Initiating Home Parenteral Nutrition Therapy in a Patient at High Risk of Refeeding Syndrome After COVID-19 Infection

Background: An emerging finding about COVID-19 is its effect on nutrition and weight loss. The COVID-19 symptoms of fatigue, altered taste or smell, and lack of appetite are well known. But COVID-19 may have a more profound effect on clinical nutrition status. Two recent studies have identified that approximately one-third of ambulatory COVID-19 patients are at risk of experiencing weight loss >= 5% (Anker, et al;di Filippo, et al). The case study presented here discusses home start total parenteral nutrition (TPN) in a patient recently diagnosed with COVID-19 at high risk for refeeding syndrome. Method(s): N/A Results: Case Study: A 92-year-old patient was diagnosed with COVID-19 on June 8, 2022. Over the next week, she was hospitalized twice to manage symptoms of acute mental status changes, lethargy, aphasia, hypotension, and loss of appetite. The patient received nirmatrelvir/ritonavir, remdesivir, and bebtelovimab to treat COVID-19 at different times between June 9, 2022, and June 18, 2022. She remained COVID positive and continued to deteriorate clinically. On June 20, 2022, the patient began receiving 24/7 homecare, including intravenous (IV) fluids of dextrose 5% in normal saline (D5NS) 1000 mL daily for three days. She continued to experience loss of appetite and had no bowel movement for 3 days. On June 23, 2022, she was referred to this specialty infusion provider to initiate TPN therapy in the home setting. The patient's BMI was 18.2 kg/m2. Lab results revealed potassium 3.0 mmol/L, phosphate 1.6 mg/dL, and magnesium 1.6 mg/dL. High risk of refeeding syndrome was identified by the level of hypophosphatemia and hypokalemia. The specialty infusion provider's registered dietitian recommended to discontinue D5NS and begin NS with added potassium, phosphate, and magnesium. Thiamine 200mg daily was added to prevent Wernicke's encephalopathy. The patient's clinical status and lab values were monitored closely each day until her electrolyte levels stabilized (Table 1). Home TPN therapy was initiated on June 28, 2022, with <10% dextrose and 50% calorie requirement with 85% protein and 1.0 g/kg lipids. Three-day calorie count and nutrition education were performed four days post TPN initiation. Oral intake met only 25% of estimated needs. Over several days, theTPN formula was gradually increased to goal calories and the infusion cycle was slowly decreased. The following week, the patient's oral intake improved to 60%-75% of estimated needs. Her constipation resolved, and she showed improvement in functional status and mobility. Her appetite drastically improved when the TPN was cycled. Another three-day calorie count was performed when TPN calories reached goals. Oral intake demonstrated 100% estimated calorie and protein needs. TPN therapy was ultimately discontinued on July 14, 2022. As of September 30, 2022, the patient has stabilized at her pre-COVID weight of 45 kg with full recovery of appetite, function, and cognition. Discussion(s): The ASPEN Consensus Recommendations for Refeeding Syndrome (da Silva, et al) describe the repletion of electrolyte levels before introducing calories to prevent end-organ damage associated with refeeding syndrome (respiratory muscle dysfunction, decreased cardiac contractility, cardiac arrhythmias, and encephalopathy). Conclusion(s): This case study highlights the successful initiation of home TPN therapy in a patient at high risk of refeeding syndrome post COVID-19 infection. Although home start TPN and the risk of refeeding syndrome are not new concepts, they must be considered in the setting of COVID-19. Given the effects COVID-19 has on taste, smell, and appetite and the recent finding that one-third of patients with COVID infection may experience weight loss of >= 5%, nutrition support and patient education are vital components of overall patient care. (Figure Presented).

Foodernity A Mobile and Web Application for Food Sharing

Food insecurity has been a chronic and significant issue in our society, specifically in low-income areas. Hunger, poor nutrition and health, and early death are only a few of the terrible impacts. Hunger is caused more often than not by a lack of food;rather, it is a matter of figuring out how to make the food that is available, accessible to everybody. Non-profit organization work to alleviate the negative consequences of food insecurity by giving food and services to those who are hungry. This organization rely on the generosity of donors, food donations, to achieve their goals. This paper focuses on creating a mobile and web application called Foodernity with the goal of easing the burden of needy people who require food to survive. This is critical, especially in times of crisis like the COVID-19 pandemic, where most of the people in low-income areas don't have enough budget for their food every day. Furthermore, the application also wants to help in reducing the problem of food waste. The whole process of developing both mobile and web application, in particular, followed the Agile Model's formal and logical processes. This study recommends that the beneficiary to use this application to evaluate its functionality. Those who are hungry or needy people who relies mostly on food donation from the organization will benefit from this application by allowing the donors to give donation to the organization that helps needy people to have access to food.

