles reflects
the required control finesse
(e.g. extraocular muscles, hand)
sensitivity
measures tension
works in series to muscle fibers
Goal
delay
no feedback
- corrective mechanism
- could be instable
2. afferent
neuron
Reflexes are stereotyped, involuntary and rapid muscle
responses to sensory stimuli.
Antagonist
Synergist
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Lernkarten
size principle
Reflexe
Bayesian
integration
hierarchical
structures
Voluntary
movements
Rhythmic
movements
Reflex
movements
motor
cortex
sensory
cortex
posterior
horn
ventral
horn
cerebellum
motor cortex
‣ voluntary movements
motor neuron
Innervation number
Fast
fatigable
length
parallel
density of spindles reflects
the required control finesse
(e.g. extraocular muscles, hand)
sensitivity
measures tension
works in series to muscle fibers
Goal
delay
no feedback
- corrective mechanism
- could be instable
2. afferent
neuron
Reflexes are stereotyped, involuntary and rapid muscle
responses to sensory stimuli.
Antagonist
Synergist
