- 139 critically ill COVID-19 patients required medical nutrition treatment at a university hospital in Spain. Estimated caloric and protein requirements were 1773±252 kcal and 91.7±17 g per day.
- Most patients (82.7%) required invasive mechanical ventilation. Parenteral nutrition was started before enteral nutrition, on average days 2.5±2.6 and 6±4.9 after admission respectively.
- Only around one third of patients received caloric and protein requirements according to ESPEN guidelines of 70% estimated calories by day 4 and 100% estimated protein progressively in the first week. Adherence was lower for both calories and protein.
This patient was prescribed several medications during his hospital stay that have important nutritional implications:
- Antibiotics like Ciprofloxacin can decrease absorption of calcium and vitamins/minerals if taken with dairy. This patient did not report any related side effects.
- Anticoagulants like Heparin and Warfarin require monitoring vitamin K intake, as high or inconsistent vitamin K can decrease their effectiveness in preventing clots. Changes in vitamin K intake could explain this patient's fluctuating electrolytes.
- Pain medications like Fentanyl can cause nausea and vomiting, which may decrease oral intake and nutritional status if prolonged. This patient did experience decreased appetite prior to admission.
- Heart medications like Met
This document provides a nutrition assessment and medical nutrition therapy plan for a 63-year-old male patient who underwent a laryngectomy, pharyngectomy, esophagectomy with gastric pull-up followed by radiation for squamous cell carcinoma. The registered dietitian found the patient to be at high nutritional risk due to a 23 pound unintended weight loss over the past year and being 79% of his ideal body weight at the time of surgery. The initial plan was to start enteral nutrition via tube feeding post-operatively. Follow-up notes document the patient tolerating the tube feeding well with some loose stools. The plan was adjusted to a fiber-containing formula and supplements to address this. The registered diet
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.
Post surgery Nutrition- Semi elemental Formulaabir mukherjee
Nutritional support is important for patients after surgery to support recovery. Early enteral nutrition within 24-48 hours after surgery is recommended to improve outcomes as long as the patient is stable. Semi-elemental diets are better absorbed and tolerated for post-operative patients, helping to avoid total parenteral nutrition. Semi-elemental diets also help maintain gut integrity which is important for recovery and reducing risks of infection.
This document discusses nutritional support for surgical patients. It begins by outlining the learning objectives which are to describe the pathophysiology and importance of nutritional support, the aims of support measures, and indications and complications of different forms of support. It then defines nutritional support and discusses the principles of support including indications for pre-operative and post-operative support via enteral or parenteral means. Specific patient factors that affect nutritional status and requirements are also outlined.
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 patient was prescribed several medications during his hospital stay that have important nutritional implications:
- Antibiotics like Ciprofloxacin can decrease absorption of calcium and vitamins/minerals if taken with dairy. This patient did not report any related side effects.
- Anticoagulants like Heparin and Warfarin require monitoring vitamin K intake, as high or inconsistent vitamin K can decrease their effectiveness in preventing clots. Changes in vitamin K intake could explain this patient's fluctuating electrolytes.
- Pain medications like Fentanyl can cause nausea and vomiting, which may decrease oral intake and nutritional status if prolonged. This patient did experience decreased appetite prior to admission.
- Heart medications like Met
This document provides a nutrition assessment and medical nutrition therapy plan for a 63-year-old male patient who underwent a laryngectomy, pharyngectomy, esophagectomy with gastric pull-up followed by radiation for squamous cell carcinoma. The registered dietitian found the patient to be at high nutritional risk due to a 23 pound unintended weight loss over the past year and being 79% of his ideal body weight at the time of surgery. The initial plan was to start enteral nutrition via tube feeding post-operatively. Follow-up notes document the patient tolerating the tube feeding well with some loose stools. The plan was adjusted to a fiber-containing formula and supplements to address this. The registered diet
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.
Post surgery Nutrition- Semi elemental Formulaabir mukherjee
Nutritional support is important for patients after surgery to support recovery. Early enteral nutrition within 24-48 hours after surgery is recommended to improve outcomes as long as the patient is stable. Semi-elemental diets are better absorbed and tolerated for post-operative patients, helping to avoid total parenteral nutrition. Semi-elemental diets also help maintain gut integrity which is important for recovery and reducing risks of infection.
This document discusses nutritional support for surgical patients. It begins by outlining the learning objectives which are to describe the pathophysiology and importance of nutritional support, the aims of support measures, and indications and complications of different forms of support. It then defines nutritional support and discusses the principles of support including indications for pre-operative and post-operative support via enteral or parenteral means. Specific patient factors that affect nutritional status and requirements are also outlined.
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.
The document discusses nutrition in surgery, outlining relevant physiology, basic nutrient requirements, causes of malnutrition, nutritional assessment techniques, energy requirements, indications for nutritional support, and methods of enteral and parenteral nutrition to correct deficiencies and support patients during and after surgery. Nutritional support can help reduce complications from malnutrition like impaired wound healing and increased risk of infection.
enteral nutrition, nutrition, nutrition after surgery, nutrition of debilitated patient, nutrition of patient who cant take orally, post operative care, surgical nutrition, total parentral nutrition
This document summarizes the optimal treatment of ovarian cancer. It presents two case studies, the first involving a 59-year-old woman with stage III ovarian cancer, and the second involving a 62-year-old woman with recurrent ovarian cancer. For the first case, the document suggests that paclitaxel plus carboplatin is the optimal initial treatment. For the recurrent case, it discusses whether debulking surgery is appropriate and different chemotherapy options. The document then outlines milestones in ovarian cancer treatment and strategies for improving outcomes, including increasing optimal debulking rates, adding new drugs, dose-dense therapy, targeted therapies like bevacizumab, and intraperitoneal chemotherapy.
