The Role of Biochemical Parameters in Prediction of Retinal Diseases and their Relationship to Cataract, Diabetes, and Hypertension, in Ibn Al Haytham Hospital, Baghdad, Iraq

This work summarize multiple protective roles serum Zeaxanthin, and Malondialdehyde, in association with metabolic profiles as a risk of retinal disorder disease cataract, diabetes, hypertension, totally thirty healthy control group, seventy-five patients group for both genders were studied. Retinal subdivided after clinical diagnosis, into three major -subgroups, the first cohort was twenty-five suffers second diabetic patients, while third is hypertensive patients. Lipid-profile, Fasting-insulin-levels, zeaxanthin malondialdehyde, have been done to all groups. Important findings presented zeaxanthin, by similarities differences, diseases hypertension. The activity levels retinopathy (32.80±30.56 ng/mL), non-significantly (P>0.01) reduced compared (88.85±139.31 compression same malondialdehyde MDA which expressed highest level (2.456±2.149 μg/mL) among rest groups, significantly higher (P<0.05) than that (0.783±0.937 μg/mL), but differences non-significant (P>0.05) (1.839±1.515 μg/mL).The are negatively associated hypertension pathogenesis aren’t legitimately ensured. But may be adopted diagnosis retina, also response oxidative stress, including fasting at least eight hours pre sophisticated lens surgery.