1 4 NPP and Term Paper <Course number

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4

NPP and Term Paper

Abstract

The paper summarizes two assignments on nutritional assessment and management for Michael Johnson, a 40-year-old man. He is involved in a chronic process of obesity type II diabetes and previously had surgery for gastric bypass. The first assignment is a detailed review of Michael’s health history in complex relations to nutrition and the management of chronic diseases. The paper discusses the problems likely to be alleviated through appropriately person-tailored dietary interventions that are correctly reviewed at regular intervals. The second part of the paper discusses in detail the nutritional assessment that was done for a patient by the name of Michael, including dietary history, anthropometric measurements, clinical examination, and biochemical analysis. It identified important risk facts that became very instrumental in procuring malabsorption and protein malnutrition and proposed evidence-based strategies to optimize Michael’s nutritional health, such as personalized diet, supplementation, and behavioral counseling. The abstract places very high importance on the place of nursing practice in the integration of nutritional concepts in pursuit of attaining holistic care and fostering patient education and self-efficacy.

NPP and Term Paper

Nutrition Data Collection Tool

General Information

Client Initials: MJ.

Age: 40

Significant others: Spouse and two children

Members in household: 4 (including Michael)

Occupation: Office manager, works 40 hours per week

Activity Level: Moderately active

Medical / surgical history:

Gastric bypass surgery for obesity management (performed 04/12/2012)

History of obesity and related comorbidities, such as hypertension and type 2 diabetes

Dietary History

Habitual intake of foods: Generally, Michael takes three meals a day and very few snacks. He takes his meals mostly at home. Breakfast is around 7:00 AM. At noon, he takes his lunch, and at 6:00 PM is the dinner. He always takes his meals with his wife and kids.

Snacking Habits: Michael does not snack that much; perhaps he takes it once or twice a day. He particularly takes his snacks at home, but several of them are consumed at work. The times he gets a snack differ well, but if he does, it will be mid-morning or mid-afternoon. The snacks will be had by themselves.

72-Hour Food History/Diary:

Day 1:

Breakfast: Oatmeal with almond milk and berries (1 cup), coffee with creamer.

Lunch: Grilled chicken salad with mixed greens, tomatoes, cucumbers, and vinaigrette dressing.

Dinner: Baked salmon with quinoa and steamed broccoli.

Day 2:

Breakfast: Whole wheat toast with avocado, scrambled eggs, orange juice.

Lunch: Turkey and cheese sandwich on whole grain bread, carrot sticks with hummus.

Dinner: Stir-fried tofu with vegetables (broccoli, bell peppers, snap peas) and brown rice.

Day 3:

Breakfast: Greek yogurt with granola and sliced bananas, green tea.

Lunch: Lentil soup with whole wheat bread and fruit salad.

Dinner: Grilled steak with roasted sweet potatoes and asparagus.

24-Hour Food Recall (Average Day): Similar to the 72-hour food history provided.

Daily Oral Fluid Intake:

Water: Approximately 8-10 cups per day.

Coffee: 2 cups per day.

Juice or other sugary beverages: Occasionally.

Special Diet: None reported.

Previous Nutritional Recommendations: No specific recommendations were reported.

Food Dislikes: No specific dislikes were reported.

Food Preparation Practices: Meals are typically prepared by Michael or his spouse.

Food Purchasing Practices: Food is purchased by Michael or his spouse.

Food Preferences: Michael enjoys a variety of foods, including lean proteins, fruits, vegetables, and whole grains.

Food Allergies: No known food allergies were reported.

Food Intolerances: No known food intolerances were reported.

Ability to Feed Self: Able to feed himself independently.

Diets Tried in the Past: No specific diets were reported.

Knowledge: Believes current diet is adequate but open to making changes to improve health.

Psychosocial Information

Socioeconomic Status: Middle class.

Food Budget: A moderate budget is allocated for food expenses, with occasional splurges on specialty or convenience items.

Cultural Background: African American.

Religion: Christian (Protestant denomination).

Impact of Religion on Food Practices: Some of the food practices from Michael are their religious beliefs. For example, he could not be involved in eating some food during the religious holidays or events as well as some people. He could be very comfortable with home-cooked meals either on Sundays or even at his religious gatherings.

