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Movement coordination, ADE SEDAYU 2208260034 - Coggle Diagram
Movement coordination
Muscle contraction
Spread of action potential to the transverse tubule
Release of calsium from the sarcoplasmic reticulum
Fillament shift mechanism
Strong pedal
Relaxation
Impuls formation
Reflex movement
Differences in action potential in cells cardiac
maximum negative voltage
Phase 4 in pacemaker cells is not shows An flat line however
Phase 0 rapid upstroke of the cell
Impuls propagation
Impuls spread nerve
condition of impulses through the cell membrane
condition of impulses through synapses
Energy of muscle contraction
3 prosesses
ATP breakdown by myosin ATP=Power stroke
Binding of fresh ATP molecules to myosin
Ca2+ active transport back to sarcoplasmic reticulum
3 ATP supply
Transfer of high-energy phospate from creatine phospate to ADP
Oxidate phosphorylation glycolysis
Neuromuscular junction & sinaps
neuromuscular junction
synaps
Types
Electrical synaps
Chemical synaps
Components
Presynaptic
postsynaptic
Synaptic cleft
Afferent and efferent
afferent
efferent
General somatik efferent
N.III,N.IV,N.VI,N.XII
General visceral efferent
N.III,N.VII,N.IX,N.X
Special visceral efferent
N.V,N.VI,N.IX,N.X
Muscle contraction energy
ATP can be formed in 3 ways
Direct phosphorylation of creatine phosphate
Anaerobic mechanism of glucose from blood or breakdown of glycogen
Aerobik mechanism of glucose,fatty,acids,or amino acids
ADE SEDAYU 2208260034