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Homeostasis

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This is Ryan, he strained his calf while performing in the Annual InterschoolSoccer Semi-finals. Lucky for him, his immune system has already prepared to swiftly recover the muscle damage in time for the finals!



Neutrophils release enzymes that eat damaged muscle fibres.

nom nom





Step 1 : Making Things Worse (DeconstructingHomeostasis)


Positive feedback system


Stimulus : Injury to Muscle


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: White Blood Cells (Neutrophils Monocytes)


Effector: Muscle eating enzymes and M1 macrophages



M1 macrophages create muscle inflammation and enhance muscle damage.

nom nom

M1







Step 2 : Making Things Better (slightly)


Negative feedback system


Stimulus : Nitric oxide released by M1 macrophages (Damages muscle cells)


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: Satellite cells


Effector: Satellite cells

Nitric oxide from M1 macrophages causes muscle stem cells aka satellite cells to multiply at the site of injury.

nom nom















Create your own at Storyboard That

This is Ryan, he strained his calf while performing in the Annual InterschoolSoccer Semi-finals. Lucky for him, his immune system has already prepared to swiftly recover the muscle damage in time for the finals!



Neutrophils release enzymes that eat damaged muscle fibres.

nom nom





Step 1 : Making Things Worse (DeconstructingHomeostasis)


Positive feedback system


Stimulus : Injury to Muscle


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: White Blood Cells (Neutrophils Monocytes)


Effector: Muscle eating enzymes and M1 macrophages



M1 macrophages create muscle inflammation and enhance muscle damage.

nom nom

M1







Step 2 : Making Things Better (slightly)


Negative feedback system


Stimulus : Nitric oxide released by M1 macrophages (Damages muscle cells)


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: Satellite cells


Effector: Satellite cells

Nitric oxide from M1 macrophages causes muscle stem cells aka satellite cells to multiply at the site of injury.

nom nom















Create your own at Storyboard That

This is Ryan, he strained his calf while performing in the Annual InterschoolSoccer Semi-finals. Lucky for him, his immune system has already prepared to swiftly recover the muscle damage in time for the finals!



Neutrophils release enzymes that eat damaged muscle fibres.

nom nom





Step 1 : Making Things Worse (DeconstructingHomeostasis)


Positive feedback system


Stimulus : Injury to Muscle


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: White Blood Cells (Neutrophils Monocytes)


Effector: Muscle eating enzymes and M1 macrophages



M1 macrophages create muscle inflammation and enhance muscle damage.

nom nom

M1







Step 2 : Making Things Better (slightly)


Negative feedback system


Stimulus : Nitric oxide released by M1 macrophages (Damages muscle cells)


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: Satellite cells


Effector: Satellite cells

Nitric oxide from M1 macrophages causes muscle stem cells aka satellite cells to multiply at the site of injury.

nom nom















Create your own at Storyboard That

This is Ryan, he strained his calf while performing in the Annual InterschoolSoccer Semi-finals. Lucky for him, his immune system has already prepared to swiftly recover the muscle damage in time for the finals!



Neutrophils release enzymes that eat damaged muscle fibres.

nom nom





Step 1 : Making Things Worse (DeconstructingHomeostasis)


Positive feedback system


Stimulus : Injury to Muscle


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: White Blood Cells (Neutrophils Monocytes)


Effector: Muscle eating enzymes and M1 macrophages



M1 macrophages create muscle inflammation and enhance muscle damage.

nom nom

M1







Step 2 : Making Things Better (slightly)


Negative feedback system


Stimulus : Nitric oxide released by M1 macrophages (Damages muscle cells)


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: Satellite cells


Effector: Satellite cells

Nitric oxide from M1 macrophages causes muscle stem cells aka satellite cells to multiply at the site of injury.

nom nom















Create your own at Storyboard That

This is Ryan, he strained his calf while performing in the Annual InterschoolSoccer Semi-finals. Lucky for him, his immune system has already prepared to swiftly recover the muscle damage in time for the finals!



Neutrophils release enzymes that eat damaged muscle fibres.

nom nom





Step 1 : Making Things Worse (DeconstructingHomeostasis)


Positive feedback system


Stimulus : Injury to Muscle


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: White Blood Cells (Neutrophils Monocytes)


Effector: Muscle eating enzymes and M1 macrophages



M1 macrophages create muscle inflammation and enhance muscle damage.

nom nom

M1







Step 2 : Making Things Better (slightly)


Negative feedback system


Stimulus : Nitric oxide released by M1 macrophages (Damages muscle cells)


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: Satellite cells


Effector: Satellite cells

Nitric oxide from M1 macrophages causes muscle stem cells aka satellite cells to multiply at the site of injury.

nom nom















Create your own at Storyboard That

This is Ryan, he strained his calf while performing in the Annual InterschoolSoccer Semi-finals. Lucky for him, his immune system has already prepared to swiftly recover the muscle damage in time for the finals!