This document discusses surgical metabolism and nutrition for surgical patients. It covers metabolism during fasting and injury, utilizing stores of protein, carbohydrates and fat. It then discusses estimating energy requirements, the benefits of enteral over parental nutrition, types of enteral formulas, and complications of enteral and parental feeding. The key points are that various fuels are mobilized during fasting and injury to meet energy needs, enteral nutrition is preferred over parental due to lower risks, and both enteral and parental feeding can lead to metabolic and infectious complications if not properly administered.
Esophageal Cancer Treated with Surgery and RadiationYeyan Jin
This case study describes a 58-year-old male diagnosed with stage II adenocarcinoma of the esophagus. His treatment plan involved an esophageal transhiatal esophagectomy with an intrathoracic esophagogastric anastamosis, followed by radiation therapy. Post-operatively, he received TPN to be transitioned to tube feedings. Long term, he was prescribed a tube feeding product to meet his nutritional and caloric needs. Radiation therapy following discharge may cause additional nutritional complications like anorexia, weight loss, and fatigue.
The document discusses enteral nutrition and the role of milk. It notes that enteral nutrition maintains gastrointestinal integrity and function while reducing complications compared to parenteral nutrition. Milk is an important source of protein for enteral feeds. However, diarrhea is a common complication when using milk-based feeds, often due to issues with milk quality and handling. Using UHT milk can help address these issues by providing a safer, bacteria-free option that does not require boiling and has less risk of contamination. This allows for easier preparation and administration of enteral feeds containing the important nutrients in milk.
This document provides an overview of nutrition in surgical patients. It discusses the basics of nutrition including caloric and protein requirements. The importance of nutrition for surgical patients is described along with the complications of malnutrition like infection and poor wound healing. Methods of nutritional assessment involving history, exams, and labs are outlined. Both enteral and parenteral nutrition are covered, including indications, contraindications, administration methods, and potential complications. The take home messages emphasize the importance of meeting caloric needs to avoid complications, using enteral nutrition when possible, and closely monitoring patients on nutrition support.
“Cancer Anorexia Cachexia (originally Cancer Cachexia) is a multifactorial syndrome defined by:
Ongoing loss of skeletal muscle mass (with or without loss of fat mass)
Cannot be fully reversed by conventional nutritional support
Leads to progressive functional impairment”.
Dr. Asif Mian Ansari presented on nutritional requirements for surgical patients. Major points included:
1) Malnutrition can complicate surgical outcomes as nutritional needs are increased during stress and recovery requires an anabolic state.
2) Formulas to calculate basal metabolic rate and increased needs during stress or infection were provided.
3) Guidelines for caloric and protein intake for normal and surgical patients depending on stress level were outlined.
4) Enteral nutrition is preferred over parenteral nutrition when possible due to lower risk of complications.
التغذية لمرضي الجراحة
للزملاء المتقدمين لامتحانات اجنبية زي MRCS
و للزملاء اللي منتقلين حديثا للعمل بالمملكة المتحدة او بينوو العمل فيها
تابعونا علي الصفحة الجراح
https://www.facebook.com/algarra7/
عنوان الفيديوعلى اليوتيوب
https://youtu.be/PNe2e41pv_w
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 case report describes a 60-year-old man who presented with chronic diarrhea, weight loss, and feculent breath 10 years after undergoing gastric resection for peptic ulcer disease. Contrast examination revealed a gastrojejunocolic fistula connecting the stomach, jejunum, and transverse colon. The patient underwent a single-stage surgical procedure to resect the affected areas and reconstruct the gastrointestinal tract. His symptoms resolved after surgery and he gained 15 kg in weight over the following months.
Nutrition is essential for surgery patients as surgical procedures and fasting can quickly lead to malnutrition. Patients with severe protein depletion are more likely to experience postoperative complications like pneumonia and infection. Nutritional status should be assessed through history, diet assessment, physical exam, and lab tests. Malnutrition is caused by reduced food intake, malabsorption, altered metabolism, and more. Nutritional requirements vary but are generally 25-30 calories/kg/day and 1.5-2 grams of protein/kg/day. Nutrition can be provided enterally through tubes or parenterally through IVs. Enteral nutrition is preferred over parenteral when possible.
The document discusses treatment regimens for gastric cancer including preoperative and postoperative chemotherapy, preoperative chemoradiation, postoperative chemoradiation, and chemotherapy for metastatic or locally advanced cancer. It provides dosing details for various chemotherapy drugs and combinations such as DCF (docetaxel, cisplatin, 5-fluorouracil), ECF (epirubicin, cisplatin, 5-fluorouracil), and trastuzumab with capecitabine or 5-fluorouracil for HER2-positive cancers. The regimens may include both FDA-approved and unapproved uses and clinicians must choose treatments based on individual patients.
1. Surgical nutrition is important for well-nourished and malnourished patients who cannot take oral food for over a week after surgery to avoid prolonged starvation.
2. There are two main types of nutritional support - enteral involving feeding through the gastrointestinal tract, and parenteral involving intravenous feeding.
