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SC121 Human Anatomy and Physiology I

UCLA

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SLO 1 Pathophysiology of a disease The student describes the pathophysiology of the disease. The paper gives an analysis of the underlying cause of the physiological changes that occur during disease progression. The changes may occur at the molecular, cellular, organ or organ systems level. The information in the paper, including any in-progress research theories or ideas, are completely consistent with and supported by research published in established, peer-reviewed, scientific journals and texts. The paper is written in an established college format and has appropriate references at the end of paper.. No grammar errors are present. Pathophysiology report “Human Physiology” – suggested topics – there are many other diseases you may select 1) Neurologic disorders – Meningioma, Parkinson’s, Alzeimers, Multiple sclerosis, epilepsy 2) Respiratory disorders – Emphysema, Tuberculosis, pneumonia, bronchitis, cancer, lung transplant, Colds, allergies, asthma, black lung 3) Digestive disorders – Gastritis, Ulcers(stomach, intestinal, esophageal), cancer 4) Liver disorders – hepatitis, cirrhosis, transplant, gall bladder, gallstones 5) Endocrine disorders – Diabetes I II, pituitary dysfunction, thyroid disorder, adrenal dysfuction 6) Excretory problems – Kidney infection, bladder infection, kidney stones, cancer, prostate problems, 7) Muscle disorders – myasthenia gravis, muscular dystrophy 8) Skeletal problems – Osteoporosis, Osteomalacia, cancer, gout 9) Cardiovascular – hypertension, coronary artery disease, enlarged heart, heart valve defects, hemoglobin problems, stroke, thrombosis 10) Blood disorders – anemia, blood cancers, leukemia, clotting disorders 11) Immune disorders – Arthritis, allergies, lupus erthymatoses, tissue rejection(transplants) 12) Skin problems – cancer(basal, squamous), impetigo, rosacea, 13) Lymphatic system – Lymphomas 14) Reproductive – Ovarian cancer, prostate, uterine cancer, testicular cancer 15) Infection disease – Staph, Strep, Salmonella, TB, Cold, Influenza, smallpox, diptheria, lyme, giardia, hantavirus 16) Carcinomas(Cancers) – Breast, Prostate, lung, skin, gastric, intestinal, 17) Special Sensory problems – hearing loss(neural, conduction), vision(glaucoma, cataract) Instructions:SLO 1 1) Define the pathophysiologic problem. a) Explain how the disease starts, b) Explain how it affects the cells, tissues, organs and organ systems of the affected individual. b) Explain what the disease does to other organs of the body. 2) Explain what the signs of the disease show in the affected individual. What will change on the person? 3) Explain what the person will experience from the disease(symptoms). Place references at the end of paper. 2 to 3 pages
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The Pathophysiology of Diabetes Type I
Introduction
The endocrine system is one of the most important body systems. It is made up of a complex
network of hormones, glands, and feedback loops, that work together in a bid to regulate the
multitude of bodily functions. One of the most popular hormones of the endocrine system is
insulin, which plays a key role in the maintenance of glucose homeostasis. The gland responsible
for the production of insulin is the pancreas. Other than insulin production at the beta cells within
the islets of Langerhans of the pancreases, it is also responsible for producing digestive juices. In
a healthy individual, the pancreas is able to produce adequate insulin, which can be released into
the blood stream. However, there are cases where the pancreatic beta cells become damaged,
typically due to autoimmune attacks by immune cells. When this happens, the affected individual
develops type I diabetes due to a decline of insulin production. Type I diabetes makes up about 5–
10% of all instances of diabetes. This condition affects people of all age groups. However,
incidences rise between adolescence and the early stages of adulthood. Furthermore, type 1
diabetes is far more prevalent in adults than in children since the affected individuals sometimes
live for several decades after the disease first arises. It is approximated that about 5.9 out of every
10,000 persons globally are affected by this disease with an annual incidence rate of 15 per 100,000
people (Holt, et al., 2021).
Pathophysiology of Type 1 Diabetes
The onset of Type 1 diabetes is caused by numero...

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