...D2. In this task I will be evaluating care strategies that can be used for my chosen disorder. I will research two alternative care strategies that could be used. I will make reasoned arguments for and against the care strategies identified. Many disorders have more than one strategy to fight with certain disorder. It is up to the doctor and patient what care strategies are the best for the patient. For my chosen disorder I pick type 1 diabetes. In my case study Janet was diagnosed when she was 10 years old and still in primary school. Apart from Type 1 Diabetes Janet had no other medical conditions and prior to her diagnosis she was healthy and rarely ill. Her treatment required insulin injections, calculated diet, physical activity and home blood glucose testing few times per day. I will consider now alternative care strategies and their strenghts and weaknesses. Some examples of alternative treatments for diabetes can be insulin pump or complementary therapy. I will start from insulin pumps. Insulin pump therapy is the term used to describe the use of insulin pumps in managing blood glucose levels in people with insulin-dependent diabetes. What are insulin pumps? Insulin pumps are portable devices attached to the body that deliver constant amounts of rapid or short acting insulin via a catheter placed under the skin. They are seen as a better alternative to insulin injections as they reduce the need for multiple insulin jabs per day and give the user increased ability...
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...Stem Cells as a Treatment Overview: Stem cell research is a highly promising field of study. Its most important applications include medicine and therapy. These will be the focus of this paper. To begin: an overview of stem cells, alternatives to embryonic stem cells, and recent advances. Stem cells are amazing for their capacity for self-renewal and, most of all, the ability to become any of millions of cell types in the human body. There are various types of stem cells, each with different potential. This includes embryonic stem cells. These totipotent cell lines come from the inside of the cell mass of a human embryo. These embryos are taken specifically from fertilized eggs not used by in-vitro fertilization (1). At this point, they are just a blastocyst, meaning an embryo composed of approximately one hundred cells. The cells on the inside of the blastocyst are undifferentiated but eventually will multiply and differentiate extensively to make all of the different required cells. Adult stem cells cells also have this same ability. They are found throughout the body and are able to dived to replenish dying cells and regenerate damaged tissues (1). Adult stem cells are able to renew themselves and create a variety of cells, but are usually multipotent, meaning that they only are able to specialize into a small selection of cells. ‘Totipotent’ stem cells can be transformed into any type of cell in the human body, however, there is a great amount of controversy...
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...Treating Diabetes Mellitus Type II Treating Diabetes Mellitus Type II Type II diabetes (T2D) is a metabolic disorder characterized by chronically elevated blood glucose levels. It characteristically results from a surplus caloric intake, as compared to energy consumption, combined with inadequate insulin secretion, due to dysfunction of the insulin-secreting pancreatic beta cells (Pfeiffer & Klein, 2014). Type II diabetes has reached pandemic levels, despite efforts to slow its progression. In a society where healthcare is ever-changing, primary care physicians, along with advanced practitioners are now treating this disease more readily, as compared to specialist and endocrinologist in the past. As with many disease processes, there are several options when choosing a treatment plan for type II diabetes. Combining knowledge and evidence-based research, the practitioner will be able to establish an individualized treatment plan for treating type II diabetes mellitus. Pathophysiology Type II diabetes is a very complex, non-communicable disease that effects more than 370 million people throughout the world. The symptoms of this disease can vary from patient to patient. Without intense and concentrated efforts to address the pathogenesis and treatment of this syndrome, the destructive macrovascular and microvascular outcomes of type II diabetes will remain a major problem for years to come (Kahn, Cooper, & Del Prato, 2014). In T2D plasma insulin levels may be low,...
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...Postmenopausal estrogen therapy substantially increases the risk for endometrial cancer with increasing dose and long term use (Barrett-connor & Stuenkel.,2001). 2.9 MANAGEMENT OF MENOPAUSE: Apart from HRT the menopausal complications can be overcome with the help of some life style modifications and alternative or complimentary treatment methods. These includes: a) Eat well: Diet including lots of fruits, vegetables, and whole grains should be taken in plenty and there must be limitation in intake of saturated fats, oils, and sugars. b) Regular exercise: Physical activity, moderately intense, can help protect you against many of the conditions associated with aging. It is also a good way to reduce stress, and to help maintain a healthy weight. c) Enough sleep: various relaxation techniques and doctor’s consultation can help in overcoming various problems . d) Quit smoking: Smoking can actually bring on early menopause, and increase hot flashes. e) Manage hot flashes: Common hot flashes triggers can include hot drinks, spicy...
