NO release by red blood cells

Related BrainMass Solutions

• Mitochondria and Erythrocytes Red

  Red blood cells consist of almost 90% hemoglobin; the heme is what gives blood its red color. A related compound, myoglobin, acts to store oxygen in muscle cells. Hence the mitochondria accquires the color.

• Hematology

  Hemoglobin is contained in erythrocytes, more commonly referred to as red blood cells. Under certain conditions, oxygen bound to the hemoglobin is released into the body tissue, and under others, it is absorbed from the tissue into the blood.

• Kidney Failure and Anemia

  It acts on erythroid progenitor cells in the bone marrow to increase the production of red blood cells.

• The Liver and its Functions

  When red blood cells die, the hemoglobin within them is released and broken up: the iron in hemoglobin is salvaged, transported to the bone marrow by a protein called transferrin and used again in the production of new red blood cells; the remainder of

• The Transportation of Carbon Dioxide in Blood

  Oxygen is transported by blood from respiratory organs to the tissue cells for oxidation while Carbon dioxide is transported from the tissue cells to the respiratory surfaces for elimination.

• Feed back loops in the human body

  The Loop: High blood glucose -(leads to) - release of insulin - (leads to) - uptake of glucose by cells - (leads to) - low blood glucose - (leads to) - end of insulin release. There is a similar loop when your blood glucose levels are too low.

• A description of rare and normal blood types.

  Since this third antigen type was discovered only people with AB+ red blood cells could be called universal acceptors (no antibodies for any antigen) and therefore only people with O- red blood cells can be called universal donors.

• Physiology: Fat Cell Responses, Blood Oxygen, Insulin Levels

  The subsequent increased number of red blood cells reaching circulation increases resulting in the ability of the blood to carry more oxygen to respiring tissues.

• Pulmonary and Systemic

  (3) How does the red blood cell differ from other cells in its ability to divide and synthesize protein? Propose a reason that the red blood cell has no nucleus. 1) The two circuits are as follows: Pulmonary and Systemic.

• Cell loss

  This happens in all normal red blood cells. The effect is that the cell gets a rather limited life span (in a red blood cell about 120 days - 24 hour "days") and it can no longer divide so it can not multiply.