A Report on the Impact of the COVID-19 Pandemic on the Health and Social Welfare of the Filipino Population in Hawai'i

Hawai'i's Filipino community has been deeply impacted by coronavirus disease 2019 (COVID-19). This article reports the findings for the Filipino population from the Hawai'i Emergency Management Agency (HI-EMA) Community Care Outreach Unit (CCO) Unit evaluation assessment of the impact of COVID-19 on the health and social welfare of individuals across the state. The survey was conducted from August-September 2020. We propose recommendations to mitigate the impact of the pandemic on this community, including the following actions: (1) developing linguistically and culturally appropriate support for all COVID-19 related services, especially for the high number of older Filipinos with limited English proficiency, (2) providing support and resource information in locations that are accessible to Filipino communities, and (3) supporting those already doing work to address the deep and diverse needs in the Filipino community with funding. Building partnerships between existing Filipino organizations, health and social service providers, and state agencies will contribute to sustainability over time.

QTc interval prolongation associated with inpatient azithromycin therapy for pneumonia

CONTEXT: In 2013, the US Food and Drug Administration issued a warning regarding the use of azithromycin and the risk of fatal dysrhythmias after a 14-year retrospective analysis showed increased risk of cardiovascular-related death in patients who had taken a 5-day course of azithromycin compared with those who took amoxicillin, ciprofloxacin, or no antibiotics. At the authors' institution, pneumonia is the most common diagnosis for which azithromycin is used as a treatment for patients who are hospitalized. OBJECTIVE: To compare corrected QT (QTc) interval measurements on electrocardiogram (ECG) before and after inpatient azithromycin treatment for pneumonia. METHODS: The authors retrospectively reviewed the medical records of 642 patients age 18 years and older who were diagnosed with pneumonia and treated with azithromycin at an academic teaching hospital between January 1, 2017 and December 31, 2017. Patients who had an ECG performed both before and after azithromycin treatment were included and divided into 2 groups: those who had 1 dose of azithromycin (Group 1) and those who had 2 doses (Group 2). Patients were excluded if they had a baseline QTc interval on initial ECG greater than or equal to 500 ms, any signs of ischemia or myocardial infarction, any initial dysrhythmia or underlying ECG abnormalities, or absence of pre- and post-ECG results. Outcomes measures included a comparison of QTc intervals on ECG before and after azithromycin, and an analysis of the percentage of patients with a QTc interval measurement greater than 500 ms on ECG after azithromycin treatment. Our primary outcome measurement was the QTc interval measurement on ECG before and after azithromycin in patients treated with azithromycin for community acquired pneumonia. Our secondary outcome measurement was the percentage of patients with a QTc interval measurement of greater than 500 ms on ECG after azithromycin treatment. A Wilcoxon signed-rank test was used to evaluate repeated QTc measures of our primary outcome in Group 1 and Group 2. Our secondary outcome was reported as a percentage of total patients with a QTc interval of greater than 500 ms after azithromycin doses on ECG. RESULTS: Of 642 patients, 142 had available pre- and post-EGC results available;100 were included in Group 1 (1 dose) and 42 in Group 2 (2 doses). Mean QTc interval differences after 1 dose of azithromycin exhibited an increase compared to baseline values (424 vs 477 ms). A Wilcoxon signed-rank test indicated a significant QTc prolongation after 1 dose of azithromycin (mean rank, 43.76;Z=-4.921;P<.001). QTc interval differences after 2 doses of azithromycin did not reach statistical significance when compared to baseline values (422 vs 444 ms). A total of 10 patients (10%) in Group 1 and 4 patients (9.5%) in Group 2 had a QTc interval >500 ms after azithromycin. There were no documented dysrhythmias during hospitalization in this study period. CONCLUSION: QTc interval increases were observed during inpatient azithromycin therapy for pneumonia, but were not found to be associated with cardiac dysrhythmias during hospitalization.

Research process development mitigates effect of COVID-19 on stroke trial enrollment

Introduction: With hundreds of thousands of clinical trial patients enrolled yearly, the COVID-19 pandemic caused a significant, unexpected disruption in clinical trials across the world. US data showed a 70% enrollment reduction in April and a 38% reduction in July 2020, compared to prepandemic rates. We implemented processes during the initial phase of the pandemic to minimize participant and staff viral exposure, develop remote procedures, and ease communication barriers, while still maintaining enrollment goals. Methods: Our stroke research team developed multiple processes to help mitigate pandemic effects on our enrollment. We developed watchlists for eligible and interested patients who could not be enrolled due to national and local restrictions. As research staff was unable to approach patients in person, phone and email scripts were developed to ensure information was disseminated in a consistent fashion. Remote and alternate consent methods were implemented. We tracked the evolving national and local guideline changes, and began re-opening trials on May 23, 2020. We implemented a rotating pool of coordinators, including a site-specific sanitation plan, once it was safe to be on campus in-person. In person meetings were moved to a virtual platform. Enrollment data across for 10 active subacute stroke studies, each active over the 3 years of, 2018-2020, was analyzed for the months from March to June, with 2020 individually compared to 2018 and 2019 via the Student T-Test. Results: Total enrollment during these 4 months were 15 participants in 2018, 11 in 2019, and 15 in 2020, with no statistical difference between the years. No study patients nor staff contracted symptoms of COVID-19. Conclusion: Enrollment shows no significant changes despite COVID-19. New processes allowedthe timely reopening of clinical trials, an overall maintenance of enrollment rates, including a non-significant increase in 2020 compared to previous years. Our telehealth and virtual communicationfocused processes prioritize the safety of patients and staff while ensuring quality control andappropriate enrollment numbers.