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Iron Deficiency & Hair loss For many years the theory of iron deficiency in women has been debated. Iron is a fundamental requirement of body cells. The question 'Does Serum Iron & Serum Ferritin ( the biochemical state in which iron is stored in the body) affect the hair growth cycle remains unproven however, in my opinion i feel there is a clear link with iron deficiency and hair loss.Most menstruating women will find that an iron deficiency will affect them at some stage. The importance of iron in the body should not be overlooked as it plays a role in many bodily functions. When discussing iron deficiency we as trichologists look at the serum ferritin levels which in most cases will be measured within a range (20 - 300ug/L). A suggested level of above 75ug/L is considered the bare minimum with a mid range level of 150ug/L a level that some believe should be sought. Regrettably, it is still a common belief from many that if the iron is within the range then it is sufficient. This would suggest that someone with a ug/L of 20 would have a similar metabolic drive to that of someone with a ug/L level of 250. Do I need to comment more? Dr John Lee (researcher into the thyroid Gland) "Insufficient iron restricts cell mitochondria production from which Adenosine Tri-phosphate (ATP) - 'cellular energy' is created. Our metabolic activity and Phase II liver detoxification pathways are ATP dependant" (ref Dr John Lee). Iron deficiency is relatively common. Chronic iron deficiency partly caused by low intake or avoidance of red meat or vegetarianism, may lead to diffuse hair loss. Mr Barry Stevens MA FTTS records significant observations relating to serum ferritin levels in females who suffer hair loss. Over a practice lifetime period of 40 + years 62% of his female patients 16-60 years with otherwise unexplained diffuse terminal hairloss had a serum ferritin level of 10-17. Iron supplements were taken to increase the serum ferritin levels. As the levels were raised, hair losses reduced significantly.Iron distribution in the healthy human body65% should be found in Haemoglobin (the oxygen bearing protein found in red blood cells - an iron rich biochemical)4% in Myoglobin (an oxygen bearing protein similar to haemoglobin) located in skeletal muscle.30% stored as Ferritin (biological state by which iron is stored in the body) or Hemosiderin in bone marrow, liver & spleen.1% relates to Transferrin (sync. Siderophilin) an iron transporting beta-globulin which facilitates transportation to bone marrow & tissue storage regions. It is also a component of enzymes located in cells throughout the body.Free Iron is reactive.
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