The likelihood of being affected by Type 1 diabetes are highest in: Question 14 options: Obese individuals with a genetic variant in an HLA region. individuals on a high sugar diet. chain smokers. individuals with a genetic variant in an HLA region infected by coxsackievirus B. Obese individuals infected by coxsackievirus B.
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Question 14 options:
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Obese individuals with a
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individuals on a high sugar diet.
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chain smokers.
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individuals with a genetic variant in an HLA region infected by coxsackievirus B.
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Obese individuals infected by coxsackievirus B.
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- Situation: Mrs. Corona was diagnosed of Diabetes Mellitus Type II. She was admitted to the Emergency due to dizziness, headache frequency of urination at night and complained of very hungry. Her weight suddenly decreases for the past months from 140 lbs to 110 lbs also feeling tired and having dry skin. She sought admission due to the following signs and symptoms. Her hemogluco test (blood sugar) level is from 180 - 200mg / dl 2 hours after eating. The best and correct ecologic model for Mrs. Corona? a. Web Model b. Triangle model c. Wheel model d. All the choicesDiscuss why gamma globulin injections are painful.Patient A: Has Diabetes insipidus. They have polyuria and dilute urine. They present with some signs of sever dehydration including increased thirst, rapid respirations and rapid heart rate. Their blood pressure is low Patient B: Has Diabetes mellitus type 1. They are not taking medication for it. They are confused and lethargic. They are breathing heavy and fast and the breath has a fruity odor. They have polyuria and increased thirst. Explain the difference between diabetes insipidusand diabetes mellitus (I swear, if you write "The name", so help me...). This answer should address the cause for these two diagnoses and what organs or organ systems are at fault, or would be investigated for this disease.
- Patient A: Has Diabetes insipidus. They have polyuria and dilute urine. They present with some signs of sever dehydration including increased thirst, rapid respirations and rapid heart rate. Their blood pressure is low Patient B: Has Diabetes mellitus type 1. They are not taking medication for it. They are confused and lethargic. They are breathing heavy and fast and the breath has a fruity odor. They have polyuria and increased thirst. 4: For Patient A, the doctor orders a Head CT scan. She does not order this for Patient B. What would the doctor be looking for in the CT scan, and whywould this not be ordered for patient B?"Diabetes and its Type"discuss the topic in following points. 1) Introduction 2) Types 3) Cause 4) Precaution 5) Risks 6) Medication and treatment 7) Who are mainly affected [Note the answer must be in details explanation and information] *Urgent Please*Ashley is placed on mechanical ventilation. They also develop acute kidney injury with decreased urine output and rising BUN and creatinine. This now qualifies them for the diagnosis of MODS. Part 1: What do you think placed them at higher risk than another person their age for getting so severely ill? include information on what placed Ashley at risk, but also which other groups of people are at higher risk for MODS? Part 2: Explain the difference between primary and secondary MODS and some signs, symptoms and physiological changes that commonly occur during secondary MODS. Include information on what happens to neutrophils and how the inflammatory response is different in primary vs. secondary MODS 8 sentences max for all parts combined
- GROUPS 1 & 2 A 24-year-old woman presents to the emergency department with severe diarrhea for the past days. She looked acutely ill and very dehydrated. Although her usual blood pressure is 120/80mmHg, it has now dropped. When she is supine (lying down), her blood pressure is 90/60 mm Hg and her heart rate is 100 beats/min. When she is moved to a standing position, her heart rate further increases to 120 beats/min. She is immediately started on normal saline i.v fluids. a. What is the physiological explanation behind the drop in blood pressure? b. Explain physiologically the fast baroreceptor mechanisms that will be employed to compensate for the drop in blood pressure. c. What accounts for the change in heart rate on changing positions? d. How will iv fluids improve her blood pressure?Gloria Gonzales is a 56-year-old Hispanic female with a history of type 2 diabetes mellitus, obesity, and hypertension. She was admitted to the medical unit 2 days ago with chest pain that was unrelieved with three nitroglycerin sublingual. She has had the following lab work: CK, LDH, AST, troponin, lipid levels, and an ECG stress test. She is scheduled to have a cardiac catheterization in the morning. (Learning Objectives 1, 3, 4, 7, 12, 13) 1.Explain the rationales for the laboratory tests and ECG stress test. 2. What should the nurse do to prepare for the cardiac catheterization that is scheduled? 3. According to Mrs. Gonzales’ medical history, what has contributed to her myocardial infarction? 4. What should the nurse anticipate doing to prepare Mrs. Gonzales to be discharged?A three-agent dosage regimen, termed VAD, for the treatment of multiple myeloma includes the following drugs taken over a 28-day cycle: Vincristine 0.4 mg/day, by IV infusion, D1-4 Doxorubicin 9 mg/m2/day, by IV infusion, D1-4 Dexamethasone 40 mg/day, PO, D1-4, 9-12, 17-20 Calculate the total quantity of doxorubicin administered over the course of the treatment cycle for a patient weighing 232 lbs and measuring 5' 7" in height. Round your answer to the nearest tenth. Express your answer as numbers only, no units.
- Write down adverse effects of the drugs to treat theG6PD deficiency disease.Gloria Gonzales is a 56-year-old Hispanic female with a history of type 2 diabetes mellitus, obesity, and hypertension. She was admitted to the medical unit 2 days ago with chest pain that was unrelieved with three nitroglycerin sublingual. She has had the following lab work: CK, LDH, AST, troponin, lipid levels, and an ECG stress test. She is scheduled to have a cardiac catheterization in the morning. 4. What should the nurse anticipate doing to prepare Mrs. Gonzales to be discharged?The plasma of half-life of aspirin is t1/2 = 20 minutes; ibuprofen t1/2 = 2 hours. Both agents are dosed q 4 to 6 hours. Compared to ibuprofen, APAP's dosing can be much longer than it's plasma half-life because it is: 1. more toxic, so cannot be taken as often 2. more selective for COX1 than is ibuprofen 3. an irreversible inhibitor