Mr. S is a 35-year-old male admitted for partial bowel resection due to an abscess and exacerbation of Crohn's disease. His history and physical findings are consistent with Crohn's, including weight loss, diarrhea, abdominal pain, and fever. Nutritional consequences of Crohn's include protein and calorie deficits from poor appetite and malabsorption. He was previously prescribed a low-fiber diet to prevent bowel obstruction from stenosis. He is at risk for short bowel syndrome if a large portion of his small intestine is removed. Post-surgery, he will require enteral nutrition and monitoring of prealbumin levels to determine if nutritional needs are being met during adaptation.
Daily minimum nutritional requirements of the critically illRalekeOkoye
The document discusses the daily minimum nutritional needs of critically ill patients. It defines key terms like critically ill patient and malnutrition. It describes the nutritional changes, assessment of nutritional state, and predictors of outcome during critical illness. It provides guidelines for calculating nutritional requirements including carbohydrates, proteins, fats, vitamins, and minerals. It discusses enteral nutrition as the preferred route of administration when possible, and provides guidelines for safe enteral feeding including early initiation and proper tube positioning.
The presentation provided an overview of the ketogenic diet, including:
- Defining the ketogenic diet and how it works to produce ketone bodies and treat epilepsy.
- Discussing various ketogenic diet protocols like the classic ketogenic diet, MCT oil diet, Modified Atkins Diet, and Low Glycemic Index Treatment Diet.
- Outlining the clinical pathway for initiating and monitoring the ketogenic diet therapy for epilepsy.
- Noting potential side effects, challenges, and nutritional inadequacies of maintaining the restrictive ketogenic diet long-term.
The presentation aimed to educate on the science and evidence behind using ketogenic diets to treat chronic diseases like obesity and type 2
The document discusses nutritional considerations for three clinical scenarios involving critically ill patients, including guidelines for determining nutritional needs, initiating enteral or parenteral nutrition, monitoring patients on nutrition support, and potential complications. It also addresses factors such as appropriate tube feeding routes and formulas based on patient conditions.
nutritional need of critical ill childmannparashar
The document discusses nutrition in critically ill children, including components of energy requirements, the importance of proper nutrition, goals of providing nutrition, methods of nutritional assessment, estimating energy requirements using various equations, protein, carbohydrate and lipid requirements, fluid requirements, enteral and parenteral nutrition, complications of enteral and parenteral nutrition, and nursing diagnoses related to nutrition in critically ill children.
This document discusses nutrition guidelines for critically ill patients. It recommends starting enteral nutrition within 24-48 hours of admission to provide 25 kcal/kg/day and over 1.2 g/kg/day of protein. Enteral nutrition is preferred over parenteral nutrition when possible. Guidelines suggest not stopping nutrition without a definite medical cause and consulting nutrition support teams.
This document discusses nutritional management of critically ill patients in the ICU. It addresses the high prevalence of malnutrition in hospitals, risks of malnutrition like increased morbidity and mortality, and benefits of appropriate nutritional support. The document outlines guidelines for assessing nutritional status, determining caloric and protein requirements, and provides details on enteral and parenteral nutrition. It emphasizes the importance of early initiation of enteral nutrition to maintain gut integrity and prevent complications.
Daily minimum nutritional requirements of the critically illRalekeOkoye
The document discusses the daily minimum nutritional needs of critically ill patients. It defines key terms like critically ill patient and malnutrition. It describes the nutritional changes, assessment of nutritional state, and predictors of outcome during critical illness. It provides guidelines for calculating nutritional requirements including carbohydrates, proteins, fats, vitamins, and minerals. It discusses enteral nutrition as the preferred route of administration when possible, and provides guidelines for safe enteral feeding including early initiation and proper tube positioning.
The presentation provided an overview of the ketogenic diet, including:
- Defining the ketogenic diet and how it works to produce ketone bodies and treat epilepsy.
- Discussing various ketogenic diet protocols like the classic ketogenic diet, MCT oil diet, Modified Atkins Diet, and Low Glycemic Index Treatment Diet.
- Outlining the clinical pathway for initiating and monitoring the ketogenic diet therapy for epilepsy.
- Noting potential side effects, challenges, and nutritional inadequacies of maintaining the restrictive ketogenic diet long-term.
The presentation aimed to educate on the science and evidence behind using ketogenic diets to treat chronic diseases like obesity and type 2
The document discusses nutritional considerations for three clinical scenarios involving critically ill patients, including guidelines for determining nutritional needs, initiating enteral or parenteral nutrition, monitoring patients on nutrition support, and potential complications. It also addresses factors such as appropriate tube feeding routes and formulas based on patient conditions.
nutritional need of critical ill childmannparashar
The document discusses nutrition in critically ill children, including components of energy requirements, the importance of proper nutrition, goals of providing nutrition, methods of nutritional assessment, estimating energy requirements using various equations, protein, carbohydrate and lipid requirements, fluid requirements, enteral and parenteral nutrition, complications of enteral and parenteral nutrition, and nursing diagnoses related to nutrition in critically ill children.
This document discusses nutrition guidelines for critically ill patients. It recommends starting enteral nutrition within 24-48 hours of admission to provide 25 kcal/kg/day and over 1.2 g/kg/day of protein. Enteral nutrition is preferred over parenteral nutrition when possible. Guidelines suggest not stopping nutrition without a definite medical cause and consulting nutrition support teams.
This document discusses nutritional management of critically ill patients in the ICU. It addresses the high prevalence of malnutrition in hospitals, risks of malnutrition like increased morbidity and mortality, and benefits of appropriate nutritional support. The document outlines guidelines for assessing nutritional status, determining caloric and protein requirements, and provides details on enteral and parenteral nutrition. It emphasizes the importance of early initiation of enteral nutrition to maintain gut integrity and prevent complications.