3. Enteral feeding has advantages of being more physiological but also risks like tube dislodgement, while parenteral nutrition is used when enteral is not possible and improves outcomes but carries risks of infections. Monitoring is important for both.
This book provides an overview of surgical bariatric procedures for weight loss and treating obesity-related diseases. It describes the most common bariatric surgery procedures performed worldwide and examines how they have evolved over time in Italy and internationally. For each procedure, it discusses indications, surgical techniques, potential complications, and outcomes related to weight loss and comorbidities. It also covers the problem of weight regain after surgery and discusses different types of revisional surgeries to address this issue.
Nutritional management in surgical patientsPirah Azadi
This document discusses nutritional management in surgical patients. It outlines the fundamental goals of nutritional support which are to meet energy requirements, maintain core body temperature, and allow for tissue repair. Early recovery after surgery protocols aim to avoid long pre-operative fasting, establish early oral feeding, integrate nutrition into overall patient care, and encourage early mobilization. Patients who require nutritional support include those who are already malnourished, at risk of malnutrition, unable to eat due to medical reasons, unable to eat enough due to conditions like burns or trauma, or unwilling to eat due to psychological reasons. Both enteral and parenteral nutrition routes are discussed, with enteral generally being preferred when possible due to improved outcomes. Guidelines for fluid, protein,
The document discusses surgical nutrition and perioperative nutritional support. It finds that for well-nourished or mildly malnourished patients, nutritional support did not improve outcomes and increased infectious complications. However, for severely malnourished patients undergoing major surgery, nutritional support reduced postoperative complications by 10% without increasing infections. The document provides guidance on assessing nutritional status, determining energy and protein requirements, and administering enteral or parenteral nutrition appropriately based on a patient's condition.
Nutrition support in critically ill patients prevents metabolic
deterioration and loss of lean body mass
• Decrease in length of hospital stay , morbidity rate and
improvement in patient outcomes have attracted an valued the use
of nutrition support in the critically ill patients
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 and immunonutrition in the intensive care unit (ICU). It covers the physiological stress of critical illness, consequences of malnutrition, evidence for early enteral feeding and risks of overfeeding. It also discusses immunonutrition strategies like glutamine, probiotics, arginine and omega-3 fatty acids which may help modulate the immune response and reduce infections in critically ill patients. Unanswered questions remain around optimal delivery of specific nutrients to different patient groups.
This document discusses nutrition and immunonutrition in the ICU. It notes that critical illness causes physiological stress, organ failure, and immune suppression. Poor nutrition in the ICU increases morbidity, mortality, and hospital stay. While early enteral feeding is best, trials of nutrition in the ICU have been small and inconclusive. Guidelines recommend screening patients and providing either enteral or parenteral nutrition to malnourished patients. Immunonutrition aims to modulate the immune response with specific nutrients.
The document discusses nutrition in surgery, outlining relevant physiology, basic nutrient requirements, causes of malnutrition, nutritional assessment techniques, energy requirements, indications for nutritional support, and methods of enteral and parenteral nutrition to correct deficiencies and support patients during and after surgery. Nutritional support can help reduce complications from malnutrition like impaired wound healing and increased risk of infection.
enteral nutrition, nutrition, nutrition after surgery, nutrition of debilitated patient, nutrition of patient who cant take orally, post operative care, surgical nutrition, total parentral nutrition
This document summarizes the optimal treatment of ovarian cancer. It presents two case studies, the first involving a 59-year-old woman with stage III ovarian cancer, and the second involving a 62-year-old woman with recurrent ovarian cancer. For the first case, the document suggests that paclitaxel plus carboplatin is the optimal initial treatment. For the recurrent case, it discusses whether debulking surgery is appropriate and different chemotherapy options. The document then outlines milestones in ovarian cancer treatment and strategies for improving outcomes, including increasing optimal debulking rates, adding new drugs, dose-dense therapy, targeted therapies like bevacizumab, and intraperitoneal chemotherapy.
This document discusses surgical metabolism and nutrition for surgical patients. It covers metabolism during fasting and injury, utilizing stores of protein, carbohydrates and fat. It then discusses estimating energy requirements, the benefits of enteral over parental nutrition, types of enteral formulas, and complications of enteral and parental feeding. The key points are that various fuels are mobilized during fasting and injury to meet energy needs, enteral nutrition is preferred over parental due to lower risks, and both enteral and parental feeding can lead to metabolic and infectious complications if not properly administered.
Esophageal Cancer Treated with Surgery and RadiationYeyan Jin
This case study describes a 58-year-old male diagnosed with stage II adenocarcinoma of the esophagus. His treatment plan involved an esophageal transhiatal esophagectomy with an intrathoracic esophagogastric anastamosis, followed by radiation therapy. Post-operatively, he received TPN to be transitioned to tube feedings. Long term, he was prescribed a tube feeding product to meet his nutritional and caloric needs. Radiation therapy following discharge may cause additional nutritional complications like anorexia, weight loss, and fatigue.
The document discusses enteral nutrition and the role of milk. It notes that enteral nutrition maintains gastrointestinal integrity and function while reducing complications compared to parenteral nutrition. Milk is an important source of protein for enteral feeds. However, diarrhea is a common complication when using milk-based feeds, often due to issues with milk quality and handling. Using UHT milk can help address these issues by providing a safer, bacteria-free option that does not require boiling and has less risk of contamination. This allows for easier preparation and administration of enteral feeds containing the important nutrients in milk.
