Applied anatomy and physiology Essay Example | Topics and Well Written Essays - 3000 words

Applied anatomy and physiology - Essay Example I obtained the consent before proceeding with any procedure. For a detailed medical record of the patient please refer to the index at the end of this paper. I was in contact with the patient for three weeks as I was monitoring the patient’s recovery and the effect of medication and diet. I had to monitor the diabetic data that the patient was showing so that I could change any medication or diet in the patient’s diet plan. My capacity included direct interaction with the patient where I could talk and advise any recommendations or any guideline that I deemed necessary. I had to go through a detailed discussion about the confidentiality because the privacy of medical records of the patient is always a debatable issue. The patient’s content that they are the sole owners of their medical record and this cannot be shared with anyone. The patients have the right to access their own medical records (Schoenberg  & Safran, 2000). However, the doctor side of this debate argues that the medical records should be accessible to the medical staff and anyone that the doctors deemed worthy and qualified enough to share their opinion for the recovery and better treatment of the patient. The normal anatomy and physiology of the patient with type II diabetes includes normal blood pressure but the patient presented the case of hypotension. This condition can be explained by the use of drug Amlodipine. The normal physiology of a 45 year old male does not include nausea or headaches. At the age of 45 a person is healthy showing no unusual weakness in limbs and no visual disturbance. Endocrine pancreas is present as cell-clusters (islets of Langerhans) comprising four types of cells: alpha, beta, PP and delta cells (Sussel et al., 1998). Type II diabetes mellitus occurs with the interaction of environmental factors and a certain combination of genetic variants (Sladek et al., 2007). A study by Lorenzo et al. (1994) reveals that amylin fibril formation in