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Homeostasis pt 2

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M2 macrophages trigger differentiation of Satellite cells into specialized daughter cells called myoblasts.

M2





Undoing the Damage: Anti-inflammatory response


Negative feedback system


Stimulus : Cytokines released by M1 Macrophages


Sensor: Nerve cells in the skin brain


Control : White blood cells (Monocytes)


Organ systems involved :lymphatic, musculoskeletal, nervous system


Effector: M2 Macrophages

Myoblasts fuse with other myoblasts and/or damaged muscle fibre to reconstruct damaged muscle tissue.

nom nom

Specialized proteins that help gene expression, aka transcription factors, MyoD and Myf5 activate to prepare for cell fusion.

MyoD

Myf5

M2 macrophages activate and counter inflammation created by M1 macrophages. The M1 macrophage population declines.



























M2





Undoing the Damage: Repairing Muscle Fibre


Negative feedback system


Stimulus : M2 Macrophage


Sensor: Nerve cells in the skin brain


Organ systems involved :lymphatic, musculoskeletal, nervous system


Control: Satellite Cells


Effector: Satellite Cells





















Create your own at Storyboard That

M2 macrophages trigger differentiation of Satellite cells into specialized daughter cells called myoblasts.

M2





Undoing the Damage: Anti-inflammatory response


Negative feedback system


Stimulus : Cytokines released by M1 Macrophages


Sensor: Nerve cells in the skin brain


Control : White blood cells (Monocytes)


Organ systems involved :lymphatic, musculoskeletal, nervous system


Effector: M2 Macrophages

Myoblasts fuse with other myoblasts and/or damaged muscle fibre to reconstruct damaged muscle tissue.

nom nom

Specialized proteins that help gene expression, aka transcription factors, MyoD and Myf5 activate to prepare for cell fusion.

MyoD

Myf5

M2 macrophages activate and counter inflammation created by M1 macrophages. The M1 macrophage population declines.



























M2





Undoing the Damage: Repairing Muscle Fibre


Negative feedback system


Stimulus : M2 Macrophage


Sensor: Nerve cells in the skin brain


Organ systems involved :lymphatic, musculoskeletal, nervous system


Control: Satellite Cells


Effector: Satellite Cells





















Create your own at Storyboard That

M2 macrophages trigger differentiation of Satellite cells into specialized daughter cells called myoblasts.

M2





Undoing the Damage: Anti-inflammatory response


Negative feedback system


Stimulus : Cytokines released by M1 Macrophages


Sensor: Nerve cells in the skin brain


Control : White blood cells (Monocytes)


Organ systems involved :lymphatic, musculoskeletal, nervous system


Effector: M2 Macrophages

Myoblasts fuse with other myoblasts and/or damaged muscle fibre to reconstruct damaged muscle tissue.

nom nom

Specialized proteins that help gene expression, aka transcription factors, MyoD and Myf5 activate to prepare for cell fusion.

MyoD

Myf5

M2 macrophages activate and counter inflammation created by M1 macrophages. The M1 macrophage population declines.



























M2





Undoing the Damage: Repairing Muscle Fibre


Negative feedback system


Stimulus : M2 Macrophage


Sensor: Nerve cells in the skin brain


Organ systems involved :lymphatic, musculoskeletal, nervous system


Control: Satellite Cells


Effector: Satellite Cells





















Create your own at Storyboard That

M2 macrophages trigger differentiation of Satellite cells into specialized daughter cells called myoblasts.

M2





Undoing the Damage: Anti-inflammatory response


Negative feedback system


Stimulus : Cytokines released by M1 Macrophages


Sensor: Nerve cells in the skin brain


Control : White blood cells (Monocytes)


Organ systems involved :lymphatic, musculoskeletal, nervous system


Effector: M2 Macrophages

Myoblasts fuse with other myoblasts and/or damaged muscle fibre to reconstruct damaged muscle tissue.

nom nom

Specialized proteins that help gene expression, aka transcription factors, MyoD and Myf5 activate to prepare for cell fusion.

MyoD

Myf5

M2 macrophages activate and counter inflammation created by M1 macrophages. The M1 macrophage population declines.



























M2





Undoing the Damage: Repairing Muscle Fibre


Negative feedback system


Stimulus : M2 Macrophage


Sensor: Nerve cells in the skin brain


Organ systems involved :lymphatic, musculoskeletal, nervous system


Control: Satellite Cells


Effector: Satellite Cells





















Create your own at Storyboard That

M2 macrophages trigger differentiation of Satellite cells into specialized daughter cells called myoblasts.

M2





Undoing the Damage: Anti-inflammatory response


Negative feedback system


Stimulus : Cytokines released by M1 Macrophages


Sensor: Nerve cells in the skin brain


Control : White blood cells (Monocytes)


Organ systems involved :lymphatic, musculoskeletal, nervous system


Effector: M2 Macrophages

Myoblasts fuse with other myoblasts and/or damaged muscle fibre to reconstruct damaged muscle tissue.

nom nom

Specialized proteins that help gene expression, aka transcription factors, MyoD and Myf5 activate to prepare for cell fusion.