This document provides an overview of nutrition in surgical patients. It discusses the basics of nutrition including caloric and protein requirements. The importance of nutrition for surgical patients is described along with the complications of malnutrition like infection and poor wound healing. Methods of nutritional assessment involving history, exams, and labs are outlined. Both enteral and parenteral nutrition are covered, including indications, contraindications, administration methods, and potential complications. The take home messages emphasize the importance of meeting caloric needs to avoid complications, using enteral nutrition when possible, and closely monitoring patients on nutrition support.
“Cancer Anorexia Cachexia (originally Cancer Cachexia) is a multifactorial syndrome defined by:
Ongoing loss of skeletal muscle mass (with or without loss of fat mass)
Cannot be fully reversed by conventional nutritional support
Leads to progressive functional impairment”.
Dr. Asif Mian Ansari presented on nutritional requirements for surgical patients. Major points included:
1) Malnutrition can complicate surgical outcomes as nutritional needs are increased during stress and recovery requires an anabolic state.
2) Formulas to calculate basal metabolic rate and increased needs during stress or infection were provided.
3) Guidelines for caloric and protein intake for normal and surgical patients depending on stress level were outlined.
4) Enteral nutrition is preferred over parenteral nutrition when possible due to lower risk of complications.
التغذية لمرضي الجراحة
للزملاء المتقدمين لامتحانات اجنبية زي MRCS
و للزملاء اللي منتقلين حديثا للعمل بالمملكة المتحدة او بينوو العمل فيها
تابعونا علي الصفحة الجراح
https://www.facebook.com/algarra7/
عنوان الفيديوعلى اليوتيوب
https://youtu.be/PNe2e41pv_w
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 case report describes a 60-year-old man who presented with chronic diarrhea, weight loss, and feculent breath 10 years after undergoing gastric resection for peptic ulcer disease. Contrast examination revealed a gastrojejunocolic fistula connecting the stomach, jejunum, and transverse colon. The patient underwent a single-stage surgical procedure to resect the affected areas and reconstruct the gastrointestinal tract. His symptoms resolved after surgery and he gained 15 kg in weight over the following months.
Nutrition is essential for surgery patients as surgical procedures and fasting can quickly lead to malnutrition. Patients with severe protein depletion are more likely to experience postoperative complications like pneumonia and infection. Nutritional status should be assessed through history, diet assessment, physical exam, and lab tests. Malnutrition is caused by reduced food intake, malabsorption, altered metabolism, and more. Nutritional requirements vary but are generally 25-30 calories/kg/day and 1.5-2 grams of protein/kg/day. Nutrition can be provided enterally through tubes or parenterally through IVs. Enteral nutrition is preferred over parenteral when possible.
The document discusses treatment regimens for gastric cancer including preoperative and postoperative chemotherapy, preoperative chemoradiation, postoperative chemoradiation, and chemotherapy for metastatic or locally advanced cancer. It provides dosing details for various chemotherapy drugs and combinations such as DCF (docetaxel, cisplatin, 5-fluorouracil), ECF (epirubicin, cisplatin, 5-fluorouracil), and trastuzumab with capecitabine or 5-fluorouracil for HER2-positive cancers. The regimens may include both FDA-approved and unapproved uses and clinicians must choose treatments based on individual patients.
1. Surgical nutrition is important for well-nourished and malnourished patients who cannot take oral food for over a week after surgery to avoid prolonged starvation.
2. There are two main types of nutritional support - enteral involving feeding through the gastrointestinal tract, and parenteral involving intravenous feeding.
3. Enteral feeding has advantages of being more physiological but also risks like tube dislodgement, while parenteral nutrition is used when enteral is not possible and improves outcomes but carries risks of infections. Monitoring is important for both.
This book provides an overview of surgical bariatric procedures for weight loss and treating obesity-related diseases. It describes the most common bariatric surgery procedures performed worldwide and examines how they have evolved over time in Italy and internationally. For each procedure, it discusses indications, surgical techniques, potential complications, and outcomes related to weight loss and comorbidities. It also covers the problem of weight regain after surgery and discusses different types of revisional surgeries to address this issue.
Nutritional management in surgical patientsPirah Azadi
This document discusses nutritional management in surgical patients. It outlines the fundamental goals of nutritional support which are to meet energy requirements, maintain core body temperature, and allow for tissue repair. Early recovery after surgery protocols aim to avoid long pre-operative fasting, establish early oral feeding, integrate nutrition into overall patient care, and encourage early mobilization. Patients who require nutritional support include those who are already malnourished, at risk of malnutrition, unable to eat due to medical reasons, unable to eat enough due to conditions like burns or trauma, or unwilling to eat due to psychological reasons. Both enteral and parenteral nutrition routes are discussed, with enteral generally being preferred when possible due to improved outcomes. Guidelines for fluid, protein,
The document discusses surgical nutrition and perioperative nutritional support. It finds that for well-nourished or mildly malnourished patients, nutritional support did not improve outcomes and increased infectious complications. However, for severely malnourished patients undergoing major surgery, nutritional support reduced postoperative complications by 10% without increasing infections. The document provides guidance on assessing nutritional status, determining energy and protein requirements, and administering enteral or parenteral nutrition appropriately based on a patient's condition.