Herbals: No reported use of herbal supplements or alternative medicine.

Psychological/Emotional State: Moderate stress from juggling work pressures with family roles may interfere with well-intentioned eating, many times leading to overeating or reaching for high-calorie or sweet “comfort” foods.

Supplements: MJ occasionally takes a multivitamin supplement, especially during periods of heightened stress or illness.

Medications

Prescribed Medications: Hypertension medication (lisinopril). Medication for type 2 diabetes (metformin). Multivitamin supplement (prescribed post-gastric bypass surgery).

Over-the-Counter Medications: Occasionally takes over-the-counter pain relievers (e.g., ibuprofen) for headaches or minor aches and pains.

Effect of Medical Diagnosis on Client’s Feelings about Food/Diet: Michael will have increased awareness and uneasiness in his medical situation, particularly in obesity and type 2 diabetes, about what his food selection/choices and general diet are. This should rather be with the motivation to make healthier dietary selections that will appropriately take charge of those alimentary stipulations in a manner that may take him to better health.

Attention to Food Labels/Nutritional Info: MJ generally pays average attention to what is in his food and to nutritional information; however, since he suffers from high blood pressure and diabetes, he tries to avoid foods high in sugar and sodium content. He tries as much as possible to choose lower sodium and lower sugar options himself.

Dietary Influences (Family, Friends, Media):

Family: Other family members would include Michael’s spouse. It is through the influence of others that Michael eventually feeds either healthy food or junk food. They can even encourage making healthy food and help give directions on how the meal is made.

Friends: Friends have limited influence on dietary habits.

Media: The media tends to have a following of influence from time to time, mainly in messages with regard to certain diets or new foods, but more generally, following from one’s own experiences and advice from healthcare providers.

Vitamins, Minerals: He is on a multivitamin, as he should not get deficient in any vitamins post-gastric bypass surgery, and he takes extra vitamin D occasionally – normally in winter.

Anthropometry

Present Weight: 200 lbs

Self-identified optimal weight: 160 lbs

Weight history (over previous 6 months): Stable, no significant changes

How often do you weigh yourself? Once a week

Height: 5’10” (70 inches)

BMI and analysis of BMI: BMI = (200 lbs / (70 inches * 70 inches)) * 703 = 28.69

Analysis: Michael’s BMI falls into the overweight category, indicating a higher risk for obesity-related health issues.

Waist circumference: 36 inches

Recent weight loss/gain: No recent significant weight loss or gain

Intentional/unintentional over what period of time: N/A

Vital Signs

Temperature (T): 98.6°F

Pulse (P): 72 beats per minute

Respiratory Rate (RR): 16 breaths per minute

Blood Pressure (BP): 120/80 mmHg

Pain: None reported

Subjective Data

Appetite:

Usual appetite

No recent changes

No measures to stimulate or reduce appetite

Satiety:

Stops eating when full

Does not pick at food between meals

Rarely eats substantially before bedtime

Taste:

No changes reported

Chewing:

No difficulties reported

Swallowing:

No coughing or gagging when swallowing

No dysphagia reported

Mouth pain or sores:

No mouth pain or sores reported

Other Pain:

No reported indigestion, heartburn, upset stomach

No relief practices reported

Nausea:

No reported nausea

No relief practices reported

Vomiting:

No reported vomiting

No relief practices reported

Gas, flatulence, belching or bloating:

Occasional gas reported, no discomfort

No relief practices reported

Bowel movement pattern:

Regular bowel movements

Normal frequency

Fiber intake:

Adequate fiber intake reported

Laxative use:

No reported laxative use

Diarrhea/Constipation:

No reported diarrhea or constipation

No relief practices reported

Menstrual patterns:

Not applicable (male client)

Frequent infections:

No reported frequent infections

MSK strength/coordination/balance:

No recent changes reported

Activity tolerance/energy level:

Maintains usual activity tolerance and energy level

Mood & Affect:

No recent changes reported

Other symptoms or complaints:

None reported

Objective Assessment

Body Area

Signs of Bad Nutrition

Signs of Good Nutrition

Additional Comments

General Appearance

– Weight loss or gain

– Stable weight

– Adequate muscle tone

– Pale complexion

– Healthy complexion

– Fatigue

– Alert and energetic

Hair

– Dry, brittle hair

– Shiny, lustrous hair

– Normal hair growth and texture

– Hair loss

– Minimal hair shedding

Nervous System Control

– Irritability, mood swings

– Stable mood

– Normal gait and coordination

– Poor concentration

– Clear, focused

– Normal reflexes

– Fatigue, weakness

– Adequate energy levels

Eyes

– Pale conjunctiva

– Clear, white sclera

– Bright, clear eyes

– Redness, swelling

– Moist, lubricated

– Normal pupillary reaction

– Vision changes

– Normal vision

Lips

– Dry, cracked lips

– Moist, supple lips

– Absence of sores or lesions

– Pale color

– Pink color

Skin (General)

– Dry, flaky skin

– Hydrated, smooth skin

– Even skin tone

– Rash or hives

– Clear skin

– Absence of lesions or wounds

– Slow wound healing

– Rapid wound healing

Gums

– Bleeding, inflammation

– Pink, firm gums

– Healthy gum attachment

– Receding gums

– Normal gum line

– Absence of periodontal pockets

Face and Neck

– Swelling, puffiness

– Symmetrical face

– Normal neck mobility

– Pale complexion

– Even skin tone

– Absence of swelling or masses

– Enlarged lymph nodes

– Absence of lymphadenopathy

Tongue

– Pale, coated tongue

– Pink, moist tongue

– Normal taste sensation

– Fissures, ulcers

– Smooth surface

– Absence of lesions or abnormalities

Teeth

– Decay, cavities

– Healthy enamel

– Firmly anchored teeth

– Gum disease

– Pink gums

– Absence of tooth pain or sensitivity

– Tooth loss

– Full dentition

Nails

– Brittle, ridged nails

– Smooth, strong nails

– Pink nail beds

– Slow growth

– Normal growth rate

– Absence of discoloration or deformities

Mouth, Oral Membranes

– Sores, lesions

– Intact oral mucosa

– Moist oral membranes

– Inflammation

– Pink, healthy gums

– Absence of thrush or candidiasis

Abdomen

– Bloating, distention

– Soft, non-tender

– Normal bowel sounds

– Abdominal pain

– Normal bowel movements

– Absence of palpable masses

– Poor digestion

– Regular bowel function

Posture

– Slouched posture

– Upright posture

– Balanced weight distribution

– Muscle weakness

– Strong core muscles

– Normal spinal alignment

Muscles

– Muscle wasting

– Adequate muscle mass

– Good muscle tone and strength

– Weakness

– Strength and endurance

– Normal range of motion

Skeleton

– Bone fractures

– Healthy bone density

– Normal bone structure

– Joint pain

– Pain-free joints

– Absence of deformities or abnormalities

Legs, Feet

– Swelling

– Normal size and shape

– Good circulation in extremities

– Foot pain

– Absence of pain

– Normal sensation

General Vitality

– Fatigue, lethargy

– Vibrant energy

– Active lifestyle

– Malaise

– Overall well-being

– Positive outlook on life

Biochemical Analysis

Test

Normal Range

Patient’s Results

Blood: RBCs

Male: 4.5-5.5 x10^6/uL

5.1 x10^6/uL

Hemoglobin

Male: 13.8-17.2 g/dL

15.5 g/dL

WBC

4,000-11,000/uL

7,200/uL

Total Lymphocyte count

1,000-4,800/uL

3,500/uL

Albumin or Pre-albumin

3.5-5.5 g/dL

4.2 g/dL

Blood Glucose: Fasting

70-99 mg/dL

85 mg/dL

Hgb A1C

<5.7% (non-diabetic)

5.1%

CBGM Results

AC: 90 mg/dL, PC: 110 mg/dL

AC: Morning, PC: Afternoon

Folate

>5 ng/mL

8 ng/mL

Iron Studies

– Serum Iron

Male: 65-175 ug/dL

80 ug/dL

– Total Iron Binding Capacity

250-450 ug/dL

300 ug/dL

– Ferritin

Male: 24-336 ng/mL

70 ng/mL

Cholesterol: HDL

>40 mg/dL (men)

