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10/03/60
1
Nutrition in Special Conditions
Prapimporn Ch. Shantavasinkul MD, MHS
Division of Nutrition and Biochemistry, Department of Medicine, Faculty of medicine,
Ramathibodi Hospital, Mahidol University
[email protected] march 2017
Outlines
Obesity
Medical Therapy
Bariatric Surgery and complications
Undernutrition
Nutritional screening & assessment
Nutrition in special conditions
Nutritional deficiency
OSA, OHS
GS, GERD
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Classification Asian Caucasian
BMI (Kg/m2)
Underweight <18.50
Severe thinness <16.00
Moderate 16.00 - 16.99
Mild thinness 17.00 - 18.49Normal 18.5-22.9 18.5 – 24.9
Overweight 23-24.9 25-29
Obese I >25 >30
Obese II >30 >35
Morbid obese >40 >40
Source: Adapted from WHO, 1995, WHO, 2000 and WHO 2004.
Abdominal obesity
Waist circumference
> 80 cm in woman
> 90 cm in men
How to lose weight
Diet and Life style modification
All overweight and obese patients
Pharmacotherapy (after diet for > 3 months)
BMI > 30 kg/m2
BMI > 27 kg/m2 plus comorbidities
Weight loss surgery
Fail medical Rx + No contraindication
BMI > 40 kg/m2
BMI > 35 kg/m2 plus comorbidities
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Diet for Weight Loss
Very low calorie diet: <800 calories/d
Low calorie balance diet:
500 or 1000 deficit; 1200‐1500 calories/d
Low fat diet
Low carbohydrate ketogenic diet: Atkin diet
Meal replacement
Red- low fat, moderate protein
Blue – low fat, high proteinOrange – high fat, moderate proteinYellow – high fat, high protein
Attendance at group sessions strongly predicted weight loss at 2 year
Sack FM et al. NEJM 2009: 360; 859-73
Weight Loss Medication
Always combine medication with diet and
life style changes
After discontinue medication may regain
Try diet and exercise for at least 3 months
If lose weight > 10% by diet and exercise
no need to start medication
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Phentermine since 1959
1999 2012 2012 2014 2014
Xenical Belviq Qsymia Contrave Victoza/Saxenda
HT and CVD Migrain
seizureDepression T2DM
Caution: Weight Loss Medications
Females of childbearing potential
LMP or pregnancy test
Ask if patients have suicidal ideation
Hypoglycemia: weight loss/ caloric reduction
Monitor glucose, adjust medication as appropriate
Weight Loss Medications
Apovian CM et al. Obesity 2015:23;s1-s26
Agent Mechanisms of Action
Phentermine Increase Dopamine, NE release and inhibit reuptake
Take before 9 AM titrate from 7.5 to 30 mg/day
Oristat Peripheral pancreatic lipase inhibitor
Decreased fat absorption 30%, -10.6%at1y, -5.8%at4 y
Lorcaserin Selective serotonin receptor agonist (5-HT2c)
Phentermine/topiramate ER
(3.75/23), (7.5/46),
(11.25/69), (15/92)
Sympathomimetic/Anticonvulsant
(7.5, 46) - 10% to (15/92) -12 % at 2 yr
Titration period is 2 week for each dose
Natrexone ER/bupoprion ER(8mg /90 mg)
Opioid receptor antagonist
Dopamine/noradreanaline reuptake inhibitor1 tablet/d titrate up to 2 tab oral bid
Liraglutide 3.0 mg GLP-1 receptor agnoist
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Weight Loss Medications
Apovian CM et a;l. Obesity 2015:23;s1-s26
Agents Medical conditions
Oristat HT or cardiovascular diseases
Lorcaserin HT or cardiovascular diseases
Phentermine/topiramate ER Migrain, seizure
Natrexone ER/bupoprion ER Depression
Liraglutide 3.0 mg T2DM, add on Metformin
Consider SGLT-2 inhibitor
If patient need insulin prefer basal insulin and consider add metformin, pramlintide, or GLP-1 agonists
Contraindication to Use of
Weight Loss Medications a
Apovian CM et a;l. Obesity 2015:23;s1-s26
Agent Contraindications
Oristat Pregnancy, malabsorption, cholestatis
Lorcaserin PregnancyRisk of serotonin syndrome (not use with SSRI, MAOI)
Phentermine/topiramate ER Glaucoma
HyperthyroidismWithin 14 days of taking MAOI
Natrexone ER/bupoprion ER Pregnancy
Uncontrolled HT
Seizure, anorexia nervosa, bulimiaAbrupt discontinuation of alcohol, benzodiazepine,
antiepileptic
Use of bupropion-containing product, or use of opioidWithin 14 days of taking MAOI
Liraglutide 3.0 mg Pregnancy, FH of MTC, patients MEN2
Follow up
Apovian CM et a;l. Obesity 2015:23;s1-s26
Follow up monthly x 3 then q 3 months
Discontinue medications if
Ineffective: loss < 5% of initial BW at 3 mo
Intolerability or safety issues
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Bariatric Surgery
Malabsorptive SurgeryRestrictive Surgery
•High risk esp. in BPD/DS
•Fat malabsorption : ADEK•B1, B12, folate, iron def.
