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Categorías: Todo - muscle - contraction

por Nazrin Nazriq hace 4 años

789

SLIDING FILAMENT THEORY

The sliding filament theory explains the mechanism of muscle contraction at the cellular level. It starts with an action potential that stimulates the muscle, leading to the release of calcium ions (

Eggs are a rich source of protein,which has many uses in food preparation.Prepare a nutritious and interesting one-dish meal with the use of eggs for a group of people.

por Timothy Wong

Human Tissue

por AREF HUSSEIN

Cardiovascular Drugs

por Mindy Anderson

CHAPTHER 5: CORE MUSCLES

por amin ashraf

SLIDING FILAMENT THEORY

The sliding filament theory explains the mechanism of muscle contraction at the cellular level. It starts with an action potential that stimulates the muscle, leading to the release of calcium ions (

Eggs are a rich source of protein,which has many uses in food preparation.Prepare a nutritious and interesting one-dish meal with the use of eggs for a group of people.

Human Tissue

Cardiovascular Drugs

CHAPTHER 5: CORE MUSCLES

SLIDING FILAMENT THEORY

PROCESS OF SLIDING FILAMENT THEORY

muscle contraction stops

Ca2+ removed which shifts actin filaments to original position, blocking binding sites

muscle contracts

Ca2+ binds to troponin, shifting the actin filaments, which exposes binding files

Ca2+ released

action potential generated, which stimulates muscle

FILAMENT

THIN

actin

tropomyosin

troponin

THICK

myosin

Mindomo

Más información

Preguntas Frecuentes

SLIDING FILAMENT THEORY

The sliding filament theory explains the mechanism of muscle contraction at the cellular level. It starts with an action potential that stimulates the muscle, leading to the release of calcium ions (

Eggs are a rich source of protein,which has many uses in food preparation.Prepare a nutritious and interesting one-dish meal with the use of eggs for a group of people.

Human Tissue

Cardiovascular Drugs

CHAPTHER 5: CORE MUSCLES

SLIDING FILAMENT THEORY

PROCESS OF SLIDING FILAMENT THEORY

muscle contraction stops

Ca2+ removed which shifts actin filaments to original position, blocking binding sites

muscle contracts

Ca2+ binds to troponin, shifting the actin filaments, which exposes binding files

Ca2+ released

action potential generated, which stimulates muscle

FILAMENT

THIN

actin

tropomyosin

troponin

THICK

myosin

Difunde Mindomo

Mindomo

Más información

Preguntas Frecuentes