This work is the second part of a review on the role of free iron forms in cardiovascular diseases. Here, we stress on various aspects related to the iron form that are free of poorly chelated to iron biocarriers, as for example the NTBI (Non Transferrin Bound Iron). We report on problems relating the determination of such free iron forms and, after all, on their implications in cardiac diseases as well as in venous insufficiency
Background: Non-transferrin bound iron (NTBI) is a form of 'free' iron that appears in iron overload...
It is generally accepted that iron when released from the macromolecular complexes (ferritin, transf...
Both iron excess and deficiency may be related to oxidative stress. Serum ferritin, the main marker ...
An unavoidable consequence of the aerobic mechanism is the production of super-oxides and peroxides...
Iron overload disorders are common untreated a cause of severe systemic symptoms and organ damage to...
- Iron overload disorders are common and, if left untreated, severe systemic diseases that can have ...
Iron is the second most abundant metal in the Earth’s crust. Despite being present in trace amounts,...
More than 25 years ago, the iron hypothesis proposed that a state of sustained iron depletion or mil...
The dangers caused by iron not bound to transferrin (NTBI) have been known for many years, however, ...
Although essential for cell physiology, an increase or depletion of body iron has harmful effects on...
Iron is an element necessary for cells due to its capacity of transporting oxygen and electrons. One...
Recent reports implicating excess storage iron as a risk factor in coronary heart disease have promp...
I. SUMMARY Background: Iron is an essential element necessary for many physiological processes invol...
Contains fulltext : 48084.pdf (publisher's version ) (Closed access)Non-transferri...
Although the presence of nontransferrin bound plasma Iron (NTBI) in transfusional iron overload is w...
Background: Non-transferrin bound iron (NTBI) is a form of 'free' iron that appears in iron overload...
It is generally accepted that iron when released from the macromolecular complexes (ferritin, transf...
Both iron excess and deficiency may be related to oxidative stress. Serum ferritin, the main marker ...
An unavoidable consequence of the aerobic mechanism is the production of super-oxides and peroxides...
Iron overload disorders are common untreated a cause of severe systemic symptoms and organ damage to...
- Iron overload disorders are common and, if left untreated, severe systemic diseases that can have ...
Iron is the second most abundant metal in the Earth’s crust. Despite being present in trace amounts,...
More than 25 years ago, the iron hypothesis proposed that a state of sustained iron depletion or mil...
The dangers caused by iron not bound to transferrin (NTBI) have been known for many years, however, ...
Although essential for cell physiology, an increase or depletion of body iron has harmful effects on...
Iron is an element necessary for cells due to its capacity of transporting oxygen and electrons. One...
Recent reports implicating excess storage iron as a risk factor in coronary heart disease have promp...
I. SUMMARY Background: Iron is an essential element necessary for many physiological processes invol...
Contains fulltext : 48084.pdf (publisher's version ) (Closed access)Non-transferri...
Although the presence of nontransferrin bound plasma Iron (NTBI) in transfusional iron overload is w...
Background: Non-transferrin bound iron (NTBI) is a form of 'free' iron that appears in iron overload...
It is generally accepted that iron when released from the macromolecular complexes (ferritin, transf...
Both iron excess and deficiency may be related to oxidative stress. Serum ferritin, the main marker ...