45 mg/dL

Cholesterol: LDL

<100 mg/dL

95 mg/dL

Triglycerides

<150 mg/dL

120 mg/dL

BUN

7-20 mg/dL

15 mg/dL

Creatinine

0.6-1.2 mg/dL

1.0 mg/dL

Sodium

135-145 mEq/L

140 mEq/L

Potassium

3.5-5.0 mEq/L

4.2 mEq/L

Chloride

98-106 mEq/L

102 mEq/L

Magnesium

1.6-2.6 mg/dL

2.0 mg/dL

Academic Paper

The nutritional aspect of health is of prime importance since nutritive diets are the foundation of health and general well-being, besides being extremely vital in the prevention and control of diseases. The interaction and the complex relationship occurring between the diets consumed and physiological processes in place forms an important source in relevance to nutrition and return for health outcomes. Against this background, the emerging case study of Michael Johnson, a 40-year-old male with a complicated past, provides an emotional but complete lens with which to view the dimensions of nutritional need and intervention within the frame of clinical need. The experience Michael has underlined yet another example of obesity and Type-2 diabetes, where eventually surgical intervention in the form of gastric bypass was also required for weight control. These circumstances demand tailored dietary approaches in relation to each nutritional implication. Such an experience in Michael’s life is a pointer to the need for the nursing profession to ensure that patients’ nutritional needs are met. This paper will attempt to describe some of Michael’s nutritional profile and elaborate on the detailed assessment conducted in order to define critical risk factors and derive evidence-based strategies for optimization.

Background Information

Michael’s health background brings in precise details, which are relatively common in chronic disease management and surgical aftermaths. His struggle with obesity stands as testimony to the mammoth impact that dietary habits have on metabolic health—being diagnosed with type 2 diabetes further unravels the intricate association of nutrition with chronic disease management. Ostensibly, that way forward of one of these drastic surgical options, like gastric bypass, is actually the decision to be made in itself, which involves nuanced viewpoints on what that would mean. This subsection submits Michael’s nutritional needs and the complex aspects of his medical case. This paper, through delving into the delicacies of Michael’s case, will bring out how chronic conditions impact nutritional status and shine some light on the dynamic bariatric surgery landscape of postoperative dietary requirements.

More than that, this paper adds to Michael’s personal story a weft of scholarly literature that seeks to couch his experiences collectively within the broader frame of nutritional science. The framework upon which the paper is founded looks to indivisibility to counterbalance unique considerations of post-bariatric surgery care and individuals with particular concern for obesity and type 2 diabetes by means of a critical review of existing research. This paper will integrate Michael’s story with a scientific understanding of the problem for the reader to provide the reader with both experience and academic reviews of management strategies from the role that nutrition plays in general health and chronic disease. The following paper, therefore, seeks to further understand the struggles and opportunities for addressing the nutritional needs in complex medical histories.

Nutritional Assessment

The detailed nutritional assessment carried out in the case of Michael Johnson related to various dimensions in service of gaining an appreciation of the norms of his diet, the health of various parts of his body, and his thoughts on the matter of nutrition. Through careful questioning and observation, these practitioners elicited some highly detailed information about Michael’s nutritional needs and potential care. A dietary history served as the basis for Michael’s nutritional evaluation, outlined the pattern of Michael’s eating, and provided insight into his food preferences and adherence to dietary recommendations. Habitual dietary intake, frequency of meals, and food likes may provide pattern recognition and help to identify potentially modifiable regions through time (Powers et al., 2020). The further identification of Michael’s feeding behavior, in connection with his medical history, brought out more startling revelations. The whole concept of the connection between feeding and managing a chronic disease certainly was reignited.

