The experiment was designed to evaluate the role of garlic oil which contain high contens of sulphur componds for the control of blood glucose levels and oxidative stress that induced in rats by alloxan. The study conclude that garlic oil has the capacity to ameliorate the oxidative stress by increasing the antioxidant contens and reduced the free radicals production. Also, control the blood glucose levels may be by mechanism id dependt on insluin.

In this paper, Appell’s matrix function of two complex variables is introduced, starting from the hypergeometric matrix function with the studies of the properties and an elementary generating functions for Jacobi matrix polynomials are obtained.

Cisplatin is one of the most widely used cytotoxic therapeutic agents for the treatment of cancer. This drug, at effective higher doses or multiple low doses, causes many physiological adverse effects. N,N Diphenyl-р-phenylenediamine (DPPD) and Vit C against cisplatin-induced oxidative stress in rats. Cisplatin was injected once a week (2 mg/kg bwt) for 4 weeks. DPPD (125 mg/kg bwt) and vit C (100 mg/kg bwt) were injected once a week an 24 hour prior to cisplatin injection. In cisplatin treated group, the number of RBCs and WBCs were decreased (P 0.05) compared to that of control rats. However, in rats injected with Vit C or DPPD prior to cisplatin treatment, blood cells counts elevated again to their normal values. Cisplatin toxicity was manifested biochemically by a significant increase (P0.05) of LPO in spleen as well as a decrease in GSH content which associated with a reduction in the activities of antioxidant enzymes, SOD, CAT, GST and γ GGT in spleen and plasma. In addition to the marked decrease in Vit C and Vit E levels. In rats treated with Vit C or DPPD in combination with cisplatin LPO and the activities of SOD, GST, CAT and GGT restored to about normal control levels. In conclusion DPPD and vitamin C are efficient promising compounds for reducing cisplatin-toxic side effects.

serum levels of GH, Somatomedin-C as well as linear body growth were determined in 28 young diabetic subjects (14 children and 14 preadolescents) and in 20 normal age-matched control. All children and 50% of the preadolescent patients were poorly controlled. The mean hight in both groups was insignificantly lower than that in controls. Serum GH was higher in both groups while SM-C was insignificantly lower in children and insignificantly higher in preadolescents than that in the controls. An inverse correlation between GPP and SM-C in the poorly controlled preadolescent diabetics. These finding may suggest that the decreased linear growth results in poorly controlled diabetics from decreased serum SM-C. Meanwhile, the elevated GH levels may imply a state of GH resistance and may help to explain the inadequate diabetes control among this group patients.

serum levels of GH, Somatomedin-C as well as linear body growth were determined in 28 young diabetic subjects (14 children and 14 preadolescents) and in 20 normal age-matched control. All children and 50% of the preadolescent patients were poorly controlled. The mean hight in both groups was insignificantly lower than that in controls. Serum GH was higher in both groups while SM-C was insignificantly lower in children and insignificantly higher in preadolescents than that in the controls. An inverse correlation between GPP and SM-C in the poorly controlled preadolescent diabetics. These finding may suggest that the decreased linear growth results in poorly controlled diabetics from decreased serum SM-C. Meanwhile, the elevated GH levels may imply a state of GH resistance and may help to explain the inadequate diabetes control among this group patients.

Uptake of radiodine by thyroid glan within 90 min after I.v injection with Na 131 I was studied in male rats which had been i.p injected with either PGB1, PGF1α or PGF2α. The mathematical analysis of radioiodide plasma disappearance curves showed that the rioiodide was kinetically exchanged within a two compartmental model. This is one of the three compartmental model of Wollman and Reed in which total 131 I is considered to be one compartment and blood plasma is the other. The fraction rate constant for migration of 131I from plasma pool towards the reversible pool of the thyroid was effectively enhanced by PGF1α and PGF2α . The reversible fractional rate constant was variably affected. The fractional rate constant that regulates the interconversion of free iodide from labile pool to be oxidized is increased due to the action of PGF1α and decreased by PGF2α.