Neutrophils release enzymes that eat damaged muscle fibres.

nom nom





Step 1 : Making Things Worse (DeconstructingHomeostasis)


Positive feedback system


Stimulus : Injury to Muscle


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: White Blood Cells (Neutrophils Monocytes)


Effector: Muscle eating enzymes and M1 macrophages



M1 macrophages create muscle inflammation and enhance muscle damage.

nom nom

M1







Step 2 : Making Things Better (slightly)


Negative feedback system


Stimulus : Nitric oxide released by M1 macrophages (Damages muscle cells)


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: Satellite cells


Effector: Satellite cells

Nitric oxide from M1 macrophages causes muscle stem cells aka satellite cells to multiply at the site of injury.

nom nom















Create your own at Storyboard That

This is Ryan, he strained his calf while performing in the Annual InterschoolSoccer Semi-finals. Lucky for him, his immune system has already prepared to swiftly recover the muscle damage in time for the finals!



Neutrophils release enzymes that eat damaged muscle fibres.

nom nom





Step 1 : Making Things Worse (DeconstructingHomeostasis)


Positive feedback system


Stimulus : Injury to Muscle


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: White Blood Cells (Neutrophils Monocytes)


Effector: Muscle eating enzymes and M1 macrophages



M1 macrophages create muscle inflammation and enhance muscle damage.

nom nom

M1







Step 2 : Making Things Better (slightly)


Negative feedback system


Stimulus : Nitric oxide released by M1 macrophages (Damages muscle cells)


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: Satellite cells


Effector: Satellite cells

Nitric oxide from M1 macrophages causes muscle stem cells aka satellite cells to multiply at the site of injury.

nom nom















Create your own at Storyboard That

This is Ryan, he strained his calf while performing in the Annual InterschoolSoccer Semi-finals. Lucky for him, his immune system has already prepared to swiftly recover the muscle damage in time for the finals!



Neutrophils release enzymes that eat damaged muscle fibres.

nom nom





Step 1 : Making Things Worse (DeconstructingHomeostasis)


Positive feedback system


Stimulus : Injury to Muscle


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: White Blood Cells (Neutrophils Monocytes)


Effector: Muscle eating enzymes and M1 macrophages



M1 macrophages create muscle inflammation and enhance muscle damage.

nom nom

M1







Step 2 : Making Things Better (slightly)


Negative feedback system


Stimulus : Nitric oxide released by M1 macrophages (Damages muscle cells)


Sensor: Nerve cells in skin and brain


Organ systems involved : Lymphatic, Musculoskeletal, Nervous system


Control: Satellite cells


Effector: Satellite cells

Nitric oxide from M1 macrophages causes muscle stem cells aka satellite cells to multiply at the site of injury.

nom nom















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Storyboard Tekst

  • M1
  • This is Ryan, he strained his calf while performing in the Annual Interschool Soccer Semi-finals. Lucky for him, his immune system has already prepared to swiftly recover the muscle damage in time for the finals!
  • 
  • Step 1 : Making Things Worse (Deconstructing Homeostasis)Positive feedback systemStimulus : Injury to MuscleSensor: Nerve cells in skin and brainOrgan systems involved : Lymphatic, Musculoskeletal, Nervous systemControl: White Blood Cells (Neutrophils & Monocytes)Effector: Muscle eating enzymes and M1 macrophages
  • Neutrophils release enzymes that eat damaged muscle fibres.
  • 
  • nom nom
  • M1 macrophages create muscle inflammation and enhance muscle damage.
  • 
  • 
  • nom nom
  • 
  • Step 2 : Making Things Better (slightly)Negative feedback systemStimulus : Nitric oxide released by M1 macrophages (Damages muscle cells)Sensor: Nerve cells in skin and brainOrgan systems involved : Lymphatic, Musculoskeletal, Nervous systemControl: Satellite cellsEffector: Satellite cells
  • 
  • 
  • Nitric oxide from M1 macrophages causes muscle stem cells aka satellite cells to multiply at the site of injury.
  • 
  • 
  • nom nom
  • 
  • 
  • 
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