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...did that. He told it was because he had diabetes. He would always tell me to take care of myself, because our family has a history of diabetes. And it could be me that would be poking a needle in my finger. II. Today I am going to inform you about Type II Diabetes. III. I’m pretty sure many of you know about this disease, but today, I will give you more information about it. Hopefully you can use this information to get a better understanding of Type II diabetes. IV. So I will be talking about the causes, signs and symptoms, and treatment of Type II Diabetes. Body I. First, I will explain the causes of this disease. A. Type 2 diabetes develops when the body becomes resistant to insulin or when the pancreas stops producing enough insulin (Web MD, 2015). 1. Insulin regulates the amount of glucose that is made within the body, and that glucose is the sugar within our bodies 2. If there is not enough insulin, the glucose cannot get in the cells and builds up in the blood instead and causes damage in many areas (Web MD, 2015). 3. At first, the pancreas makes extra insulin, but overtime, it won’t be able to produce enough to keep blood glucose normal (American Diabetes Association, 2015). B. “Even though not everyone with type 2 diabetes is overweight, obesity and lack of physical activity are two of the most common causes of this form of diabetes” (Web MD, 2015). 1. It is responsible for 95% of diabetes cases in the U.S. (Centers for Disease...
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...Keele University, UK; 2Keele Medical School, Keele University, UK; 3Diabetes Research Group, SAAD Centre for Pharmacy and Diabetes, University of Ulster, Coleraine, UK 1 Received August 3, 2012; Accepted November 9, 2012; Epub November 30, 2012; Published December 10, 2012 Abstract: Exogenous insulin administration and oral anti-diabetic drugs are the primary means of treating diabetes. However, tight glycaemic control, with its inherent risk of hypoglycaemia, is required to prevent the microvascular and macrovascular complications of the disease. While islet or pancreas transplantations offer a longer-term cure, their widespread application is not possible, primarily because of a lack of donor tissue, the burden of life-long immunosuppression, and eventual graft rejection. The rapid increase in the incidence of diabetes has promoted the search for alternative cell-based therapies. Here we review recent advances in the directed differentiation of both endocrine and non-endocrine progenitors towards an islet-like phenotype. Keywords: Endocrine, progenitor cells, islet cells, insulin production, diabetes mellitus The need for cell-based therapies for diabetes The pancreatic islet is a complex microorganism, secreting insulin under tight physiological control. Insulin deficiency due to disturbances of insulin production/action lies at the heart of diabetes. This disease is a growing global healthcare problem, with incidence currently estimated at 346M. Whilst exogenous insulin...
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...Approximately 17 million Americans have diabetes.(Lamb) As many as one-half are unaware they have it. This chronic disease causes serious health complications including renal failure, heart disease, stroke, and blindness. It is a condition in which the pancreas no longer produces enough insulin or cells stop responding to the insulin that is produced. Then glucose in the blood is not able to be absorbed into the cells of the body.(Kishore) The cells in the human body need energy in order to function. Glucose is the body's primary energy source. It is a simple sugar resulting from the digestion of foods containing carbohydrates. It circulates in the blood from the foods that are digested as a ready energy source for any cells that need it. Insulin is a hormone or chemical produced by cells in the pancreas, it is located behind the stomach. It bonds to a receptor site on the outside of cell and goes into the cell through which glucose can enter. Glucose can be saved for later use by converting to concentrated energy sources like glycogen or fatty acids. When there is not enough insulin produced , glucose stays in the blood rather entering the cells. The body will attempt to dilute the high level of glucose in the blood, which called hyperglycemia. Hyperglycemia acts by drawing water out of the cells and into the bloodstream, to dilute the sugar and excrete it in the urine. People with undiagnosed diabetes to be constantly thirsty, drink large quantities of water, and urinate...
