Oxidative Stress Status Of Rats Fed On Oil Bean Seed Meal
Table Of Contents
- Title page
Approval page
Dedication
Acknowledgment
Abstract
Table of contentCHAPTER ONE
- 1.0INTRODUCTION
- 1.1Aim and objectiveCHAPTER TWO
- 2.0LITERATURE REVIEW
- 2.1Classification of oil bean
- 2.2Composition of seed
- 2.3Fatty acid composition of African oil bean seed
- 2.4Pharmacological uses
- 2.5Anti nutrient in health
- 2.6Oil bean and humans
2.
- 6.1Oil bean seed and animals
- 2.7Oxidative stress
2.
- 7.1Malondialdehyde
- 2.8CatalaseCHAPTER THREE
- 3.0MATERIALS AND METHODS
- 3.1Materials
- 3.2Collection and identification of plant materials
- 3.3Animals
- 3.4Preparation of oil bean seed meal for animal feeding
- 3.4.1 Oil bean seed meal inclusion diet preparations
3.
- 4.2Oil extraction
- 3.5Formulation of oil bean seed meal diet
3.
- 5.1Oil bean seed based treatment diet (g/100g Diet)
3.
- 5.2Chemicals/Biochemicals
- 3.6Phytochemical screening
3.
- 6.1Test for tannins
3.
- 6.2Test for alkaloids
3.
- 6.3Test for saponin
3.
- 6.4Test for flavonoids
3.
- 6.5Determination of phenols
- 3.7Determination of fatty acid composition
3.
- 7.1Determination of anthocyanin
- 3.8Collection of blood sample
- 3.9Test for malonaldelyde
3.
- 9.1Catalase assayCHAPTER FOUR
- 4.0RESULT AND DISCUSSION
- 4.1Figure i fatty acid composition of extracted oil of pentraclethra macrophylla
- 4.2Figure ii malondialdehyde concentration of test and control animal
- 4.3Figure iii catalase concentration of test and control animalsCHAPTER FIVE
- 5.0DISCUSSION
- 5.1Recommendations
References
Thesis Abstract
This study was on oxidative stress status of rat fed with Pentraclethra macrophylla, otherwise known as African oil bean seed oil in English or Ugba in Igbo. Sixteen male rats were distributed into four groups. 1 (control), then group 2, 3, and 4 as test groups. They were fed with their formulated meal (5%, 10%, 20% inclussions) for 28 days. Group 1 was the control and were fed with the normal feed, while group 2, 3 and 4 which were the test groups were fed with test feed formula.. The parameters determined were MDA concentrations and catalase activity. Serum MDA significantly increased (p<0.05) while the catalase activity significantly decreased (p<0.05). This finding may be clinically significant to individuals with predisposition to increased generation of reactive oxygen species (ROS) and other degenerative diseases.
Thesis Overview
1.0. INTRODUCTION
Ugba also called ukpaka is a popular food delicacy in Nigeria especially among Igbo ethnic group. It is rich in protein and is obtained by a solid state fermentation of the seed of African oil bean tree (Pentaclethra macrophylla Benth).
The natural fermentation of the seed which at present is still done at the house-hold level, renders the production nutritious, palatable and non-toxic (Enujiugha, 2002).
Its production, like many African fermented foods depends, entirely on mixed fermentation by microorganism from diverse source.
Pentaclethra macrophylla Benth is a large woody plant abundant in the rain forest areas of west and central Africa. It’s origin in Nigeria is believed to be around 1937 (Ladipo, 1984); where it is found in the South Nigeria, (Mbajunwa et al., 1998).
―Ugba‖ Pentaclethra macrophylla Benth belongs to the Family Leguminosae and sub-family Microsoideae (Keay, 1989 and NFTA, 1995).
Ugba seeds are irregular and oval; they are flat, black and hard pods. It is composed of oil, protein and small amounts of carbohydrate (Obeta, 1982).1.1 AIM AND OBJECTIVES
(i) To determine the concentration of Malondialdehyde (MDA, which indicates the peroxidation status) and
(ii) The activity of Catalase (a marker of antioxidant status) in the serum of rats fed graded doses of African oil bean seed meal