This document discusses nutritional support for ICU patients. It begins with a brief history of ICU nutrition and outlines the basis for nutritional support. Providing nutrition is important to prevent the physiologic effects of malnutrition, which can lead to organ dysfunction and poor outcomes. The nutritional requirements of ICU patients, including calories, protein, fluids and micronutrients are described. Enteral and parenteral routes of feeding administration are covered, along with their indications. Guidelines for initiating feeding, monitoring for complications, and calculating nutritional needs are provided. The goal of nutritional support is to improve patient outcomes by preventing and treating critical illness-related malnutrition.
1 scoop myotein in 2 times feeding per day
Calories = 6(42kcal) x 6 + 2(30.1) = 1566.2 kcal/day
Protein = 6(1.7g) x 6 + 2(5g) = 72.4 g/day
Total CHO = 6(5.1g) x 6 = 183.6g/day
Total Fat = 6(1.6g) x 6 = 57.6g/day
3. Flush with 30ml of water
Gradually increase feeding amount based on tolerance.
Monitoring and Evaluation
1. Daily monitoring of:
- Intake and output
This document discusses the nutrition considerations for a 66-year-old Somali woman diagnosed with pancreatic cancer who underwent a pancreaticoduodenectomy (Whipple procedure). She presented with jaundice, weight loss, and poorly controlled diabetes. After her surgery, she developed complications including abdominal pain, nausea, vomiting, and poor appetite. The document outlines her medical history and lab results, the pathophysiology of pancreatic cancer, her surgical treatment and post-operative care, and the nutrition challenges she faces during recovery from this extensive procedure.
Total enteral nutrition and total parenteral nutrition in critically ill pat...Prof. Mridul Panditrao
This document discusses total enteral and parenteral nutrition in critically ill patients. It begins by outlining normal energy and protein requirements, then discusses the prevalence and consequences of malnutrition in hospitalized patients. It describes the metabolic response to critical illness and trauma as having an "ebb phase" and "flow phase". The document advocates for early initiation of nutritional support via the enteral route when possible using techniques like post-pyloric feeding tubes, but notes total parenteral nutrition may be needed if enteral nutrition is not tolerated. It provides guidelines on calculating protein and calorie needs and discusses considerations, benefits, risks and protocols for both enteral and parenteral nutrition.
450 Case Study Esophageal Cancer Treated with Surgery and RadiationJonathan Jeffrey
This patient presented with weight loss, difficulty swallowing, and heartburn. He was diagnosed with stage II esophageal adenocarcinoma. His treatment plan included an esophagectomy followed by radiation. Post-operatively, he was started on TPN to address his malnutrition. The summary provides recommendations for the TPN including calories, protein, fat, and glucose. It also suggests transitioning to enteral nutrition with a high protein product and describes monitoring factors like weight and caloric intake during recovery.
Hypertension and Cardiovascular Disease Clinical Nutrition Case StudyDawnAnderson14
This document provides information on a case study involving hypertension and cardiovascular disease. It begins with objectives to better understand hypertension, dyslipidemia, and associated nutritional problems and therapies. An introduction defines hypertension, dyslipidemia, and their relationship to cardiovascular disease. Background literature on studies related to reducing blood pressure through diet is presented. Finally, the document describes a 54-year-old African American woman's medical diagnosis of stage 2 hypertension, medications, lab values, anthropometrics, estimated nutrient needs, and proposed nutritional interventions focused on reducing calorie, sodium, and saturated fat intake.
Intensive care patients are deprived of enteral or parenteral nutrition. This article gives you detailed information of all your queries regarding Nutrition in ICU patients
This document discusses nutrition in critically ill patients. It covers nutritional assessment, calculating caloric and protein requirements, and options for nutritional support including enteral and parenteral nutrition. The key points are that enteral nutrition is preferred when possible as it is more physiologic and protects gut function, and nutrition should be started early in critically ill patients to prevent catabolism and support recovery. Contraindications and complications of enteral feeding are also reviewed.
The document discusses guidelines for nutrition support in critically ill patients based on Canadian clinical practice guidelines. It recommends enteral nutrition over parenteral nutrition when possible, with early initiation of feeding within 24-36 hours. It also recommends the use of feeding protocols, small bowel feedings over gastric, semi-upright positioning, and prokinetic agents to maximize benefits and minimize risks of nutrition support.
1. Nutrition in the ICU aims to support patients through three metabolic phases following injury: ebb, flow, and anabolic recovery.
2. Enteral nutrition is preferred over parenteral nutrition due to its protective effects on the gut mucosa and lower infectious risks.
3. For enteral feeding, intragastric feeding through a nasogastric tube is the first choice, starting at 25cc per hour and increasing as tolerated, checking for gastric residuals. Standard formulas provide balanced calories, protein, vitamins and minerals to meet nutritional goals.
This document discusses nutrition in the ICU, including malnutrition, enteral nutrition, and parenteral nutrition. Malnutrition is common in critically ill patients due to factors like poor intake, hypermetabolism, and stress. Early enteral nutrition within 24-48 hours of admission is recommended to maintain gut integrity and function and improve outcomes. Enteral nutrition is preferred over parenteral nutrition when possible due to lower risks of infection and metabolic complications. Recent guidelines recommend providing an additional liter of enteral feeds for critically ill patients with recent GI anastomoses.
Malnutrition is common in critically ill ICU patients and can lead to organ dysfunction and poor outcomes. Enteral nutrition is preferred over parenteral nutrition due to lower risks of infection and other complications. Early initiation of enteral feeding within 48 hours for stable patients is recommended. Formulas are tailored to patient needs and disease states. Monitoring for complications like hyperglycemia, liver issues, and electrolyte imbalances is important during nutrition support. Overall goals are to prevent further malnutrition while avoiding overfeeding and its risks.
Dr. Geeta Dharmatti has over 15 years of experience as a chief dietician. She has expertise in enteral and parental nutrition. The document discusses guidelines for nutritional management of ICU patients, including the importance of nutritional screening and assessment within 24 hours. It covers methods of assessment including subjective global assessment and biological markers. The document also discusses protein and energy requirements based on stress levels, initiating nutrition support, and macronutrient management including carbohydrates, fats, and essential fatty acids.
