Studies on B
Studies on Baraki Goat experimental exposed to
hypercholesterolemia and A trial of treatment
Mona S. Zaki1;
Mohamed, M. I2; Nabilaa EI-Batraway3 and
Awadaalah, I. M2
1Department of Hydrobiology,
National Research Center. Egypt
2 Department of Animal and poultry Nutrition, National Research Center. Egypt
3 Department of Microbiology, Animal Reproduction Research
Institute. El-Haram, Egypt
Abstract: Fifteen
goats with average body weight (15-25 kg) were used to determine the effect of
cholesterol level on goat. They were divided into 3 equal groups; group
1(control), and group "2&3" (tested group). The effect of
administration of high level of corn and corn with titanium ascorbate to group
"2&3". After 21 days hematological changes moncytosis and
lymphocytosis in goat blood were detected, as well as highly increases of
cholesterol, trigylcerides, phospholipids and calcium level in goat blood.
These hematological and biochemical parameters were corrected by administration
of titanium ascorbate (5g/head) as showen in-group 3. The animals of each group
had been penned individually to carryout the digestion trials which lasted for
21 days. The goats raised on diet contain corn (group 2) and supplemented with
titanium, consumed high amount of ration and nutrient compared with control
group. It was observed that the digestibility of all nutrients in group 2 and 3
was increased significantly in comparable with control group. Highest values of
nitrogen balance were recorded in group 2 and group 3 compared with the control
group. Microbiological examination showed that, Bacillus species, Proteus sp.,
Enterococcus, and Micrococcus, Streptococcus pyogenes, and Staphylococcus
aureus micro-organisms were isolated from cholestermic goat (group2) isolation
before and after administration of Nigella sativa and titanium ascorbate as a
trial to detect their antibacterial activity in vivo. Bacterial count was
noticed to be decreased after this administration. Moreover, there were changes
in the protozoa of the rumen, which increase acetate level, decrease
propionate, and butyrate levels. Post mortem examination of internal organs
revealed deposition of fats in internal organs, moreover, bones of goat was
fragile due to deposition of calcium in internal organs.
[Mona S. Zaki; Mohamed, M. I; Nabilaa EI-Batraway and
Awadaalah, I. M. Studies on Baraki Goat experimental exposed to
hypercholesterolemia and A trial of treatmen. Life Sci J 2013;10(1):1524-1528]
(ISSN:1097-8135). http://www.lifesciencesite.com.
Keyword: Baraki Goat experimental exposed.