Nutrition support in critically ill patients prevents metabolic
deterioration and loss of lean body mass
• Decrease in length of hospital stay , morbidity rate and
improvement in patient outcomes have attracted an valued the use
of nutrition support in the critically ill patients
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 and immunonutrition in the intensive care unit (ICU). It covers the physiological stress of critical illness, consequences of malnutrition, evidence for early enteral feeding and risks of overfeeding. It also discusses immunonutrition strategies like glutamine, probiotics, arginine and omega-3 fatty acids which may help modulate the immune response and reduce infections in critically ill patients. Unanswered questions remain around optimal delivery of specific nutrients to different patient groups.
This document discusses nutrition and immunonutrition in the ICU. It notes that critical illness causes physiological stress, organ failure, and immune suppression. Poor nutrition in the ICU increases morbidity, mortality, and hospital stay. While early enteral feeding is best, trials of nutrition in the ICU have been small and inconclusive. Guidelines recommend screening patients and providing either enteral or parenteral nutrition to malnourished patients. Immunonutrition aims to modulate the immune response with specific nutrients.
1. Malnutrition is common in head and neck cancer patients due to mechanical obstruction, sensory impairment, pain with swallowing, and the effects of cancer treatments like surgery, radiation and chemotherapy.
2. Factors contributing to malnutrition include reduced oral intake, anorexia, nausea, inadequate chewing and swallowing difficulties. Cancer cachexia, where the body breaks down muscle and fat stores, further worsens malnutrition.
3. Malnutrition is associated with increased complications, longer hospital stays, decreased survival, and poorer outcomes for head and neck cancer patients. Early nutritional intervention is important.
1. A randomized controlled trial compared early initiation of parenteral nutrition (PN) versus enteral nutrition (EN) in critically ill patients who required nutritional support for at least 2 days.
2. The trial found no significant difference in mortality or other outcomes between the PN and EN groups. Patients in both groups did not receive target calorie levels.
3. The results suggest that early nutritional support through PN is neither more harmful nor beneficial than support through EN. EN should be started early when possible, and PN reserved for when EN is contraindicated. Target calorie levels should be aimed for according to individual patient needs and local ICU policies.
This patient underwent surgery for a gunshot wound to the abdomen, resulting in the resection of part of the small intestine and discontinuity of the gastrointestinal tract. This has impaired the patient's ability to meet nutritional needs through oral intake. The patient is in the acute or "flow" phase of the metabolic stress response to trauma, characterized by hyperglycemia and increased protein breakdown. Indirect calorimetry found the patient's resting energy expenditure to be 2557 kcal per day. The registered dietitian recommends beginning enteral nutrition via a feeding tube at a gradual rate to stimulate bowel function, providing a total of 2556 kcal and 160g of protein over 24 hours. Intake and clinical indicators will be monitored daily
This document describes a study that aimed to test the hypothesis that the non-protein calorie to nitrogen ratio (NPC/N ratio) is a determinant of clinical outcomes in critically ill patients. The study analyzed data from 69 patients with esophageal cancer who were admitted to the ICU after surgery. The patients were divided into groups based on their median energy, protein intake, and NPC/N ratio values. Outcomes like ICU length of stay, highest CRP levels, and insulin doses were compared between the groups. Logistic regression was also used to analyze relationships between variables and shorter ICU stays. The results found that patients with a protein intake below 0.48 g/kg/day had a significantly shorter ICU stay. Those with an NPC
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.
The MedPass pilot project was implemented at a long-term care facility over 12 weeks to address malnutrition among elderly residents. Nineteen residents received a high-energy, high-protein nutritional supplement with their medications four times per day. Fifteen residents completed the study. The majority experienced positive weight gain and improved nutritional status based on screening scores. Administering supplements with medications increased consumption and appeared to benefit malnutrition.
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.
Sudeshna Paul presented on the nutritional management of long-stay patients admitted to the intensive care unit (ICU). The objectives were to identify malnourished critically ill patients, determine calorie and protein requirements, and measure the efficacy of nutritional support within the first 3 days of ICU admission. Materials and methods included using a nutritional risk screening tool to identify malnourished patients and calculating energy and protein needs based on guidelines. Results found many patients had calorie and protein deficits on days 1-3 due to reasons like intubation, which common supplements were used to help meet nutritional needs. The conclusion was that critically ill ICU patients generally need high-protein, high-calorie diets and supplements to help manage
This document discusses medical nutrition therapy for diabetes mellitus using a case study. It provides an overview of diabetes, outlines the nutrition care process used for a patient with uncontrolled type 2 diabetes and a foot infection. Key interventions included education on carbohydrate counting and menu planning. Evaluation found improved intake and understanding of carbohydrate counting concepts. The summary emphasizes uncontrolled diabetes can lead to complications and the importance of nutrition therapy like carbohydrate counting to help manage blood glucose levels.
This document provides guidelines for nutrition screening and feeding critically ill patients in the ICU. It recommends using validated screening tools like MST or MUST to identify high-risk patients for early, aggressive nutrition intervention. Indirect calorimetry studies show COVID-19 patients have high caloric needs, especially in the first week, ranging from 15-20 kcal/kg and increasing to 26-32 kcal/kg in subsequent weeks. Clinical guidelines recommend 1.2-2 g/kg of protein per day for non-obese patients and 2-2.5 g/kg for obese patients. Early enteral nutrition is best delivered in liquid form using closed systems to meet nutritional needs and reduce risks of contamination.
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.