The anthropometric measurements were some of the first indicators that some sort of objective health measurements alluded to Michael’s nutritional status and general health. Parameters such as weight, height, body mass index (BMI), and others, translated by mere anthropometric measures, give quantification of the body parts and provide objective data that could be used to determine the state of body composition in Michael, which can predispose to obesity-related complications (Garcia-Molina et al., 2020). Waist measurements were able to give information about the risk of suffering from abdominal adiposity, a major risk factor for metabolic syndrome and cardiovascular disease. Observations from the head-to-toe clinical examination will be complementary to the information elicited through dietary history and anthropometric measurements in assessing MJ’s nutritional health (Parr et al., 2020). Meanwhile, information regarding the condition of the skin, hair, nails, and mucous membranes of Mike for any deficiency and imbalance of nutrients was obtained through the head-to-toe clinical examination; muscle tone and strength were also taken up for the general nutritional status and muscle health.

The subjective data brought forth information about Michael’s appetite, taste, satiety, and experiences in relation to eating. It provided other health professionals with the determination of Michael’s actual eating behavior in terms of a pattern of his appetite, preference for certain taste experiences, and what feeling he has for ‘full.’ It can be surmised that the range of unwell gross signs and other relevant indices of health are the barometer of Michael’s every condition and of his metabolism (Mozaffarian et al., 2021). Measurements that related to the blood pressure, heart rate, and temperature gave very informative findings that are necessary for detecting vulnerability to risks in problems at a cardiovascular level or any other metabolic disorder (Toi et al., 2020). Blood sugar and lipid profile, together with the other lab investigations, presented considerations in terms of metabolic control and terms of an increasing risk of complications related either directly to obesity or towards the context of diabetes type-2 complications.

Nutritional Risk Factors and Strategies

A nutritional assessment of Michael Johnson demonstrated several risk factors that can deteriorate his nutritional health and concomitant medical conditions. The probable key risk factors, maybe from the history of gastric bypass and related postoperative changes associated with the development of obesity and type 2 diabetes, seem in such a man to be well represented by malabsorption, protein malnutrition, and probable vitamin deficiencies (Garcia-Molina et al., 2020). Among other complications, malabsorption is a very common aftereffect of gastric bypass surgery; its risk is emitted, imposing a huge risk on Michael’s nutritional status because of its negative impact on the absorption of essential nutrients from food. This might lead to a deficiency in vitamin B12, iron, and calcium, which are elements of normal metabolic function, proper provision of energy, and numerous other functions (Powers et al., 2020). Concerning protein malnutrition, a serious concern for poor appetite would be decreased stomach capacity and altered digestion following surgeries, which could bring down Michael’s chances of achieving an adequate protein requirement and result in muscle wasting, along with poor working of the immune system.

However, Michael would require a variety of ways to counter these risk factors and help optimize his nutritional health. First would be a specifically designed individual diet plan based on the defined nutritional needs of a person and modified in terms of preferences for Michael (Toi et al., 2020). This will all focus on many protein-rich foods and nutrient-dense sources of vitamins and minerals, avoiding highly processed and simple carbohydrate-based diets. Need for regularly checking up and changing the diet in order to avoid the gap and overdose/deficiency in taking nutrients. Supplementation may also play a very crucial part in the management of Michael’s nutritional risk factors (Mozaffarian et al., 2021). Daily vitamin and mineral supplements are recommended, especially for such cases at risk of practicing post-gastric bypass surgery deficiency, to help bridge the gap between dietary intake and nutrient needs (Parr et al., 2020). Second, protein supplements could be recommended as a way of ensuring that the requirement for protein is met and the loss of muscle is done away with.

Another primary strategy that applies to Michael’s optimal nutritional health involves behavioral counseling. The education and support from such counseling sessions may enable Michael to be on and develop a habit of healthy food consumption, remove barriers riddled with adherence to a diet, and address the emotional factors that may lead to dietary diseases (Garcia-Molina et al., 2020). Thus, to this end, behavioral counseling could help bring about long-term changes in behavior. Michael’s decision to make informed decisions about one’s diet and way of life is driven by conscious thinking about sustainable improvement in nutritional state.

Integrating Nutritional Concepts into Nursing Practice

There is a need for the integration of concepts about nutrition in nursing practice to be able to provide holistic nursing care to a patient like Michael Johnson, who has complex medical conditions demanding A multi-facet approach in health management. Knowledge from the assessment of nutritional needs in clients like Michael is one way that nurses help promote optimum nutrition and dietary adherence and advocate for patient-centered care. The information that will be obtained from Michael’s nutritional assessment will inform the nursing staff to target the care that will more precisely suit his dietary requirements and health goals. This knowledge of nutrition and health promotion will further enable the nursing staff to seek collaboration with multidisciplinary teams to conduct individualized diets that focus on nutrient-dense foods, adequate protein, and supplements needed to meet one’s unique nutritional needs to live post-gastrectomy.