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...inches tall. Her urine specimen shows glycosuria and ketonuria. A chemstick blood glucose level is 412 mg/dl. D.K. had eaten breakfast 3 hours before the chemstick blood test. 1. Considering D.K.’s presenting history and physical data, what form of diabetes mellitus is indicated? Question-1: Indicate what form of diabetes mellitus is the patient suffering from and explain how and why each of her symptoms reflect that choice (3 pt)? 2. What are the physiologic mechanisms involved with the polydipsia, polyuria, and polyphagia in diabetes mellitus? Question-2: Explain the physiologic mechanisms involved with the polydipsia, polyuria, and polyphagia in detail. Explain how each manifests in a patient (4.5 pts)? 3. What immediate and long-term therapy will D.K. need to manage her disorder? Question-3: Elaborate on both immediate and long-term therapy, stating why each is necessary (2 pts)? 1. All of D.K symptoms combined indicate that she is suffering from diabetes mellitus type two. Her extreme weight loss from 140 to 128 and measuring 5 feet 7 inches tall despite her “ravenous appetite and increased dietary intake” is a big factor indicator. When the body can no longer metabolize glucose the body uses alternative fuels that are stored in the muscle tissues and fat therefore causing a loss of calories and an excess of glucose is released in the urine in which results...
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...more difficult for neurotransmitters to stimulate them so it slows down the activity of the activity of the central nervous system. This reduces anxiety and leads to a feeling of calm. Bzs work very fast so it makes them suitable for emergency situations, however they are very addictive so can only be prescribed for two weeks at a time. They also have side- effects like for example they lead to memory loss and if an overdose is taken it can lead to respiratory arrest. The Betablockers block the adrenaline receptors which are mainly situated in the heart and the large blood vessels. So when adrenaline is produced by the adrenal medulla as a response to a situation perceived as a stressor the blood pressure does not increase and the heart rate remain stable. The BBs do not cause addiction but if taken for a long period of time they can cause diabetes type 2, they can also make people tired and lead to hallucinations. Lau et al. (1992) carried out a meta-analysis and found that they were effective in reducing blood pressure. However drugs are emotion focused therapies unlike psychological therapies like CBT they do not teach the patients skills to deal with the stressors so when they stop the treatment the symptoms reappear. However they can give the time for patients to deal with the stressors directly or learn new skills. An alternative to these biological treatments is stress inoculation therapy (SIT) which works by teaching patients new skills to deal with the stressor....
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...therefore he decided to go to the emergency room. Mr. JP arrived to the emergency room complaining of joint pain in his left shoulder region and fever. The ER Physician’s diagnosis was, “Pain joint, shoulder region, left septic arthritis, bacteremia.” The physician decided to admit him for a few days and treat his infection and avoid any further complication. Mr. JP was ordered to be in contact isolation for the protection of him and others. His past medical history are significant for Type II diabetes which he was diagnose at the age of 48, follow with hypertension, glaucoma, CHF, arthritis, Neurogenic bladder, Carotid artery disease, COPD, Urinary obstruction, Mixed hyperlipidemia, chronic anemia, Gangrene of toe and Gout. Analysis of the individual Variables’ influence on Medications There are many factors that can affect when prescribing a medication to a client such as age, sex, genetic diseases, culture, ethnicity, allergy, health belief and use alternative therapies/herbal supplement. In the following paragraphs we will analyze factors that can affect Mr. JP and the medications he is presently taking, however due to that fact that Mr. JP has an extended list of medication I will be only using five top drugs that are influencing some of the factors mention before. The usage of medications require health...
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...Treatment and Prevention Table Your Name: |Medical Management or Treatment |Medical Setting |Surgical Management or Treatment |Surgical Setting |Prevention Activities |Prevention Setting | |1. Heart disease |Conventional & Alternative medicine: Vasodilator, Beta-blocker drugs, adrenergic, aspirin |Outpatient: Cardiologist office and home. |Angioplasty or even open heart surgery. |In patient: hospital. |Healthy eating, exercise, knowing family history, have annual cardiac screening done. |Outpatient: home, gym. | |2. Cancer |Radiation therapy, chemo therapy, Nutritional therapy. |Inpatient/outpatient: Hospital or Radiation outpatient clinics. |Tumor embolization, tumor removal, mastectomy, Surgical removal of infected organ or body part. |Inpatient: Hospital |Nutrition, don’t smoke, avoid prolonged times to sun, minimize red meat intake, know your family hx, have annual cancer screenings. |Outpatient: Home. | |3. Stroke (cerebrovascular diseases) |Ischemic: Clot-busting drugs immediately. Aspirin, warfarin, speech therapy, physical therapy. TIA stroke: very difficult to manage, attempt to control high blood pressure, reduce brain swelling. |Inpatient/outpatient: Hospital, rehabilitation center. |Carotid Endarterectomy, angioplasty, stent placement. |Inpatient: Hospital. |Avoid smoking and excessive alcohol consumption, exercise, and minimize foods with much fat, healthy eating overall. |Outpatient: Home, gym, support group organizations. | |4. Chronic lower respiratory...