This document discusses surgical nutritional support, including the history and importance of artificial nutrition, metabolic adaptations in catabolic states, nutritional assessment, and approaches to enteral and parenteral nutrition. It covers indications for nutritional support, routes of administration, considerations for formulas including calorie-nitrogen ratios, and potential complications of enteral and parenteral nutrition administration. Metabolism in stress and starvation states and the regulation of protein synthesis and degradation are also summarized.
This document discusses the basics of clinical nutrition for sick patients. It emphasizes the importance of nutrition support and outlines the evidence that early enteral nutrition can reduce infections, length of stay, and mortality in critically ill patients. It describes different routes of feeding including nasogastric, jejunal, and gastrostomy tubes. It also discusses potential complications like refeeding syndrome that can occur when nutrition is initiated and the need to monitor electrolytes during nutritional support.
Importance of nutritional management during hospitalizationBushra Tariq
The document discusses the importance of nutritional management for hospitalized patients. It notes that up to 50% of hospitalized patients experience some degree of malnutrition. Providing adequate nutrition support through enteral or parenteral nutrition can improve patient outcomes, reduce recovery time, and lower healthcare costs. The document provides guidelines for estimating caloric and protein needs for critically ill patients and recommends early enteral nutrition within 24-48 hours when possible to support gut health and integrity.
This document summarizes key considerations for nutrition in intensive care patients. It addresses questions like which patients should be fed, when feeding should start, what route is best, how much to feed, and what the feed should contain. The document discusses evidence that early enteral feeding within 48 hours is preferable to delaying feeding. It also notes that enteral feeding is generally better than parenteral feeding when possible due to lower risks, though parenteral may be necessary in some cases. The optimal amount of feeding is also addressed.
This document provides an overview of a 58-year-old female patient who underwent a sleeve gastrectomy surgery in July 2013 and experienced complications including a persistent gastric leak. It discusses her medical and surgical history, the nutrition care process being followed including assessments, diagnosis of altered GI function, interventions of initiating TPN and monitoring, and follow-up evaluations showing tolerance of TPN and a full liquid diet. The summaries provide the high-level details about the patient's history, surgery, complications, nutrition care and progress.
This document discusses nutrition support for surgical patients, including enteral and parenteral nutrition. It outlines the goals of nutritional support as preventing catabolism, meeting energy requirements, and aiding tissue repair. Methods for estimating caloric and protein requirements are provided. The advantages of enteral over parenteral nutrition are described. Complications and their management for both enteral and parenteral nutrition are covered. Specific nutrients important for immune function, such as arginine, glutamine, and omega-3 fatty acids, are also discussed.
Nutrition (espen & aspen guidelines)Janvi Sarma
This document discusses nutrition in the ICU, including nutritional assessment and requirements for critically ill patients. It recommends initiating enteral nutrition within 24-48 hours for patients unable to maintain oral intake. Parenteral nutrition should only be used if enteral nutrition is not feasible or possible after 7 days of hospitalization. The goals of nutrition support are to provide adequate calories, protein, vitamins and minerals to meet metabolic demands and support organ function while avoiding complications.
This document contains a case study analysis for a patient named Mr. S who has been diagnosed with Crohn's disease. Key findings that support the Crohn's diagnosis include recent episodes of diarrhea and abdominal pain, weight loss, fever, and lactose intolerance. Laboratory results show decreased albumin and prealbumin levels indicating malnutrition. The patient was previously prescribed a low fiber diet following diagnosis to ease Crohn's symptoms. The document discusses potential nutritional consequences of Crohn's disease and recommendations for medical nutrition therapy if the patient develops short bowel syndrome, including energy and protein requirements during total parenteral nutrition and once solid foods are introduced.
Mr. S has a history of Crohn's disease and weight loss. Laboratory tests show low albumin and prealbumin levels indicating stress and weight loss. Creatinine is elevated possibly due to renal involvement from Crohn's. Mr. S previously had bowel resection and is a candidate for short bowel syndrome which occurs in 65-75% of cases after small bowel resection surgery. For nutritional management of short bowel syndrome, a journal article recommends individualized strategies involving macro/micronutrient modifications and monitoring to maximize health outcomes. Mr. S will need a low fiber, low fat diet with restricted fluids and calcium/magnesium/zinc supplements. His calorie and protein needs on TPN will be calculated and
This document discusses nutritional support for ICU patients. It begins with a brief history of ICU nutrition and outlines the basis for nutritional support. Providing nutrition is important to prevent the physiologic effects of malnutrition, which can lead to organ dysfunction and poor outcomes. The nutritional requirements of ICU patients, including calories, protein, fluids and micronutrients are described. Enteral and parenteral routes of feeding administration are covered, along with their indications. Guidelines for initiating feeding, monitoring for complications, and calculating nutritional needs are provided. The goal of nutritional support is to improve patient outcomes by preventing and treating critical illness-related malnutrition.
1 scoop myotein in 2 times feeding per day
Calories = 6(42kcal) x 6 + 2(30.1) = 1566.2 kcal/day
Protein = 6(1.7g) x 6 + 2(5g) = 72.4 g/day
Total CHO = 6(5.1g) x 6 = 183.6g/day
Total Fat = 6(1.6g) x 6 = 57.6g/day
3. Flush with 30ml of water
Gradually increase feeding amount based on tolerance.
Monitoring and Evaluation
1. Daily monitoring of:
- Intake and output
This document discusses the nutrition considerations for a 66-year-old Somali woman diagnosed with pancreatic cancer who underwent a pancreaticoduodenectomy (Whipple procedure). She presented with jaundice, weight loss, and poorly controlled diabetes. After her surgery, she developed complications including abdominal pain, nausea, vomiting, and poor appetite. The document outlines her medical history and lab results, the pathophysiology of pancreatic cancer, her surgical treatment and post-operative care, and the nutrition challenges she faces during recovery from this extensive procedure.
