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Full Screen- Title
- DECLARATION
- CERTIFICATE
- CONTENTS
- ACKNOWLEDGEMENT
- List of symbols and Abbreviations
- CHAPTER - I
- I - I Introduction
- I - II Objectives
- I - III Review of Literature
- I - IV Methodology
- Modified diet &Life Style Test to measure Total C
- Modified diet
- Modified lifestyle
- Test to measure Total Cholesterol
- Carr - Drekter method
- Test to measure High Density Lipoprotein
- Test to measure Tryglycerides
- Blood pressure
- Electrocardiogram Tread mill test
- Treadmill test
- I -V Results
- Statistical analysis
- Table I: - Comparison of lipid profile levels of healthy subjectsand diseased subjects
- Table II: - Changes in the lipid profile level of intervention group.
- Table III: - Changes in the lipid profile level in the control group.
- Graph I Differences in the serum lipid profile of CAD patientsand Subjects free of CAD
- Graph II: Changes in the serum Total cholesterol level in theIntervention group and control group.
- Graph III Changes in the serum HDL level in theIntervention group and control group.
- Graph IV: Changes in the serum LDL level in theIntervention group and control group.
- Graph V: Changes in the serum VLDL level in theIntervention group and control group.
- Graph VI: Changes in the serum Triglyceride level in theIntervention group and control group.
- Graph VII Changes in Systolic Pressure through an Intervalof 3 months each
- Graph VIII Changes in a diastolic pressure through an lntervalChanges in Diastolic Pressure through an lnterval of3 months each
- I -VI Discussion
- I - VII Conclusion
- CHAPTER II
- II - I Introduction
- II - II Objectives
- II - III Review of literature
- II - IV Methodology
- Rabbit feed
- Ingredients of Mineral Mixture
- CONTENTS of Polybion
- Feeding Design
- Statistical Analysis
- Collection of blood samples
- Histological studies
- Composition of 10% buffered formaline
- Automatic orocessing
- 1. Harriss haematoxylin preparation
- 2. Eosin Preparation
- Procedure for staining.
- II -V Results
- Plate 1 Light Micrograph demonstrating cross sections of aorta of control with normal intima, media and adventitia. (10X)
- Plate 2 Light Micrograph demonstrating cross sections of aorta ofcontrol group with normal intima., m.e dia and adventitia. (40X)
- Plate 3 Light Micrograph demonstrating cross sections of aorta of cholesterol group exhibiting SMC proliferation in the intima. (4X)
- Plate 4 Light Micrograph demonstrating cross sections of aorta of cholesterol group exhibiting SMC proliferation in the intima. (10X)
- Plate 5 Light Micrograph demonstrating cross sections of aorta of cholesterol group exhibiting SMC proliferation in the intima. (40X)
- Plate 6 Light Micrograph demonstmting the fatty streak
- Plate 7 Light Micrograph demonstrating foam cell formation in the intima of cholesterol group (10X)
- Plate 8 Light Micrograph demonstrating foam cell formation in the intima of cholesterol group. (40X)
- Plate 9 Light Micrograpn demonstrating cross sections of aorta ofcoconut oil group exhibiting slight thickening in tbe intirna. (4X)
- Plate 10 Light Micrograph demostrating cross sections of aorta of cocunut oil group exhibiting slight thickening in the intima. (l0X)
- Plate 11 Light Micrograph demostrating cross sections of aorta of cocunut oil group exhibiting form cell formation in the intima. (4X)
- Plate 12 Light Micrograph demostrating cross sections of aorta of cocunut oil group exhibiting form cell formation in the intima. (10X)
- Plate 13 Light Micrograph demonstrating cross sections of aorta sfcoconut oil>group exhibiting form cell formation in the intirna. (lOX)
- Plate 14 Light Micrograph demonstrating cross sections of aorta ofcoconut oil group exhibiting foam cell formation in the intima. (40X)
- Plate 15 Light Micrograph demonstrating normal coronary arteries of control group (40X) .. . .. .-, .- . . .. - .. ., --.. .. .-., cotmug. arteries ofcootd geup (40x1
- Plate 16 Light Micrograph demonstrating slight thickening in the coronary arteries of cholesterol group. (4X)
- Plate 17 Light Micrograph demonstrating slight thickening in the coronary arteries of cholesterol group. (10X)
- Plate 18 Light Micrograph demonstrating slight thickening in the coronary arteries of cholesterol group. (40X)
- Plate 19 Light Micrograph demonstrating slight thickening in the coronary arteries of cholesterol group. (10X)
- Plate 20 Light Micrograph demonstrating slight thickening in the coronary arteries of cholesterol group. (40X)
- Plate 21 Light Micrograph demonstrating normal coronary arteries of coconut oil group. (l0X)
- Plate 22 Light Micrograph demonstrating normal coronary arteries of coconut oil group. (40X)
- Plate 23 Light Micrograph demonstrating normal liver cells (C.S) of control group (10X)
- Plate 24 Light Micrograph demonstrating normal liver cells (C.S) of control group (40X)
- Plate 25 Light Micrograph demonstrating normal liver cells (C-S) of cholesterol group (10x)
- Plate 26 Light Micrograph demonstrating normalliver cells (C, S) of cholesterol group (40X)
- Plate 27 Light Micrograph demonstrating normal liver cells (C.S) of coconut oil group (10X)
- Plate 28 Light Micrograph demonstrating normal liver cells (C.S) of coconut oil group (40X)
- II -VI Discussion
- Serum Total Cholesterol
- Serum HDL Cholesterol
- Serum Triglycerides
- Serum LDL cholesterol
- Serum VLDL cholesterol
- II -VII Conclusion
- III Summary
- References