Cardiovascular disease risk factors

A study examined lower life satisfaction, active coping, and cardiovascular disease risk factors (diastolic and systolic blood pressure, body mass index, and circumferences) in older African Americans over the phases of an 18-month church-based intervention, using a quasi-experimental design. Participants (n = 89) were 45 years of age and older from six churches (three treatments, three comparisons) in North Florida. Lower life satisfaction had a persistent unfavorable effect on weight variables.

Active coping showed a direct beneficial effect on selected weight variables. However, active coping was adversely associated with blood pressure and did not moderate the association between lower life satisfaction and cardiovascular risk factors. The intervention had a beneficial moderating influence on the association between lower life satisfaction and weight variables and on the association between active coping and these variables. Yet, this pattern did not hold for the association between active coping and blood pressure. The relationship of lower life satisfaction and selected cardiovascular risk factors and the positive effect of active coping were established, but findings regarding blood pressure suggest further study is needed.

Concern about childhood obesity in your local community

There is a growing concern about childhood obesity in your local community. The city is ranked 22nd as the most overweight and obese in the United States. Because of your expertise in obesity, you have been asked to lead an interprofessional team to analyze the community-level problem, develop a plan to address the issue, present your findings and recommendations at the next community-wide council meeting for this case study,  suggest expected outcome for the plan and method of evaluation for the plan

Describe medical therapies used to treat the disorder

Case study • Orla Ramos is 43-year old female admitted to the hospital due to increasing fatigue, weakness, chest pain, dyspnea, and shortness of breath (SOB). The chest pain as substernal, sharp, and radiating to both shoulders. The chest pain had been present for 2 days, but became progressively worse and was associated with dyspnea which prompted her to seek care. She reported a viral upper respiratory infection starting 1 week before the current symptoms began.

• She reports a personal history of smoking half a pack per day since her teens. She has no known allergies and no significant health issues. The only time she was hospitalized was for delivery of two children with no complications. She has a family history of Hashimoto thyroiditis. Physical examination and diagnostic test results

• General, neuromuscular: Mild obesity. Alert, oriented, cooperative, and anxious. Full ROM and strength 5/5 in all extremities • Vital signs: Temperature = 100.8 degrees Fahrenheit (oral); heart rate = 126 beats/min, sinus tachycardia; respiratory rate = 30 breaths/min, labored; blood pressure = 100/60 mmHg; oxygen saturation = 92% on a venturi mask with a flow rate equal to 40% fraction of inspired oxygen; pain = 7/10. Pain is substernal, radiating, and constant; but slight relief when she is upright and leans forward. Pain is worse with coughing and deep inspiration. She is unable to recline due to significantly increased SOB, dyspnea, and pain.

• Ears, nose, throat: Left tympanic membrane red, but not bulging. Posterior pharynx red and edematous, but no exudate noted. Tonsils reddened and 2+. • Cardiopulmonary: Bilateral chest expansion symmetrical. Breath sounds clear, but diminished at bases. S1 and S2 muffled with grating friction rub auscultated. Pedal pulses 1+ and slight pedal edema noted. Bilateral jugular venous distention noted. Extremities slightly cool and pale with capillary refill 3 seconds.
• Abdomen: Soft, non-tender, no masses, and normoactive bowel sounds in all quadrants. Voided 200 cc of clear, yellow urine. • Serum results: Abnormal serum results include total white blood cell count = 17 cells/mcL; c-reactive protein = 15 mg/L; creatinine = 1.5 mg/dl; blood urea nitrogen = 25 mg/dL. Troponin and brain natriuretic peptide levels within normal ranges.

• Other results: Chest x-ray positive for cardiomegaly, but lungs clear. Echocardiogram showed moderate pericardial effusion, reduced right ventricle wall motion, and reduced ejection fraction. Electrocardiogram showed sinus tachycardia with non-specific ST segment changes. Summer To answer questions 1-3, use the scenario above

1. Identify the likely disorder, the underlying pathophysiology (i.e., cellular and tissue changes), and relate the changes to abnormal findings to support your interpretation. (20 points) Hint: We are in the cardiovascular system ☺ !

2. Identify all nursing diagnoses labels (just the label!) that apply to this patient (e.g., impaired swallowing). Identify the priority (#1) nursing diagnosis label; and for the (#1) nursing diagnosis label, explain the nursing interventions to address the identified problem. Provide evidence-based rationale to explain the need and/or benefit of each intervention. For interventions, include what the nurse should “monitor/assess”, “do”, and “teach” to the client. (20 points)

3. Describe medical therapies used to treat the disorder and explain their specific mechanism of action and intended impact at the cellular and/or tissue level. (15 points)

To answer questions 4-5, choose ONE disorder from this week’s reading

4. For the chosen disorder, identify the disorder and describe the impact on the United States population including incidence, prevalence, costs, morbidity, mortality, and/or other appropriate issues. Be sure to identify the disorder, the population associated with the data, and the year(s) of data. (15 points)

5. For the chosen disorder, locate recommendations in a nursing journal article or professional nursing organization. Provide a brief summary of the information and specific recommendations for nursing actions to improve care for patients. (15 points) Hint: To increase the likelihood of locating a nursing journal or organization, look for some form of the word “nurse” in the journal or organizational name!

Why is the lack of clinical manifestations in the ROS above significant?

Why is the lack of clinical manifestations in the ROS above significant? PE and Lab Tests General . Fair complexion and healthy-looking white male in no apparent discomfort. Red hair with green eyes . Appears pleasant, alert, and conversant but anxious Patient Case Question 2. Identify two risk factors for melanoma that this patient has.

Practices to promote cardiopulmonary health

As part of the primary health care focus, it is important to educate the young to the older population about following lifestyle practices to promote cardiopulmonary health. Can you describe how maintaining an ideal body weight, eating a low-fat, low-salt, calorie-appropriate diet, non-smoking, and engaging in regular exercise can impact a patient’s level of health in general?

Describe the characteristics of the aging process

Describe the characteristics of the aging process. Explain how some of the characteristics may lead to elder abuse (memory issues, vulnerability, etc.). Discuss the types of considerations a nurse must be mindful of while performing a health assessment on a geriatric patient as compared to a middle-aged adult. Give reference

Explain the role of health education

Explain the role of health education. How is the nursing process used in developing health education? Describe a contemporary issue local or global, that a family may experience today. What steps would the nurse take to address these as part of a health education plan?

Develop the ADN nursing student’s common language of clinical reasoning skills

Develop the ADN nursing student’s common language of clinical reasoning skills: noticing, interpreting, responding, and reflecting. 4. Demonstrate an improvement in ADN nursing student level of clinical reasoning, identifying beginning, developed, and accomplished to exemplary levels.

Relationship between hypertension and diabetes

Which appropriate hypothesis testing procedures should be used in testing if there is a relationship between hypertension and diabetes among participants of the Framingham Heart Study? I just need to figure out which appropriate hypothesis test to use as I can use SPSS to do the analysis.

Joint and musculoskeletal injections

Different joint and musculoskeletal injections are common in family practice settings and they can offer a lot of benefits for the patient. The hard thing for nurse practitioner students is getting the opportunity to practice because a lot of becoming proficient in this has to do with how often you can practice these. I do see some have difficulty with finding the right spot, and I’ve encountered situations myself where I found it very different. For example, I had a morbidly obese patient who I would see for bilateral knee injections related to her arthritis, but her extreme obesity obscured the normal landmarks I would be able to palpate and visualize in other patients. Have you found any tools or study resources you find helpful in learning to practice where these injections need to be given?