Total enteral nutrition and total parenteral nutrition in critically ill pat...Prof. Mridul Panditrao
This document discusses total enteral and parenteral nutrition in critically ill patients. It begins by outlining normal energy and protein requirements, then discusses the prevalence and consequences of malnutrition in hospitalized patients. It describes the metabolic response to critical illness and trauma as having an "ebb phase" and "flow phase". The document advocates for early initiation of nutritional support via the enteral route when possible using techniques like post-pyloric feeding tubes, but notes total parenteral nutrition may be needed if enteral nutrition is not tolerated. It provides guidelines on calculating protein and calorie needs and discusses considerations, benefits, risks and protocols for both enteral and parenteral nutrition.
450 Case Study Esophageal Cancer Treated with Surgery and RadiationJonathan Jeffrey
This patient presented with weight loss, difficulty swallowing, and heartburn. He was diagnosed with stage II esophageal adenocarcinoma. His treatment plan included an esophagectomy followed by radiation. Post-operatively, he was started on TPN to address his malnutrition. The summary provides recommendations for the TPN including calories, protein, fat, and glucose. It also suggests transitioning to enteral nutrition with a high protein product and describes monitoring factors like weight and caloric intake during recovery.
Hypertension and Cardiovascular Disease Clinical Nutrition Case StudyDawnAnderson14
This document provides information on a case study involving hypertension and cardiovascular disease. It begins with objectives to better understand hypertension, dyslipidemia, and associated nutritional problems and therapies. An introduction defines hypertension, dyslipidemia, and their relationship to cardiovascular disease. Background literature on studies related to reducing blood pressure through diet is presented. Finally, the document describes a 54-year-old African American woman's medical diagnosis of stage 2 hypertension, medications, lab values, anthropometrics, estimated nutrient needs, and proposed nutritional interventions focused on reducing calorie, sodium, and saturated fat intake.
Intensive care patients are deprived of enteral or parenteral nutrition. This article gives you detailed information of all your queries regarding Nutrition in ICU patients
This document discusses nutrition in critically ill patients. It covers nutritional assessment, calculating caloric and protein requirements, and options for nutritional support including enteral and parenteral nutrition. The key points are that enteral nutrition is preferred when possible as it is more physiologic and protects gut function, and nutrition should be started early in critically ill patients to prevent catabolism and support recovery. Contraindications and complications of enteral feeding are also reviewed.
The document discusses guidelines for nutrition support in critically ill patients based on Canadian clinical practice guidelines. It recommends enteral nutrition over parenteral nutrition when possible, with early initiation of feeding within 24-36 hours. It also recommends the use of feeding protocols, small bowel feedings over gastric, semi-upright positioning, and prokinetic agents to maximize benefits and minimize risks of nutrition support.
1. Nutrition in the ICU aims to support patients through three metabolic phases following injury: ebb, flow, and anabolic recovery.
2. Enteral nutrition is preferred over parenteral nutrition due to its protective effects on the gut mucosa and lower infectious risks.
3. For enteral feeding, intragastric feeding through a nasogastric tube is the first choice, starting at 25cc per hour and increasing as tolerated, checking for gastric residuals. Standard formulas provide balanced calories, protein, vitamins and minerals to meet nutritional goals.
This document discusses nutrition in the ICU, including malnutrition, enteral nutrition, and parenteral nutrition. Malnutrition is common in critically ill patients due to factors like poor intake, hypermetabolism, and stress. Early enteral nutrition within 24-48 hours of admission is recommended to maintain gut integrity and function and improve outcomes. Enteral nutrition is preferred over parenteral nutrition when possible due to lower risks of infection and metabolic complications. Recent guidelines recommend providing an additional liter of enteral feeds for critically ill patients with recent GI anastomoses.
Malnutrition is common in critically ill ICU patients and can lead to organ dysfunction and poor outcomes. Enteral nutrition is preferred over parenteral nutrition due to lower risks of infection and other complications. Early initiation of enteral feeding within 48 hours for stable patients is recommended. Formulas are tailored to patient needs and disease states. Monitoring for complications like hyperglycemia, liver issues, and electrolyte imbalances is important during nutrition support. Overall goals are to prevent further malnutrition while avoiding overfeeding and its risks.
Dr. Geeta Dharmatti has over 15 years of experience as a chief dietician. She has expertise in enteral and parental nutrition. The document discusses guidelines for nutritional management of ICU patients, including the importance of nutritional screening and assessment within 24 hours. It covers methods of assessment including subjective global assessment and biological markers. The document also discusses protein and energy requirements based on stress levels, initiating nutrition support, and macronutrient management including carbohydrates, fats, and essential fatty acids.
This document discusses surgical nutritional support, including the history and importance of artificial nutrition, metabolic adaptations in catabolic states, nutritional assessment, and approaches to enteral and parenteral nutrition. It covers indications for nutritional support, routes of administration, considerations for formulas including calorie-nitrogen ratios, and potential complications of enteral and parenteral nutrition administration. Metabolism in stress and starvation states and the regulation of protein synthesis and degradation are also summarized.
This document discusses the basics of clinical nutrition for sick patients. It emphasizes the importance of nutrition support and outlines the evidence that early enteral nutrition can reduce infections, length of stay, and mortality in critically ill patients. It describes different routes of feeding including nasogastric, jejunal, and gastrostomy tubes. It also discusses potential complications like refeeding syndrome that can occur when nutrition is initiated and the need to monitor electrolytes during nutritional support.
Importance of nutritional management during hospitalizationBushra Tariq
The document discusses the importance of nutritional management for hospitalized patients. It notes that up to 50% of hospitalized patients experience some degree of malnutrition. Providing adequate nutrition support through enteral or parenteral nutrition can improve patient outcomes, reduce recovery time, and lower healthcare costs. The document provides guidelines for estimating caloric and protein needs for critically ill patients and recommends early enteral nutrition within 24-48 hours when possible to support gut health and integrity.
This document summarizes key considerations for nutrition in intensive care patients. It addresses questions like which patients should be fed, when feeding should start, what route is best, how much to feed, and what the feed should contain. The document discusses evidence that early enteral feeding within 48 hours is preferable to delaying feeding. It also notes that enteral feeding is generally better than parenteral feeding when possible due to lower risks, though parenteral may be necessary in some cases. The optimal amount of feeding is also addressed.