Optimal provision of en nutrition in the icuMario Sanchez
The document discusses factors related to nutrition therapy outcomes in critically ill patients. It finds that increased calorie and protein intake from early enteral nutrition is associated with better outcomes like decreased mortality and shorter hospital stays. However, the optimal amounts may depend on the individual patient characteristics and analysis methods used. Higher calorie intake showed benefit except in young, healthy, overweight patients with short ICU stays. The document develops the NUTRIC risk assessment score to identify patients most likely to benefit from aggressive nutrition therapy based on age, comorbidities, inflammation markers, time in hospital and ICU before admission.
3. Ananthakrishnan - Management of Severe UC and Pouch-Related Complications....Mkindi Mkindi
1. The document outlines a 5-step management approach for acute severe ulcerative colitis: identifying precipitants, intravenous steroids, assessing steroid response, initiating rescue therapy for non-responders, and determining need for salvage therapy or surgery.
2. Key rescue therapies discussed are cyclosporine and infliximab, which clinical trials have found to be similarly effective. Newer approaches like tofacitinib are also mentioned.
3. The document also reviews pouch-related complications after surgery for ulcerative colitis and their treatment approaches.
This document discusses nutrition in the ICU. It begins by introducing malnutrition as a common problem in hospital patients that is linked to increased mortality and complications. It then covers nutritional requirements, noting formulas to estimate energy needs and increased requirements due to stress factors like fever and sepsis. Assessment of nutritional status is also reviewed, along with the main routes of nutrition support - oral, enteral via tubes, and parenteral. Potential complications of nutritional support are outlined, including refeeding syndrome, overfeeding, and hyperglycemia. The document provides an overview of the key considerations and challenges regarding nutrition for critically ill patients in the ICU.
MEMORIAS TRABAJOS LIBRES
Conferencia Científica Anual sobre Síndrome Metabólico 2015
Efecto comparativo de cuatro modelos de dieta con diferente cantidad y tipo de grasa sobre la disfunción del tejido adiposo en pacientes con síndrome metabólico en estado postprandial
PhD María Eugenia Meneses*, PhD Antonio Camargo-García*, PhD Cristina Cruz-Teno*, PhD Yolanda Jiménez-Gómez**, PhD Pablo Pérez-Martínez*, PhD Javier Delgado-Lista*, PhD María del Mar Malagón-Poyato**, PhD Francisco Pérez-Jiménez*, PhD Helen Roche***, PhD José López-Miranda*
* Unidad de Lípidos y Arteriosclerosis, Servicio de Medicina Interna, IMIBIC/Hospital Universitario Reina Sofía/Universidad de Córdoba, Córdoba, España y CIBER Fisiopatología Obesidad y Nutrición (CIBEROBN), Instituto de Salud Carlos III, Madrid, ** Departamento de Biología Celular, Fisiología e Inmunología. IMIBIC, (CIBEROBN).Universidad de Córdoba, España, *** Nutrigenomics Research Group, UCD Conway Institute of Biomolecular and Biomedical Research, University College Dublin, Republic of Ireland
This document discusses nutritional support in critical illness. It defines nutritional support as the provision of nutrients to patients who cannot meet their nutritional needs through standard diets. Malnutrition occurs in approximately 40% of hospitalized patients and can lead to increased morbidity and mortality by impairing organ function and healing. The document outlines the history of nutritional support, from overfeeding in the 1970s to more targeted support today. It discusses screening patients for nutritional risk and assessing nutritional status. The key questions of who needs support, when to start, how much to provide, and how to provide it are addressed. Enteral nutrition is generally preferred over parenteral nutrition. The document describes different enteral feeding methods and formulas for meeting various nutritional needs.
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1. XXX Seminario de Nutrición Clínica
Dr. Abraham García Almansa
COVID-19: aspectos nutricionales
Dr. Jose Eugenio Guerrero Sanz
Jefe de Servicio de Medicina Intensiva
Hospital General Universitario Gregorio Marañón. Madrid
26 de octubre 2020
4. Tratamiento nutricional en planta:
Energía 27-30 kcal/kg/día, proteínas > 1 g/kg/día
añadir SNO si no se cubren requerimientos, al menos 400 kcal y 30 g de proteínas
Tratamiento nutricional en UCI: Energía: 25 kcal/kg/día, Proteínas: 1.3 g/kd/día
Empezar de forma progresiva hasta alcanzar 70-100% requerimientos a partir del 4º-7º día
VMNI/CNAF VMI Postintubation
Offer
• Dieta oral y SNO
• Añadir NP si se precisa
(periférica o central)
Start
• Comenzar NE (48 h), progresar
según tolerancia (incluido en prono)
• Añadir NP después del 3º-5º día si
se precisa
Offer
• Cribado de disfagia
• Dieta de textura modificada
• Mantener la NE si es preciso
Barazzoni R, et al. ESPEN expert statements and practical guidance for nutritional management of individuals with Sars-Cov-2 infection, Clinical Nutrition, https://doi.org/10.1016/j.clnu.2020.03.022.
5. • Dietas con alto contenido energético y proteínas
• Distribución de SNO a todas las plantas de
hospitalización COVID
• Nutrición enteral (disfagia y/o baja ingesta con dieta y
SNO (< 75% req.)
• Nutrición parenteral (si existe contraindicación de vía
oral/enteral y/o como complementaria a la dieta
oral/SNO)
• Aislamiento
Gomes F, et al. ESPEN guideline on nutritional support for polymorbid internal medicine patients. Clin Nutr 2018;37:336-353
Barazzoni R, et al. Clinical Nutrition, https://doi.org/10.1016/j.clnu.2020.03.022. Caccialanza R, et al. Nutrition 74 (2020) 110835.
