Endocrine System Essay Example

Endocrine System Essay Example Endocrine System Essay Endocrine System Essay 1. The normal rat had the fastest radical metabolic rate. 2. The metabolic rates differed between the normal rat and the surgically altered rats because the surgically altered rats didn’t have a thyroid or pituitary secretory organ and hence. the normal rat had a faster radical metabolic rate. The consequences turned out to be the manner I predicted them to be. 3. T3 and T4 would be losing in the animal’s blood. 4. I would anticipate to see a lessening in endocrine degrees since the hypophysectomized animate being can non secret ay TSH. Part 2: 5. The normal rat’s BMR increased. 6. The thyroidectomized rat’s BMR increased. However. in comparision to the normal rat. the thyroidextomized rat’s BMR was lower than the normal rat ( intending the normal rat still had a larger BMR ) . The dosage of tetraiodothyronine in the syringe was hence excessively little. 7. The hypophysectomised rat’s BMR increased every bit good. and one time once more. the BMR of the normal rat was still larger and so the dosage was still excessively little. Part 3: 8. The normal rat’s BMR increased from the TSH injections. 9. The thyroidectomized rat’s BMR increased by a small but the BMR of the normal rat was still bigger and so the dosage was excessively little. 10. The hypophysectomised rat’s BMR increased from the TSH. but yet once more. the normal rat’s BMR was still more. so the TSH dosage was once more excessively little. Part 4: 11. The normal rat’s BMR decreased from the PTU injections and it developed the tangible goitre because of physique up of the precursors to thyroxine. 12. The thyroidectomized rat’s BMR was non effected by PTU injections. In this instance. the BMR is still higher than the normal rat’s BMR because of the fact that the thyroidectomized rat had no thyroid secretory organ. 13. The hypophysectomised rat’s BMR was besides non effected by the PTU. and the BMR in this instance was besides more than the normal rat’s BMR because of the fact that the hypophysectomised rat had no pituitary secretory organ. Activity 2: Plasma Glucose. Insulin. and Diabetes Mellitus 1. A glucose criterion curve is made after a dosage of insulin is given and consists of a series of blood glucose records. The curve was obtained for this experiment in order to acquire the optical densenesss and by utilizing the curve. how to mensurate how much plasma glucose in a sample was so right predicted. 2. Patient 3 and 5 are in the diabetic scope of over 126 mg/dl because they had a glucose reading of 132 and 143. I am diffident which type of diabetes because I do non hold adequate information such as the patient’s tallness. weight. and age. 3. Patient 3 was in the diabetic scope with a reading of 132. Her gestation indicates that she could hold gestational diabetes. 4. Patient 1 had a normal glucose reading. which was 104 mg/dl. 5. Life manner alterations that could be recommended include. but are non limited to. increasing exercising. and eating more fibre. Activity 3: Hormone Replacement Therapy 1. They are used in this experiment because these rats do non hold ovaries and hence. make non bring forth estrogen to increases bone denseness. The fact that these rats are ovariectomized explain their baseline T-scores because these rats have osteoporosis. 2. There was no consequence of saline on the control rat. The consequences of this compared good because this is what I predicted would go on. 3. The disposal of estrogen injections improved the T mark of the estrogen treated rat because it went from -2. 84 to -1. 60. so my anticipation was right. 4. Calcitonin improved the T mark of the calcitonin-treated rat because it went from -2. 84 to -2. 08 and hence. my anticipation was besides right. 5. Some wellness hazards that postmenopausal adult females must see when contemplating estrogen hormone replacing therapy include things such as dementedness. blood coagulums. shots. and different malignant neoplastic diseases such as ovarian malignant neoplastic disease. Activity 4: Measurement Cortisol and Adrenocorticotropic Hormone 1. Patient 3 would most likely be diagnosed with Cushing’s disease because this patient had both high degrees of Cortisol and ACTH. 2. Patients 2 and 5 have hormone flat feature of Cushing’s syndrome because of the high degrees of Cortisol and low degrees of ACTH. 3. This information changes the diagnosing because now patient 2 would be diagnosed with physician-induced Cushing’s syndrome. 4. Patient 4 would most likely be diagnosed with Addison’s disease because of the low degree of Cortisol and the high Degree of ACTH.