This document provides an overview of a 58-year-old female patient who underwent a sleeve gastrectomy surgery in July 2013 and experienced complications including a persistent gastric leak. It discusses her medical and surgical history, the nutrition care process being followed including assessments, diagnosis of altered GI function, interventions of initiating TPN and monitoring, and follow-up evaluations showing tolerance of TPN and a full liquid diet. The summaries provide the high-level details about the patient's history, surgery, complications, nutrition care and progress.
This document discusses nutrition support for surgical patients, including enteral and parenteral nutrition. It outlines the goals of nutritional support as preventing catabolism, meeting energy requirements, and aiding tissue repair. Methods for estimating caloric and protein requirements are provided. The advantages of enteral over parenteral nutrition are described. Complications and their management for both enteral and parenteral nutrition are covered. Specific nutrients important for immune function, such as arginine, glutamine, and omega-3 fatty acids, are also discussed.
Nutrition (espen & aspen guidelines)Janvi Sarma
This document discusses nutrition in the ICU, including nutritional assessment and requirements for critically ill patients. It recommends initiating enteral nutrition within 24-48 hours for patients unable to maintain oral intake. Parenteral nutrition should only be used if enteral nutrition is not feasible or possible after 7 days of hospitalization. The goals of nutrition support are to provide adequate calories, protein, vitamins and minerals to meet metabolic demands and support organ function while avoiding complications.
This document contains a case study analysis for a patient named Mr. S who has been diagnosed with Crohn's disease. Key findings that support the Crohn's diagnosis include recent episodes of diarrhea and abdominal pain, weight loss, fever, and lactose intolerance. Laboratory results show decreased albumin and prealbumin levels indicating malnutrition. The patient was previously prescribed a low fiber diet following diagnosis to ease Crohn's symptoms. The document discusses potential nutritional consequences of Crohn's disease and recommendations for medical nutrition therapy if the patient develops short bowel syndrome, including energy and protein requirements during total parenteral nutrition and once solid foods are introduced.
Mr. S has a history of Crohn's disease and weight loss. Laboratory tests show low albumin and prealbumin levels indicating stress and weight loss. Creatinine is elevated possibly due to renal involvement from Crohn's. Mr. S previously had bowel resection and is a candidate for short bowel syndrome which occurs in 65-75% of cases after small bowel resection surgery. For nutritional management of short bowel syndrome, a journal article recommends individualized strategies involving macro/micronutrient modifications and monitoring to maximize health outcomes. Mr. S will need a low fiber, low fat diet with restricted fluids and calcium/magnesium/zinc supplements. His calorie and protein needs on TPN will be calculated and
Mr. S has been diagnosed with Crohn's disease based on his symptoms of diarrhea, fever, abdominal pain, weight loss, food intolerance, and anemia. He has undergone partial resection of his bowel and is recovering. Due to his unintended 15.7% weight loss and malnutrition, he requires increased calorie, protein, and fluid intake to aid his recovery. A low fiber diet is recommended initially to reduce abdominal pain. Close monitoring of his food intake and symptoms through a food diary will help evaluate his nutritional status and identify any foods that may trigger symptoms as he gradually resumes normal eating.
Marissa Uhlhorn wrote a case study on celiac disease. The patient, BR, has symptoms including diarrhea, abdominal pain, weight loss, and an itchy rash. Testing showed BR has antibodies associated with celiac disease and biopsy showed damage to the small intestine. A nutrition assessment found BR was consuming gluten and may be lactose intolerant. The assessment recommends a gluten-free diet to address malnutrition from malabsorption and weight loss. Interventions include education on a gluten-free diet and monitoring symptoms, weight, and lab values.
Nutrition and fluid therapy are important aspects of surgical care. There are different metabolic phases following injury or surgery including an ebb phase and flow phase. Nutritional status should be assessed using measurements like weight, BMI, serum proteins, and nitrogen balance. Enteral nutrition via tubes is preferred over parenteral nutrition when possible due to benefits like maintaining gut integrity. Criteria for initiating nutritional support include severe preexisting malnutrition or anticipated inability to meet needs enterally.
Nutritional support and fluid therapy in surgeryAjai Sasidhar
The document discusses nutrition and fluid therapy in surgery. It covers metabolic responses to injury and starvation, including ebb and flow phases. It discusses nutritional assessment, monitoring nutritional status, and criteria for initiating nutritional support. The document outlines principles of enteral and parenteral nutrition. It also discusses fluid therapy in surgery, including body fluid composition and maintenance of fluid balance.
This document discusses nutrition in surgical patients. It begins by outlining the goals of nutritional support, which include identifying patients at risk of malnutrition, preventing or reversing catabolism, and meeting energy requirements. It then covers topics like malnutrition, nutritional assessment tools, estimating energy needs, and administration of enteral and parenteral nutrition. The key points are that nutritional support should begin preoperatively for high-risk patients or if oral intake won't resume within 7 days post-op, and the enteral route is preferred over parenteral nutrition when possible.
This document discusses nutrition in critical care patients. It recommends that critically ill patients who are at high nutritional risk based on a NUTRIC or NRS 2002 score of 5 or higher should receive specialized nutrition support, preferably through enteral feeding. Enteral feeding is preferred over parenteral nutrition when possible. The goals of nutrition support are to provide 1.2-2.0 g/kg/day of protein and aim for 25 kcal/kg/day of calories. Achieving adequate protein provision may improve outcomes over providing only trophic or permissive underfeeding. Monitoring of nutrition support is important to help meet goals and avoid overfeeding complications.
The patient, a 58-year-old male smoker and drinker, was diagnosed with stage II adenocarcinoma of the esophagus based on biopsy following tests. He underwent an esophagectomy and jejunostomy tube placement, with plans for post-operative radiation. He experienced significant unintended weight loss and nutritional deficiencies. His nutrition care plan focused on transitioning from TPN to tube feeding using an elemental formula, monitoring hydration and biochemical parameters, and providing education on appropriate medical nutrition therapy to meet his needs during and after cancer treatment.