MyoD

Myf5

M2 macrophages activate and counter inflammation created by M1 macrophages. The M1 macrophage population declines.



























M2





Undoing the Damage: Repairing Muscle Fibre


Negative feedback system


Stimulus : M2 Macrophage


Sensor: Nerve cells in the skin brain


Organ systems involved :lymphatic, musculoskeletal, nervous system


Control: Satellite Cells


Effector: Satellite Cells





















Create your own at Storyboard That

M2 macrophages trigger differentiation of Satellite cells into specialized daughter cells called myoblasts.

M2





Undoing the Damage: Anti-inflammatory response


Negative feedback system


Stimulus : Cytokines released by M1 Macrophages


Sensor: Nerve cells in the skin brain


Control : White blood cells (Monocytes)


Organ systems involved :lymphatic, musculoskeletal, nervous system


Effector: M2 Macrophages

Myoblasts fuse with other myoblasts and/or damaged muscle fibre to reconstruct damaged muscle tissue.

nom nom

Specialized proteins that help gene expression, aka transcription factors, MyoD and Myf5 activate to prepare for cell fusion.

MyoD

Myf5

M2 macrophages activate and counter inflammation created by M1 macrophages. The M1 macrophage population declines.



























M2





Undoing the Damage: Repairing Muscle Fibre


Negative feedback system


Stimulus : M2 Macrophage


Sensor: Nerve cells in the skin brain


Organ systems involved :lymphatic, musculoskeletal, nervous system


Control: Satellite Cells


Effector: Satellite Cells





















Create your own at Storyboard That

M2 macrophages trigger differentiation of Satellite cells into specialized daughter cells called myoblasts.

M2





Undoing the Damage: Anti-inflammatory response


Negative feedback system


Stimulus : Cytokines released by M1 Macrophages


Sensor: Nerve cells in the skin brain


Control : White blood cells (Monocytes)


Organ systems involved :lymphatic, musculoskeletal, nervous system


Effector: M2 Macrophages

Myoblasts fuse with other myoblasts and/or damaged muscle fibre to reconstruct damaged muscle tissue.

nom nom

Specialized proteins that help gene expression, aka transcription factors, MyoD and Myf5 activate to prepare for cell fusion.

MyoD

Myf5

M2 macrophages activate and counter inflammation created by M1 macrophages. The M1 macrophage population declines.



























M2





Undoing the Damage: Repairing Muscle Fibre


Negative feedback system


Stimulus : M2 Macrophage


Sensor: Nerve cells in the skin brain


Organ systems involved :lymphatic, musculoskeletal, nervous system


Control: Satellite Cells


Effector: Satellite Cells





















Create your own at Storyboard That

M2 macrophages trigger differentiation of Satellite cells into specialized daughter cells called myoblasts.

M2





Undoing the Damage: Anti-inflammatory response


Negative feedback system


Stimulus : Cytokines released by M1 Macrophages


Sensor: Nerve cells in the skin brain


Control : White blood cells (Monocytes)


Organ systems involved :lymphatic, musculoskeletal, nervous system


Effector: M2 Macrophages

Myoblasts fuse with other myoblasts and/or damaged muscle fibre to reconstruct damaged muscle tissue.

nom nom

Specialized proteins that help gene expression, aka transcription factors, MyoD and Myf5 activate to prepare for cell fusion.

MyoD

Myf5

M2 macrophages activate and counter inflammation created by M1 macrophages. The M1 macrophage population declines.



























M2





Undoing the Damage: Repairing Muscle Fibre


Negative feedback system


Stimulus : M2 Macrophage


Sensor: Nerve cells in the skin brain


Organ systems involved :lymphatic, musculoskeletal, nervous system


Control: Satellite Cells


Effector: Satellite Cells





















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Storyboard Text

  • Specialized proteins that help gene expression, aka transcription factors, MyoD and Myf5 activate to prepare for cell fusion.
  • MyoDMyf5
  • 
  • Undoing the Damage: Anti-inflammatory responseNegative feedback systemStimulus : Cytokines released by M1 MacrophagesSensor: Nerve cells in the skin & brainControl : White blood cells (Monocytes)Organ systems involved : lymphatic, musculoskeletal, nervous systemEffector: M2 Macrophages
  • M2 macrophages activate and counter inflammation created by M1 macrophages. The M1 macrophage population declines.
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  • 
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  • 
  • M2
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  • Undoing the Damage: Repairing Muscle FibreNegative feedback systemStimulus : M2 MacrophageSensor: Nerve cells in the skin & brainOrgan systems involved : lymphatic, musculoskeletal, nervous systemControl: Satellite CellsEffector: Satellite Cells
  • 
  • M2 macrophages trigger differentiation of Satellite cells into specialized daughter cells called myoblasts.
  • M2
  • 
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  • Myoblasts fuse with other myoblasts and/or damaged muscle fibre to reconstruct damaged muscle tissue.
  • 
  • 
  • nom nom
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