Iron Transport and Storage by Kevin Ahern, PhD

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About the Lecture

The lecture Iron Transport and Storage by Kevin Ahern, PhD is from the course Amino Acid Metabolism.


Included Quiz Questions

  1. It can gain or lose electrons depending on its oxidative state.
  2. It can help to break down free radicals using the Fenton reaction.
  3. It is needed in large amounts in the body.
  4. It can react with water to form a peroxyl radical.
  5. Iron is easily excreted from the body via the kidneys.
  1. Lactoferrin
  2. Ferritin
  3. Catalase
  4. Cytochrome
  5. Myoglobin
  1. It transfers its iron to intracellular ferritin.
  2. It can carry hundreds of iron atoms.
  3. It is slow in the transferring of its iron.
  4. It is a lipoprotein.
  5. It has a very poor affinity for iron.
  1. It is present in low amounts in iron deficiency anemia.
  2. It stores two atoms of ferrous iron per complex.
  3. It stores iron in the ferrous state.
  4. Ferroxidase converts it to hemosiderin.
  1. It is a glycoprotein.
  2. It is a cytoplasmic protein.
  3. It is expressed in decreased amounts when cellular iron levels are low.
  4. It helps transport ferritin into the cell.

Author of lecture Iron Transport and Storage

 Kevin Ahern, PhD

Kevin Ahern, PhD


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Good explanation
By Winnie W. on 26. April 2021 for Iron Transport and Storage

Professor gives a very clear explanation, easily understand. Thank you.


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