This document discusses nutrition and fasting in chronic liver disease. It outlines several metabolic changes that occur in chronic liver disease, including decreased glycogen stores and glucose intolerance. It provides general nutrition guidelines for patients with liver disease, recommending adequate calories, proteins, vitamins and minerals. It discusses the benefits of fasting, including detoxification, reduced inflammation, blood sugar and weight loss. However, it notes fasting can worsen conditions in some patients and is not advised for all cases of liver disease.
Nutrition is important for surgical patients. Malnutrition can compound complications, while well-nourished patients tolerate surgery better. Several factors are used to assess a patient's nutritional status prior to surgery, including weight loss, serum albumin levels, and medical history. For patients who cannot eat adequately after surgery, enteral or parenteral nutrition may be needed to meet nutrient demands and support healing. Enteral nutrition involves feeding through a stomach or intestinal tube, while parenteral nutrition is administered intravenously.
I presented a hyperemesis case for a Case Study Seminar where university faculty were invited to attend and RD\'s from the community could receive CPE\'s for attending.
Medical nutrition therapy status post whipple procedureValerie Agyeman
SG, a 72-year-old female, underwent a Whipple procedure for pancreatic adenocarcinoma. She experienced significant weight loss pre-operatively and nutritional complications post-operatively including delayed gastric emptying and electrolyte abnormalities. The registered dietitian's nutrition diagnoses included malnutrition, unintentional weight loss, and altered GI function. The RD prescribed a carbohydrate-controlled diet and thickened liquids, provided nutrition education, and collaborated with other providers to optimize SG's recovery.
This document discusses malnutrition in hospital patients and nutritional support. It provides information on screening patients for malnutrition, who needs nutritional support, the benefits of support, and enteral and parenteral nutrition routes and guidelines. Key points include that many hospital patients are malnourished due to increased needs, losses, or decreased intake; screening involves history, exam, and labs; and enteral nutrition is preferred over parenteral when possible due to fewer complications.
1. A 74-year old man presented with dysphagia, weight loss, vomiting, and abdominal discomfort and was diagnosed with stage IVB metastatic gastric carcinoma.
2. He was initially offered palliative chemotherapy or best supportive care but opted for supportive care alone.
3. Against expectations, with supportive care involving symptom management, nutrition counseling, and follow up, his condition remained stable for over 4 years without significant issues.
This document discusses nutritional support for patients in the intensive care unit (ICU). It covers reasons for nutritional support like limiting catabolism and increasing survival. It describes assessing patients and calculating calorie and protein needs using formulas like Harris-Benedict and Ireton-Jones. Enteral nutrition is preferred over total parenteral nutrition when possible due to lower infection risks. Early enteral nutrition within 24-48 hours is associated with better outcomes. Overfeeding can cause complications so goals are tailored to patient stress level and condition.
1) The patient is a 53-year-old woman seeking pharmacotherapy for weight loss in addition to lifestyle modifications. She has a history of anxiety treated with paroxetine and past narcotic abuse.
2) Orlistat is recommended as it inhibits fat absorption and has beneficial effects on lipids, important for this patient with dyslipidemia.
3) Lorcaserin is not recommended due to potential interaction with paroxetine. Phentermine is not recommended due to risk of addiction given her history of abuse.
This case study describes a 22-year-old female patient presenting with celiac disease. She has a 10-pound unexplained weight loss over the past 6 months and complaints of diarrhea, abdominal distention, and joint pain. Bloodwork confirmed positive for celiac disease antibodies. A small intestinal biopsy showed damage to the intestinal mucosa. The patient was placed on a gluten-free diet and nutrition counseling was recommended to address her malnutrition and weight loss related to malabsorption from celiac disease.
The document summarizes a nutrition assessment interview conducted with a client. It includes details of supplements taken, physical activity, and a 24-hour diet recall with times, foods, quantities and locations consumed. The recall identified no fruit or vegetable intake and higher than recommended intake of oils/fats and discretionary calories. Conducting the three-pass interview was more difficult than anticipated as the client seemed to lose patience, though they knew portion sizes well.
Madysen Jourgensen conducted a 3-day diet record and analysis for her classmate HLO. The analysis found that HLO consumed an average of 2,891 calories per day, exceeding her estimated needs. HLO's intake of fruits and vegetables was below MyPlate recommendations. Madysen recommended HLO cut back on excess calories from sugary foods and saturated fats, and increase her fruit intake by having one at each meal to better meet her nutritional needs. The diet record provided insight into HLO's eating habits but may not have been fully representative of her typical intake.
A 22-year-old female presented with diarrhea, abdominal distention, weight loss, and other symptoms. Blood tests showed positive markers for celiac disease. A biopsy was ordered to examine damage to the small intestine caused by an immune response to gluten. The patient was placed on a gluten-free diet and referred for nutrition counseling to manage her celiac disease.
Mrs. DM is a 35-year-old woman with type 1 diabetes who presents for her annual visit with poorly controlled hypertension and moderate albuminuria. She has been managing her diabetes for 20 years with insulin injections and glucose monitoring. Her medical history is otherwise normal, though she has a family history of cardiovascular disease. Her current medications include insulin, aspirin, and medications to treat her hypertension. Lab work shows her HA1c is elevated at 8.1%, indicating poorly controlled diabetes, and her urine albumin is very high. The patient's physician plans to adjust her insulin and add another antihypertensive medication to improve her diabetes and hypertension management.
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1. Matt S is a 35 y/o male presented with acute severe RUQ, LUQ, RLQ, LLQ pain
secondary to abscess and acute exacerbation of Crohn’s Disease. Admitted for partial
resection of bowel.
History: Diagnosed with Crohn’s Disease 2 ½ years ago. Recently had episodes of
diarrhea accompanied by abdominal pain. Hypertension diagnosed 3 years ago. Denies
smoking and alcohol use.