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...Atrial Fibrillation Seminar Case 1 CC: “My chest seems to be pounding fast and it will not go away” HPI: MJ is a 66-year-old Caucasian male who presents to his PCP because of increased chest palpitations. The patient stated that he started feeling chest palpitations about 2 weeks ago. At first he barely noticed them and attributed them to some bad heartburn from eating too much spicy food. However, the palpitations have become progressively more prominent over the last 4-5 days and therefore the patient thought he should visit the doctor. The patient states that he has had no recent medication changes and has been on the same medication regimen for about 2-3 years now. The patient also stated that he felt similar chest pounding about 4 months ago but it seemed to go away really quick and decided he did not need to do anything about it. PMH: Meds: DM Type 2 ASA 81 mg PO daily HF (LVEF ~35%) (13 years ago) Furosemide 20 mg PO daily HTN KCL 10 mEq PO daily s/p MI (16 years ago) Lisinopril 20 mg PO daily Hypercholesterolemia Atorvastatin 40 mg PO daily Gout Metoprolol succinate XL 25 mg PO daily Glipizide XL 20 mg PO daily Allopurinol 150 mg PO daily Allergies: NKDA SH: Lives with wife; employed as a construction foreman; quit drinking alcohol after HF diagnosis; quit tobacco after MI; tries to stay active and does moderate exercise at the gym at least 3 times/week. Plays golf every other weekend. FH: non-contributory Today’s...
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...|[pic] |Course Syllabus | | |College of Natural Sciences | | |SCI/163 Version 4 | | |Elements of Health and Wellness | Copyright © 2013, 2012, 2011, 2009 by University of Phoenix. All rights reserved. EL14FS05 Course Start Date: 04/16/2014 Course End Date: 05/14/2014 Wednesday’s *6 PM to 10 PM* El Centro Learning Center 3095 North Imperial Suite 101 El Centro, California - 92243 Phone: 800-473-4346 Instructor: Rosyo Ramirez, MPA Course Description This course reinforces the concept that learning effectively and living well involves both the mind and body. It presents the fundamentals of wellness and preventive health including strategic planning to attain and maintain personal optimal health. In addition, physical and mental diseases are discussed along with the dangers of environmental pollution, stress, addiction, and other negative factors that can affect personal health. Policies Faculty and students/learners will be held...
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...Diabetics are at an increased risk of developing CHF because this disease raises the risk for developing coronary artery disease and high blood pressure, both of which can have long term negative effects on the cardiac muscle (Mayo Clinic, 2015). In addition to diabetes, lung diseases can contribute to weakening the heart. Diseases such as COPD, in which the lungs don’t work appropriately, puts strain on the heart because it has to work harder to distribute oxygen throughout the body, which can lead to the muscle thickening (AHA, 2015). Sleep apnea, or not breathing properly while sleeping, also leads to poor oxygenation and raises the risk of irregular heart rhythms both of which can eventually lead to heart failure (Mayo Clinic, 2015). Additional conditions that can contribute to heart failure include: viral infections leading to myocarditis; too much alcohol intake; tobacco use; and...
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...treatments and therapies. The use of stem cells has opened up a new field called regenerative medicine or cell therapy, which replaces damaged or diseased cells that are in the body with new ones. Stem cells have the ability to develop into many different cell types within the body during the early life and growth cycle. Stem cells repair internal system, by dividing and replenishing other cells. They distinguish themselves by being unspecialized cells, renewing themselves through cell division and under certain physiologic conditions, be chemically induced to become tissue or organ-specific cells with particular functions. There are several different types of Stem Cells: Embryonic Stem Cells (hES), which are derived from embryos, mostly from eggs fertilized in vitro and donated for research with the donor’s permission. Adult Stem Cells (hES), are undifferentiated cells found among differentiated cells in tissue and organs, which can differentiate themselves to yield some or all of the major specialized cell types of that tissue or organ. iPSC Stem Cells: Are also adult cells, genetically reprogrammed to an embryonic stem-cell like state and forced to express genes and factors to define the properties of the embryonic stem cells. Stem Cell applications can be classified into several categories, one is research: research in developmental Biology, which are models of human disease constrained by animal and cell cultures. Two is transplantation, three, is gene therapy and development...
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