Pathogenetic role of magnesium deficiency in ophthalmic diseases
R Agarwal, lgor Iezhitsa, P Agarwal - Biometals, 2014 - Springer
Magnesium is one of the most important regulatory cation involved in several biological
processes. It is important for maintaining the structural and functional integrity of several vital
ocular tissues such as cornea, lens and retina. The magnesium content of lens, especially in
its peripheral part, is higher than that in aqueous and vitreous humor. Magnesium has also
been shown to play critically important role in retinal functions. Magnesium plays significant
role as a cofactor for more than 350 enzymes in the body and regulates neuroexcitability …
processes. It is important for maintaining the structural and functional integrity of several vital
ocular tissues such as cornea, lens and retina. The magnesium content of lens, especially in
its peripheral part, is higher than that in aqueous and vitreous humor. Magnesium has also
been shown to play critically important role in retinal functions. Magnesium plays significant
role as a cofactor for more than 350 enzymes in the body and regulates neuroexcitability …
Pathogenetic role of magnesium deficiency in ophthalmic diseases.
RA Renu Agarwal, LI Lgor Iezhitsa, PA Puneet Agarwal - 2014 - cabidigitallibrary.org
Magnesium is one of the most important regulatory cation involved in several biological
processes. It is important for maintaining the structural and functional integrity of several vital
ocular tissues such as cornea, lens and retina. The magnesium content of lens, especially in
its peripheral part, is higher than that in aqueous and vitreous humor. Magnesium has also
been shown to play critically important role in retinal functions. Magnesium plays significant
role as a cofactor for more than 350 enzymes in the body and regulates neuroexcitability …
processes. It is important for maintaining the structural and functional integrity of several vital
ocular tissues such as cornea, lens and retina. The magnesium content of lens, especially in
its peripheral part, is higher than that in aqueous and vitreous humor. Magnesium has also
been shown to play critically important role in retinal functions. Magnesium plays significant
role as a cofactor for more than 350 enzymes in the body and regulates neuroexcitability …
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