Plantas COVID
6. Nutritional treatment in critically ill patients with COVID-19 disease: Spanish experience in a university hospital
C. Cuerda 1, 2, *, C. Velasco 1, 2, M. Miguélez 1, 2, R. Romero2, 3, P. Carrasco 1, 2, C. Serrano1, 2 , I. Bretón 1, 2, M. Motilla 1, 2,L. Arhip 1, 2, Á. Morales 1, 2, M. Carrascal1, 2, S. Rubio 1, 2,
C. Calvo 1, 2, M. Camblor 1, 2
1 Nutrition Unit. 2 Instituto de Investigación Sanitaria Gregorio Marañón. 3 Servicio de Farmacia. Hospital General Universitario Gregorio Marañón. Madrid. Spain, * cuerda.cristina@gmail.com
Forty-nine patientswere included (78% men), 63.1±11.8 years, BMI
29.1±5.1 kg/m2. Figure 1 shows the comorbidities presented by the
patients.
98% of the patients required mechanicalventilation (98% pronation).
The time from hospitalisation to ICU admission was 3.2±3.4 days.
71% of the patients received EN, 98% PN and 69% mixed EN+PN.
The caloric and protein requirements were: 1747±201 kcal and 91.7±10 g.
Table 1 presentstotal and % of caloric and protein goal at day 4th and
7th.
During the first week:
• 59.2% and 10.2% patientshad low levels of P and Mg, respectively
• 81.6% hyperglycaemia
• 8.2% hypoglycaemia
• 95% hypertriglyceridemia(23%>500 mg/dl)
• 34.7% AKF and 16.3% KRT
• 49% mortality
Patients with COVID-19 disease develop respiratoryinsufficiency, 5% of
which needs ICU treatment. Describe the experience of a tertiary
hospital in the nutrition treatment, during this pandemic and the
adherenceto clinical guidelines.
Retrospectivestudy including COVID-19 patients from 3 ICU units of our
hospital that needed medical nutrition treatment (MNT). The variables
that were collected were: sex, age, BMI, underlyingdiseases, time from
hospitalisation to ICU admission, type of respiratorysupport, caloric
and protein requirements(25 kcal/kg adjusted body weight (ABW), 1.3
g/kg ABW/day), MNT type (enteral nutrition (EN), parenteral nutrition
(PN), mixed EN+PN), total calories (including propofol) and proteins
administered,percentageof caloric and protein goal in ICU day 4th and
7th, metabolic complications,acute kidney failure (AKF), mortality.
Variables are expressed as percentages and mean+SD.
Statistics were performed with the programmeIBM-SPSS26v.
Most of our patients reached estimated caloric
and protein target at day 4th and 7th of ICU.
PN was necessary in most of our sample in the first
week to reach nutritionalrequirements.
We observed a high rate of metabolic
complications which requires close monitoring of
nutritional treatment.
Poster of distinction
ESPEN congress
September 2020
Unidad de Nutrición
Clínica y Dietética
Table 1. Calories (kcal)
% caloric goal
Protein (g)
% protein goal
% patients >70%
caloric goal
% patients >70%
protein goal
ICU:4th day 1520±471
88.3±28.7
74.4±23.4
82.4±28.2
83% 72.3%
ICU:7th day 1609±450
93.1±26.8
81.9±24.1
90±27.4
89.9% 89.9%
53
28,5
61,2
49
20,4
0
10
20
30
40
50
60
70
Overweight Obesity Hypertension Dyslipidaemia Diabetes
FIGURE 1. COMORBIDITIES
Rationale and Aims
Methods
Results Conclusions
7. Nutritional treatment in critically ill patients with COVID-19 disease: Spanish experience in a university
hospital (extended)
C. Cuerda 1, 2, *, C. Velasco 1, 2, M. Miguélez 1, 2, M. Carrascal1, 2, R. Romero2, 3, P. Carrasco 1, 2, C. Serrano1, 2 , I. Bretón 1, 2, M. Motilla 1, 2,L. Arhip 1, 2, Á. Morales 1, 2, S. Rubio 1, 2,
C. Calvo 1, 2, J. Wong 1, M. Camblor 1, 2
1 Nutrition Unit. 2 Instituto de Investigación Sanitaria Gregorio Marañón. 3 Servicio de Farmacia. Hospital General Universitario Gregorio Marañón. Madrid. Spain, * cuerda.cristina@gmail.com
The study included 139 patients(74.8% men), 59.6±13.8 years, BMI
29.9±5.3 kg/m2. Figure 1 shows the comorbidities presented by the
patients.
82.7% of the patients required invasive mechanical ventilation
(pronationin 90.4% of them), 3.6% ECMO.
The time from hospitalisation to ICU admission was 3.3±4.3 days.
12.2% of the patientsreceived EN, 29.5% PN and 51.8% mixed
EN+PN.
The caloric and protein requirements were 1773±252 kcal and
91.7±17 g. Table 1 presentstotal calories and proteins
administered at day 4th and 7th.
During the first week:
• 61.9% and 8.6% patients had low levels of P and Mg,
respectively
• 74.1% hyperglycaemia
• 7.9% hypoglycaemia
• 70.5% hypertriglyceridemia(23.5% >500 mg/dl)
• 25.9% AKF and 10.8% KRT
• 31.7% mortality
ICU length of stay was 21.8±15.7 days.
Currently, 5 patientsare still in ICU.
