Physiological effects of iron as a trace element

Abstract

Recently, trace metals have been identified that are present in large quantities in living tissues and cells (chromium (cr) ، cobalt (co)، iron (fe)، iodine (i)،
copper (cu)، manganese (mn)، molybdenum (mo)، selenium (se)، zinc (zn)،
fluorine (f)، silicon (si)). It is necessary for reasons of interest in biological physiology, and is therefore considered an essential components for growth. Trace elements have basic physiological functions. Iron (fe) binds increased oxygen, while manganese, molybdenum, and zinc (zn, mo, mn) carry out metabolic stimulation, in addition to selenium and iodine (se , i) , which are responsible for hormonal influences . Trace elements are found in small compositions, but it is essential for growth and physiological functions metabolic processes occurring within trophozoite tissues, such as enzymes structure and function, bone and blood maintenance, immune responses or transmission of impulses also depend on trace elements.
It must have a strong weight system applied to obtain the series of elements necessary to perform the functions of its biochemistry. Through this paper we will study the matrix of trace elements and their causes of invisibility in cells, and discuss the symptoms of apparent trace definition of shortcomings in the elements and development of the general concept.
Aim of this study is to identify trace elements in the field of biochemistry and pharmaceutical applications. There is only industrial, organic, pharmaceutical, mineral compounds which used as anti-cancer treatments, inflammation, antidiuretic medication or antimicrobial agent. To prevent these studies from understanding the main effects of elements on companions and their links to organ functions.