Are you meeting your needs for minerals?
Analyze the adequacy of your mineral intake using data from your Intake vs. Goal summary.
Which minerals are you consuming in the right amounts? List these. These are the ones show as
100% or more of the DRI on your Intake vs. Goals summary. Which minerals did you consume in
amounts below the DRI? List these. These are shown as less than 100% of the DRI on your Intake
vs. Goals summary. Did you consume less than 75% of the DRI for any mineral? If yes, list these,
and explain possible health consequences. Then give very specific suggestions for how you can
consume more of these minerals from foods and beverages. What is your evaluation of your
sodium intake? Include health benefits if you meet or are close to the DRI for sodium, and health
consequences if you are over the UL for sodium (the UL for sodium is 2300 mg/day). Do you
think you need to adjust your intake of sodium or any other mineral? Explain. If yes, also give
very specific suggestions for how you can achieve this through changes to the types and/or amounts of
foods and beverages you consume.
a). Are you currently taking nutrition supplements? List all of the nutrition
supplements you take, and give the reason(s) you take them. If you don’t take supplements,
say so, and explain why you do not take them.

b). Do you think you need any nutrition supplements? Explain, and refer to data from
your printouts to back up your answer. If you are currently taking nutrition supplements,
include whether or not you think you need to continue to take these supplements; explain, and
refer to data from your printouts to back up your answer.

Image transcription text

Consumption vs. Goals Day 1: 09/06/2023, Day 2: 09/07/2023, Day 3: 09/08/2023 Nutrient DRI Intake % of DRI Reported Intake Notes Energy Kilocalories 2535.0kcal 2,089.852 kcal 82.44% under DRI Protein 38.97g 74.498 g 191.167% over DRI Carbohydrate 285.19 -411.94g 281.972 8 98.872% under DRI Eat. Total 56.33 -98.58g 78.265 8 100% at DRI Fat (Specific) Saturated Fat <28.2g 28.152 g 99.83% under DRI Monounsaturated No suggestion 20.41 g NA N/A Fat Polyunsaturated No suggestion 7.959 8 N/A N/A Fat Trans Fatty No suggestion 2.552 8 N/A N/A Acid Cholesterol <No suggestion 373.168 mg N/A N/A Essential Fatty Acids Inb/ui/evo/index.html?deploymentld=6032572410502086639318897944&elSBN=9780357447536&id= Report Nutrient DRI Intake % of DRI Reported Intake Notes PEA 18:2. 12.00g 6.839 8 56.994% under DRI Linoleic PFA 18:3, 1.10g 0.491 g 44.599% under DRI Linolenic Carbohydrates (Specific) Dietary Fiber. 25.0g 16.404 8 65.616% under DRI Total Sugar Total No suggestion 119.86 g N/A N/A Other Water 2700.00g 1,552.495 g 57.5% under DRI Alcohol No suggestion 0.00 8 N/A N/A Vitamins Thiamin 1.10mg 1.353 mg 122.955% over DRI Riboflavin 1.10mg 1.80 mg 163.667% over DRI Niacin 14.00mg 13.818 mg 98.698% under DRI Pyridoxine 1.30mg 1.53 mg 117.686% `over DRI (Vitamin 86) Cobalamin 2.40mcg 1.855 mcg 77.282% under DRI (Vitamin B12) Folate (DFE) 400.00mcg 395.08 mcg 98.77% under DRI Vitamin C 75.00mg 124.126 mg 165.501% over DRI Vitamin D (ug) 15.00mcg 2.958 mcg 19.723% under DRI Vitamin 700.00mcg 392.366 mcg 56.052% under DRI A (RAE) Vitamin 2333.00IU 3,619.985 IU 155.164% over DRI A (IU) Vitamin K 90.00mcg 92.177 mcg 102.419% over DRI Vitamin E (Alpha- 15.00mg 5.573 mg 37.152% under DRI Tocopherol) Minerals Calcium 1000.00mg 862.169 mg 86.217% under DRI Iron 18.00mg 15.985 mg 88.808% under DRI Magnesium 310.00mg 162.893 mg 52.546% under DRI Potassium 2600.00mg 1,815.666 mg 69.833% under DRI Zinc 8.00mg 5.913 mg 73.91% under DRI DRI Upper Sodium 1500.00mg 4,305.624 mg 287.042% over DRI Limit Surpassed Show less

Consider the following steps 4&5. Please help I am attaching Step 1-3 below that i have already completed.

