Theme-Logo
  • Login
  • Home
  • Course
  • Publication
  • Theses
  • Reports
  • Published books
  • Workshops / Conferences
  • Supervised PhD
  • Supervised MSc
  • Supervised projects
  • Education
  • Language skills
  • Positions
  • Memberships and awards
  • Committees
  • Experience
  • Scientific activites
  • In links
  • Outgoinglinks
  • News
  • Gallery
publication name The potential hypercholesterolemic effect of feeding rats on improved non– traditional white soft cheese supplemented with vegetable oils and starter cultures
Authors M. E. Shenana; M.B. El-Alfy;; E.A. Ismail; W. A. Gafour* and A. M. Roshdy
year 2012
keywords
journal
volume Not Available
issue Not Available
pages Not Available
publisher Not Available
Local/International Local
Paper Link Not Available
Full paper download
Supplementary materials Not Available
Abstract

The present work was done on the health promoting power for lowering the blood cholesterol by feeding the rate on advanced non-traditional soft white cheese with vegetable oils and starter cultures. The experimental included 36 female albino rates fed on basal diet for one week and then divided into 6 groups two of them were served as positive and negative controls, The other 4 groups were fed for 6 weeks on the above mentioned cheese treatments. The non-traditional white soft cheeses were more effective in lowering serum total cholesterol especially T3 (3% starter culture). The serum triglycerides level, serum VLDL + LDL level, The TC/HDL and LDL/HDL ratios were showed a pronounced decrease as the time of feeding progressed. All the blood serum HDL cholesterol were also gradually decreased. Serum glutamic oxalacetic transaminase (GOT) level showed a significantly low activity whereas, T3 was the lowest. On the other hand the serum glutamic pyrovatic transaninase (GPT) level were observed to have a significant decrease in the serum levels of this enzymes relative to the negative control treated group. Hence the non-traditional white soft cheese made with vegetable oils and starter culture copuld be better protect against coronary heart disease.

Benha University © 2023 Designed and developed by portal team - Benha University