Patients with COVID-19 disease develop respiratoryinsufficiency, 5% of
which needs ICU treatment. The aims of this study was to describe the
experience of a tertiary hospitalin the nutrition treatment during this
pandemic.
Retrospectivestudy including COVID-19 patients from 5 ICU units of our
hospital that needed medical nutrition treatment (MNT).
The collected variables were: sex, age, BMI, underlying diseases, time
from hospitalisationto ICU admission, type of respiratorysupport,
caloric and protein requirements(25 kcal/kg adjusted body weight
(ABW), 1.3 g/kg ABW/day), MNT type (enteral nutrition (EN), parenteral
nutrition (PN), mixed EN+PN), total calories (including propofol) and
proteins administered, metabolic complications,kidney failure,
mortality.
Variables are expressed as percentages and mean+SD.
Statistics were performed with the programmeIBM-SPSS26v.
References
1. Singer P. et al. ESPEN guideline on clinical nutrition in the intensive care unit. Clin Nutr.
2019;38(1):48-79.doi: 10.1016/j.clnu.2018.08.037.
Conclusions
Most of our patients reached estimated caloric
and protein target at day 4th and 7th of ICU.
PN was necessary in most of our sample in the
first week to reach nutritional requirements.
We observed a high rate of metabolic
complications that requires close monitoring of
nutritional treatment.
Unidad de Nutrición
Clínica y Dietética
Table 1. Calories (kcal) Protein (g)
ICU:4th day 1282±614 60±31
ICU:7th day 1351±688 67.8±37
52,3
38,6
47,5 43,9
18,7
0
10
20
30
40
50
60
FIGURE 1. COMORBIDITIES
Methods
Background and aims Results
ESPEN congress
September2020
8. Nutritional treatment in critically ill patients with COVID-19 disease: from guidelines to clinical practice
C. Cuerda 1, 2, *, C. Velasco 1, 2, M. Miguélez 1, 2, R. Romero2, 3, P. Carrasco 1, 2, C. Serrano1, 2 , I. Bretón 1, 2, M. Motilla 1, 2,L. Arhip 1, 2, Á. Morales 1, 2, M. Carrascal1, 2, S. Rubio 1, 2,
C. Calvo 1, 2, M. Camblor 1, 2
1 Nutrition Unit. 2 Instituto de Investigación Sanitaria Gregorio Marañón. 3 Servicio de Farmacia. Hospital General Universitario Gregorio Marañón. Madrid. Spain, * cuerda.cristina@gmail.com
One hundred and thirty-nine patients were included (74.8% men),
59.6±13.8 years, BMI 29.9±5.3 kg/m2. Figure 1 shows the
comorbidities presented by the patients.
82.7% of the patients required invasive mechanical ventilation
(90.4% of them with pronation), 3.6% ECMO.
Estimated caloric and protein requirements: 1773±252 kcal and
91.7±17 g.
Table 1 presents delivered and % of delivered/estimated caloric
and protein goal at day 4th and 7th, and adherence to ESPEN
guidelines.
PN was started at day 2.5±2.6 and EN at day 6±4.9 of admission
(delayed in patients who needed pronation p<0.05).
Only 16.6 % of patients started EN in the 48h, and 38.5% started
PN in the 3rd-7th day of admission.
Describe the experience of a tertiary hospital in the nutrition treatment
and the adherenceto clinical guidelines during the COVID-19 pandemic.
Retrospective study including critically ill COVID-19 patients of our
hospital who needed medical nutrition treatment (MNT).
We collected the following variables: sex, age, BMI, underlying diseases,
type of respiratory support, caloric and protein requirements (25 kcal/kg
adjusted body weight (ABW), 1.3 g/kg ABW/day), total calories
(including propofol) and proteins administered at day 4th and 7th of ICU
admission, percentage of estimated calories and protein delivered at day
4th and 7th, day of starting enteral nutrition (EN) and parenteral nutrition
(PN).
The adherence to ESPEN clinical guidelines (70% of estimated calories at
day 4th and 7th, 100% estimated protein progressively in the first week,
start EN in the 48h and PN in 3rd-7th day ICU admission).
Variables are expressed as percentages and mean+SD.
Statistics were performed with the programmeIBM-SPSS26v.
References
1. Singer P. et al. ESPEN guideline on clinical nutrition in the intensive care unit.
Clin Nutr. 2019;38(1):48-79.doi: 10.1016/j.clnu.2018.08.037.
Only around one third of our patients received
caloric and protein requirements according to
ESPEN guidelines.
In the rest of patients, both under and
overfeeding were present.
During this pandemic parenteral nutrition was
used before enteral nutrition in our centre, and it
was associated with the pronation of the patients
during the first week of ICU admission.
Unidad de Nutrición
Clínica y Dietética
Table 1. Calories (kcal)
% caloric goal
Protein (g)
% protein goal
Adherenceto ESPEN
guidelines (calories)
Adherenceto ESPEN
guidelines (protein)
ICU:4th day 1282±614
74.2±35.2
60±31
66.8±34.9
28.3% 24.4%
ICU:7th day 1351±688
77.7±39.5
67.8±37
74.4±40.2
24.4% 28.1%
52,3
38,6
47,5
43,9
18,7
0
10
20
30
40
50
60
Overweight Obesity Hypertension Dyslipidaemia Diabetes
FIGURE 1. COMORBIDITIES
Rationale and Aims
Methods
Results Conclusions
ESPEN congress
September2020