• Identify/enroll participants. If retrospective, identify how participant data will be collected
• Obtain/develop a data collection form (attach)
• Provide training for anyone involved in the study
• If appropriate, conduct a pilot study
• Check accuracy of data collected (attach copy of raw data)

Step 5: Analyze and report data

• Input data into analysis software (e.g., Excel, SPSS, SAS, etc.).Please guide asin how to do .or provide a sample.
• Conduct statistical analyses
• Prepare results for presentation and publication
  • Background for Project: Using a minimum of 5 references , provide a summary of the  background for conducting the project. The background should provide a summary of what is already known on the topic, what is not known (the knowledge gap that you are trying to fill), and a purpose of the study (what will be studied, including the hypothesis or objective).
  • Methods: , Include research question, research objectives, the research design, a description of the population/sample with inclusion/exclusion criteria, the detailed methods used to collect the data, and the statistical analysis used. Do not include results and be sure to write in the past tense.
  • Results: provide a narrative that includes a summary of all results. Remember, a mean needs a standard deviation, and a frequency needs a percentage. If inferential statistics are used, be sure to include p-values. Include at least 2 tables, 2 figures, or 1 table and 1 figure.
  • Conclusions:  restate the study’s original purpose and draw conclusions about the process that was researched (do not simply repeat the results). Also describe the strengths and limitations of the study/research.
  • Recommendations: , describe at least 3 recommendations to improve practice based on the results of your research. The recommendations are to improve the process, performance, or outcomes at the facility, not to improve the research methods.

Step2-

Summary Of the articles above .

Article 1: This article conducted a comprehensive review of randomized controlled trials (RCTs) from January 1, 2000, to June 3, 2021, to evaluate the efficacy of hospital-initiated interventions for adults diagnosed or at risk of malnutrition. The study identified 11 relevant RCTs focusing on two intervention types: specialized nutrition care and increased protein provision. The pooled results from these trials demonstrated a moderate level of evidence indicating a 21% reduction in mortality (relative risk: 0.79) associated with these interventions. While there was a nonsignificant decrease in length of stay and a 10% reduction in readmissions, no eligible RCTs assessed parenteral or enteral nutrition. The findings suggest that specific hospital-initiated interventions, such as specialized nutrition care and increased protein provision, can significantly reduce mortality and potentially enhance the quality of life for patients at risk of or diagnosed with malnutrition.

Article 2:  This study delved into the relationship between malnutrition and quality of life (QoL) in older individuals residing in aged care settings, exploring studies published from 1995 to 2020. The systematic review and meta-analysis, based on 21 identified studies from databases like MEDLINE and PsycINFO, revealed a significant positive association between nutritional status and QoL in both cross-sectional and quasi-experimental studies. Furthermore, nutrition-based interventions were found to significantly improve QoL. While randomized controlled trials showed a non-significant but improved trend post-intervention, the overall findings suggest that interventions focusing on nutrition have a positive impact on the QoL of older individuals in residential aged care. The study emphasizes the need for future research to establish causality and better account for confounding factors influencing both nutritional status and QoL.

Article 3: This study aimed to investigate the impact of dietary counseling, with or without oral nutrition supplementation (ONS), compared to standard care, on malnourished or at-risk-of-malnutrition hospitalized adults. Sixteen studies were analyzed, and the meta-analysis revealed that dietary counseling, with or without ONS, probably does not significantly reduce 30-day inpatient mortality but slightly reduces 6-month mortality and complications. The intervention may also have a slight impact on reducing readmission rates but does not significantly reduce the length of stay. While there were improvements in nutrition status/intake and weight/body mass index, the certainty of evidence for these outcomes was low. The study suggests a positive impact of dietary counseling on outcomes and recommends focusing on standardizing counseling methods and providing details on ONS adherence to better determine the effectiveness of dietary counseling.

Article 4: This study conducted in a Swiss tertiary care hospital aimed to investigate the prevalence of nutritional risk and its correlation with various adverse clinical outcomes in acutely ill medical inpatients. Among 3186 patients, 27.8% were identified as at risk for malnutrition based on the Nutritional Risk Score (NRS 2002). The study found strong associations between nutritional risk and multiple adverse outcomes, including mortality, impaired activities of daily living, prolonged hospital length of stay, higher hospital readmission rates, and reduced quality of life. These associations remained significant even after adjusting for sociodemographic characteristics, comorbidities, and medical diagnoses. Subgroup analyses suggested potential variations based on age and main diagnosis groups. The conclusion emphasizes the significance of nutritional risk in acutely ill medical inpatients, highlighting the need for randomized trials to explore evidence-based preventive and treatment strategies targeting nutritional factors to improve outcomes for these high-risk patients.

Article 5: This study conducted in Houston, Texas, aimed to investigate the prevalence of malnutrition among hospitalized patients upon admission and its correlation with various factors such as length of stay, discharge disposition, and readmission rates. The research, encompassing 416 patients across nine tertiary care hospitals, revealed that 31.7% of patients were malnourished upon admission. Malnourished individuals tended to be older with a lower body mass index compared to normal nourished counterparts. The study found that malnourished patients were associated with a longer length of stay and a higher likelihood of readmission within 30 days. The modified criteria from the Academy of Nutrition and Dietetics/American Society for Parenteral and Enteral Nutrition were effectively employed in the study, emphasizing the significance of addressing malnutrition in hospitalized patients.

Step 3