In addition, nurses can also act in the capacity of health educators and advocates, enabling the patient, such as Michael, to have adequate knowledge and skills to make independent and informed decisions regarding their health and lifestyle. In so doing, Michael would be assisted in actively involving himself in the management of nutrition health through individualized nutrition counseling, group nutrition education classes, and the provision of educational materials. It would foster self-efficacy and lasting behavior change. In addition, a lot of resources and tools can be put in place to help Michael realize proper nutrition when in the clinical setup. The help might be in the form of teaming up with registered dieticians to do a proper nutrition assessment, finding out the evidence-based practice guidelines and protocols in the management of nutritional risk factors, or even using technology with mobile health apps to log food and find how far the patient has come. Nurses can also help initiate changes at the organizational level and encourage healthcare organizations to be more equipped to help meet the nutritional needs of patients like Michael through gaining greater access to services and information for nutrition education and counseling, integration of nutrition screening and assessment within usual clinical work; and collaboration with the food service to ensure the hospital menu is suitable regarding what the patients eat at home and similar to what the patients prefer in line with their own dietary needs.

Conclusion

A detailed evaluation of Michael Johnson’s nutritional needs points to providing meaningful insight into the relationship of nutrition in the context of health and ongoing disease management. By developing a detailed analysis of his diet and nutritional patterns and subjective feelings towards how he is doing in response to his nutrition, healthcare workers were able to outline important risk factors and use evidence-based strategies to optimize them. The key to identifying nutritional pitfalls lies in addressing the nutritional needs of people with complex medical histories being caused by obesity, type 2 diabetes, and post-bariatric surgery status, to mention but a few. When such risk factors are found and attended to, as Michael’s case attests, by healthcare workers in an appropriate manner, risks of complications are reduced, better health outcomes are realized, and indeed, the overall quality of life for their patients improves in general. From the information above, those working in the healthcare field need to give top priority to nutrition in patient management and care. Nurses can alter nutritional practice in nursing, healthcare organizations, and patients’ management of their nutritional health through the integration of nutritional concepts into nursing practice, calling for systemic change from within healthcare organizations and ensuring that the patient actively manages his nutritional health.

References

Garcia-Molina, L., Lewis-Mikhael, A. M., Riquelme-Gallego, B., Cano-Ibanez, N., Oliveras-Lopez, M. J., & Bueno-Cavanillas, A. (2020). Improving type 2 diabetes mellitus glycaemic control through lifestyle modification implementing diet intervention: A systematic review and meta-analysis. European Journal of Nutrition, 59(4), 1313-1328.

Mozaffarian, D., Fleischhacker, S., & Andrés, J. R. (2021). Prioritizing nutrition security in the US. Jama, 325(16), 1605-1606.

Parr, E. B., Devlin, B. L., Lim, K. H., Moresi, L. N., Geils, C., Brennan, L., & Hawley, J. A. (2020). Time-restricted eating as a nutrition strategy for individuals with type 2 diabetes: A feasibility study. Nutrients, 12(11), 3228.

Powers, M. A., Bardsley, J. K., Cypress, M., Funnell, M. M., Harms, D., Hess-Fischl, A., … & Uelmen, S. (2020). Diabetes self-management education and support in adults with type 2 diabetes: A consensus report of the American Diabetes Association, the Association of Diabetes Care & Education Specialists, the Academy of Nutrition and Dietetics, the American Academy of Family Physicians, the American Academy of PAs, the American Association of Nurse Practitioners, and the American Pharmacists Association. Journal of the American Pharmacists Association, 60(6), e1-e18.

Toi, P. L., Anothaisintawee, T., Chaikledkaew, U., Briones, J. R., Reutrakul, S., & Thakkinstian, A. (2020). Preventive role of diet interventions and dietary factors in type 2 diabetes mellitus: An umbrella review. Nutrients, 12(9), 2722.