Anthropometric: Ht: 5’ 9” Wt: 140# Usual weight before illness: 166#
Temperature: 101.5 BP: 125/82 HR: 81 bpm RR: 18
Medications (Home): Mesalamine (Had planned to initiate Humira)
Social: Married, lives at home with wife and son age 5. Denies alcohol use, smoking.
Nutrition: Reports fairly good appetite for last year but poor the past month. Lost almost
25 pounds after hospitalization 2 ½ years ago and had regained it. Now has lost it again.
Allergic to milk. Followed low-fiber diet for several months after initial. Takes
multivitamin supplement daily.
Diet Order: NPO with TPN post operatively
Laboratory: Blood Lipid Panel:
Albumin 3.2 g/dl Cholesterol 149 mg/dl
Prealbumin 11.0 mg/dl LDL-c 101 mg/dl
Glucose 82 mg/dl HDL-c 48 mg/dl
Na+ 136 mEq/L CBC:
K+ 3.7 mEq/L Hgb 12.9 g/dl
Cl- 101 mEq/L Hct 38.9%
Creat 1.8 mg/dl MCV 87 fl
BUN 11 mg/dl WBC 11.1x103
/mm3
AST 35 U/L RBC 4.9x106
/mm3
ALT 22 U/L Ferritin 16 ng/ml
Alk Phos 120 U/L PT 15 sec
CRP 2.8 mg/dl Vit D 22.7 ng/ml
2. Questions:
1. What in Mr. S’s history and physical findings are consistent with the diagnosis of
Crohn’s? The components of Mr. S’s history and physical findings that are consistent
with Crohn’s include: high CRP lab values, unexplained weight loss, diarrhea, abdominal
pain, and fever.
2. What are the potential nutritional consequences of Crohn’s Disease? There are
many potential nutritional consequences of Crohn’s Disease. These consequences
Lab Test Patient Value Normal Range Reason for Deviation
Albumin 3.2 g/dL 3.5-5 g/dL (Low) edema, malabsorption,
diarrhea, malnutrition, low protein
intake, stress
Prealbumin 11.0 mg/dL 18-38 mg/dL (Low) acute catabolic states, stress,
infection, surgery, malnutrition, low
protein intake
Glucose 82 mg/dL 70-99 mg/dL WNL
Sodium 136 mEq/L 135-145 mEq/L WNL
Potassium 3.7 mEq/L 3.5-5 mEq/L WNL
Chloride 101 mEq/L 98-107 mEq/L WNL
Creatinine 1.8 mg/dL 0.4-1.2 mg/dL (High) muscle damage, starvation,
acute and chronic renal disease
BUN 11 mg/dL 8-23 mg/dL WNL
AST 35 U/L 10-37 U/L WNL
ALT 22 U/L 4-40 U/L WNL
Alkaline
Phosphatase
120 U/L 40-120 U/L WNL
C-Reactive
Protein
2.8 mg/dL <0.8 mg/dL (High) arterial inflammation,
bacterial infection, Crohn’s Disease
Cholesterol 149 mg/dL 120-199 mg/dL WNL
LDL
Cholesterol
101 mg/dL <100 mg/dL (High) high fat diet, acute trauma
HDL
Cholesterol
48 mg/dL <40 mg/dL=low
>60 mg/dL= high
WNL
Hemoglobin 12.9 g/dL 14.6-17.5 g/dL (Low) anemia, many systemic
diseases
Hematocrit 38.9% 41-51% (Low) anemia, blood loss, hemolysis,
over hydration
MCV 87 um^3 78-93 um^3 WNL
WBC 11.1
x10^3/mm^3
3.2x10^3 -10.6
x10^3/mm^3
(High) bacterial infection,
hemorrhage, trauma or tissue injury
RBC 4.9
x10^6/mm^3
4.6-
6.1x10^6/mm^3
WNL
Ferritin 16 ng/mL 30-320 ng/mL (Low) Iron deficiency anemia
PT 15 sec 12.0-15.5 sec WNL
Vitamin D 22.7 ng/mL 20-80 ng/mL WNL
3. include: insufficient protein and calorie intake due to decreased appetite and/or avoiding
meals because of fear of pain, malnourishment, protein losses from possible fistulas, and
also negative nutritional effects of treatment with corticosteroids. These negative effects
from treatment with corticosteroids include: glucose intolerance, protein catabolism, and
excessive calcium and potassium loss.
3. Why was Mr. S previously prescribed a low fiber diet in the period following
diagnosis? Mr. S was most likely prescribed a low fiber diet due to stenosis in the bowel.
Stenosis is the narrowing of the intestinal lumen, therefore, in order to keep things
properly moving through if the lumen is narrow it is important to eat things that are thin
enough to pass easily through the small lumen. Fiber is avoided because it is thick and
could easily cause a blockage in a narrow lumen.
4. Is Mr. S a candidate for short bowel syndrome (SBS)? Explain your rationale. Mr.
S may be a candidate for short bowel syndrome if the doctors remove around 65-75% or
more of the small intestine. The patient was admitted for partial resection of the bowel
therefore has some sort of risk for short bowel syndrome. Crohn’s disease mainly affects
the small intestine so if the patient was coming in for a partial resection of the bowel it
would be a partial resection of the small intestine to help with the Crohn’s disease.
5. If patient develops SBS subsequent to surgery, what is the recommended MNT?
He will be NPO and on TPN for 7-10 days before transitioning to solid foods.
Discuss MNT during the adaptation period and then after adaptation.
Recommended MNT for the patient during the adaptation period is elemental tube
feeding with small amounts of solid foods in order to maintain bowel function. The tube
feeding is needed to maintain nutrient intake and can usually be done throughout the
night to properly supplement the nutritional needs of the patient. Trophic hormones such
as gastrin and enteroglucagon, nutrients such as glutamine and EFAs, and drugs such as
PG anaglogues, spermine and spermidine all are things that stimulate adaptation. After
the adaptation period MNT would be to restrict fluids with meals, lactose free diet due to
patient’s milk allergy, low fiber, 35-40 kcal/Kg, 1.5 g of protein/Kg/day, and oral
supplements for Ca, Mg, and Zn.
6. Calculate Mr. S’s energy and protein requirements post-op (when he is on TPN).
Energy Requirements: 2,038 Kcal/day (Mifflinx1.3)
Protein Requirements: 95g/Kg/day (1.5 g/Kg due to stress from surgery)
7. How will you adjust this requirement when he begins to eat solid food (assume
SBS)? What will you monitor to determine if this is correct? To adjust this
requirement when the patient begins to eat solid foods, the recommedation would be to
increase Kcal requirements 2,240 Kcal/day following the MNT recommendations for
SBS as 35-40 Kcal/day. Protein would continue to be 95g/Kg/day or 1.5gpro/Kg. To
monitor if protein and energy requirements are correct or not, one would monitor
prealbumin levels.
Assessment:
35 y/o Male Dx: Crohn’s Disease 2 ½ years ago, hypertension 3 years ago
Ht: 5’9” Wt: 140lbs BMI: 20.7 (normal)
Wt hx: unexplained weight loss of 26lbs
4. Current complaint: pain secondary to abscess, acute exacerbation of Crohn’s Disease,
episodes of diarrhea, abdominal pain, acute severe RUQ, LUQ, RLQ, and LLQ pain
Physical exam: 101.5 temperature, HR 81 bpm, RR 18
Nutritional Needs:
Energy: 2, 038 Kcal/day (Mifflinx1.3)
Protein: 95g/Kg/day (1.5 g/Kg due to stress from surgery)
Social: married, lives at home with wife and son- age 5
Labs: ALB 3.2 g/dL (low), Pre-Albumin 11.0 mg/dL (low), glucose 82 mg/dL (normal),
Na+ 136 mEq/L (normal), K+ 3.7 mEq/L (normal), Cl- 101 mEq/L (normal), Creat 1.8
mEq/L (high), BUN 11 mg/dL (normal), AST 35 U/L (normal), ALT 22 U/L (normal),
Alk Phos 120 U/L (normal), CRP 2.8 mg/dL (high), Cholesterol 149 mg/dL (normal),
LDL 101 mg/dL (high), HDL 48 mg/dL (normal), Hgb 12.9 g/dL (low), Hct 38.9% (low),
MCV 87 um^3 (normal), WBC 11.1x10^3/mm^3 (high), RBC 4.9x10^6/mm^3 (normal),
Ferritin 16 ng/mL (low), PT 15 sec (normal), Vit D 22.7 ng/mL (normal)
Meds (Home): Mesalamine (anti-inflammatory in Crohn’s), and had planned to initiate
Humira, also takes daily multivitamin supplement. (Symptoms from oral intake of
Mesalamine could include abdominal cramping, diarrhea, and more.)
Nutritional Information:
Reports fairly good appetite for last year, poor last month. Allergic to milk. Prescribed
low-fiber diet, followed for several months after. Denies smoking, alcohol use, takes
multivitamin supplement daily.
Clinical Diagnosis:
Altered GI function (NC-1.4) r/t Crohn’s Disease AEB medical dx and hx, diarrhea,
abdominal pain, fever, unexplained weight loss, high CRP lab values.
Intervention:
1. Focus on sufficient protein and sufficient kcal intake in order to maintain weight
and nutritional health status.
2. Suggest outpatient follow-up appointment with doctor. Conduct interview to see
if patient’s symptoms have dissipated.
3. Educate the patient again on the importance of a low fiber and lactose free diet
with Crohn’s disease.
Monitoring/ Evaluation:
1. Evaluate interview from outpatient appointment with medical doctor in order to
see possible improvements.
2. Have patient record 48-hour diet recall in order to monitor proper eating habits.
5. Behavioral Diagnosis:
Low adherence to nutrition-related recommendations (NB-1.6) r/t recent recurrence of
episodic symptoms AEB recent unexplained weight loss, abdominal pain, and diarrhea.
Intervention:
1. Educate the patient on the importance of adherence to a supportive diet for
Crohn’s disease.
2. Create goals for the patient to achieve related to proper diet with Crohn’s disease.
Monitoring/ Evaluation:
1. Require a 48-hour diet recall to monitor patient’s adherence to diet
recommendations.
2. Patient interview over the phone to ask patient about working towards their
written goals, and achievements of short-term goals.
6. Reference:
Massironi, S., Rossi, R. E., Cavalcoli, F.A., Valle, S.D., Fraquelli, M., & Conte, D.
Nutritional deficiencies in inflammatory bowel disease: Therapeutic approaches.
Clinical Nutrition. 2013;32(6)
Summary
Background & aims
Malnutrition is common in inflammatory bowel diseases (IBD), mainly in Crohn's
disease (CD) because the small bowel is primarily affected. We reviewed the literature to
highlight the importance of proper nutrition management.
Methods
A PubMed search was performed for English-language publications from 1999 through
2012. Manuscripts comparing nutritional approaches for IBD patients were selected.
Results
We identified 2025 manuscripts: six meta-analyses, 170 clinical-trials, 692 reviews. The
study findings are discordant. In adult CD, enteral nutrition plays a supportive role,
steroid therapy remaining the first choice treatment. In CD children enteral nutrition may
represent the primary therapy. As regards parenteral nutrition, there are no large
randomized studies, although mild improvements in morbidity have been described as a
result of parenteral nutrition in malnourished surgical IBD patients. Specific
micronutrient deficiencies are common in IBD. A number of factors may contribute to
micronutrient deficiencies, and these include: dietary restriction, disease activity and
surgery.
The possible therapeutic roles of omega-3 fatty-acids, probiotics and prebiotics have been
studied, but the results are still preliminary.
Conclusion
Protein-energy malnutrition and micronutrient depletion are clinical concerns in IBD
patients. Enteral nutrition, parenteral nutrition and micronutrient supplementation are
cornerstone of the multidisciplinary management of IBD patients.
I chose this article because it discusses the nutritional issues related to IBD but
focuses mainly on Crohn’s disease. It talks about the nutrients one loses with Crohn’s and
the importance of supplementing these deficiencies back into the patient with diet.