•Risk : B12, iron def
•B1 deficiency
Weight Loss Surgery
BMI > 40 kg/m2
BMI > 35 kg/m2 plus comorbidities
Fail to lose weight by medical therapy
(multiple attempt)
Exclusion: Drug, alcohol abuse, uncontrolled
psychiatric&eating disorder, endstage disease
Endocr Pract 19, 337-72 (2013)
Bariatric Surgery Candidates
• Motivated, well-informed patients with
realistic expectations
• Commitment of long term follow-up
• Stop smoking preoperatively
• Avoid NSAIDs
• Child bearing age woman need to use non-
oral contraception for at least 12-24 months
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Sleeve Gastrectomy
RYGB(70 % in US)
gastrojejunostomy+Jejunojejunostomy
N Engl J Med 2007;356:2176-83
30 ML, 1 cm outlet
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Early Post-operative Care
• Dehydration, constipation, food intolerance
• HBPM, observe postural hypotension
• SMBG, observe hypo-, hyperglycemia
• Anti-hypertensive and diabetes-related
medications may be stopped or dose modified
in the immediate postoperative period
• Other medications may need dose
modification (thyroid hormone, warfarin, etc)
O'Kane M et al. Clinical obesity. 2016;6(3):210-24.
Longterm Monitoring
Gall stone
Kidney stone
Dumping syndrome
Post-bariatric surgery hypoglycemia
Nutritional deficiency
Dumping Syndrome
Early dumping (within 15-30 min)
colicky abdominal pain, diarrhea, nausea, and
tachycardia
Post gastric bypass hypoglycemia(2 hrs)
Postprandial hypoglycemia
Hyperglycemia and the subsequent insulin
response leading to hypoglycemia that occurs 2
to 3 hours after a meal. Patients present with dizziness, fatigue, diaphoresis and weakness.
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Bariatric Surgery
Symptomatic nutritional def is RARE
Non-compliance patients
Reversible & rapid recovery if early diagnosed
If left untreated, irreversible or death
Obesity with micronutrient deficiency is not uncommon
Nutritional Deficiency in Bariatric Surgery
Persistence of pre-operative deficiency
Obesity but inadequate micronutrient, protein intake
Pre-operative weight loss without supplement.
Protein, iron and vitamin D deficiency
Post-surgery
Poor quality of diet
Altered digestion and absorption ( HCl, IF)
Adherence to vitamin and mineral supplement
Small intestinal bacterial overgrowth
Alcohol, substance abuse and eating disorder
Edward Saltzman et al. Annu. Rev. Nutr. 2013. 33:183–203
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Calcium
IronProteinCarb.
Terminal IleumB12 & Bile Salts
Fat
Vit. A,D,E,K
Water sol vit.Folate
Mineral
CopperZn, P, Mg
Nutritional
Deficiency after
Bariatric Surgery
Post Bariatric Surgery
Supplementation
AACE/TOS/ASMBS Guidelines. Obesity 2013; 21;S1-27
Multivitamin daily : all vitamin, mineral
B1, folic acid, Zn, Copper, Selenium, iron
○ RYGB, BPD 2 tablets/day
○ ABG, SG 1 tablet/day
Ca-citrate, 1200-1500mg/d of elemental Ca
Vit D, at least 3000 units/d, (>30 ng/mL)
Vit B12 500-1000 mcg/day
Iron 45-60 mg/day
Thiamine
Water soluble vitamin
It is not stores in body
it is required daily
High conc in brain,heart
Liver, renal, muscle
Function is related to
Metabolism esp. CHO
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“Bariatric Beriberi”
Asymptomatic low B1 level 0-29% (pre-op), 10-
56% (post-op)
Storage 3-6 wk early deficiency
Risk: rapid wt loss, poor intake, persistence
vomiting, no supplement , alcohol(uncommon)
hyperemesis gravida, chronic dis, diuretic, PN (without vitamin supplementation)
Less likely from malabsorption
Report cases of beriberi, Wernicke & Korsakoff,
peripheral neuropathy occurred months to years
after all type of surgeries
Thiamine Deficiency
Beriberi
Dry ; peripheral neuropathy
Wet ; high output heart failure, lactic acidosis
Wernicke’s encephalopathy
Ataxia, opthalmoplegia, nystagmus
Korsakoff’s psychosis
Initial or sequalae of WE
Diagnosis of Thiamine def
Serum thiamine : reflect daily intake>storage
Normal cannot exclude B1 def.
Erythrocyte transketolase activation assay (ETKA)
Before and after adding TPP
Thiamine pyrophosphate effects (TPP)
A greater than 15-20% increase in activity with TPP
indicates B1 deficiency
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Clinical Response
Diuresis immediate
High output HF 24 h
Opthalmoplegia 24 hours
Neurological symptoms several weeks or
months (permanent if delayed Rx)
• megaloblastic anemia, hypersegmented neutrophil
Hematologic
• glossitis, chelitis , hair depigmentation, hyperpigment
Mucocutaneous
• weakness, paresthesia, ataxia,dementia
Neurologic
B12 and Folate
Only B12
Combined B12 and Folate Def is common
Sleisenger and Fordtran's Gastrointestinal and Liver Disease, 9th ed
Free B12
Bind to Intrinsic
Factor
Bind to
R-protein
Free B12
99% can be absorbed with
IF at ileum, 1% can be absorbed at all small bowel
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Sally P. Stabler, Vitamin B12 Deficiency. NEJM 2013;368:149-60.
Chronicpancreatitis
Pernicious
Gastrectomy
RYGB
Atrophic gastritis
acid-blocking drug
Vegan, BF
Ileum
Lesion/ResectionSIBO
parasite
Diagnosis B12 deficiency
Onset 2-3 years since high amount of liver storage
Reported B12 def case 1 year post bariatric surgery
B12 < 200 pg/mL indicate B12 deficiency
Normal B12 level cannot exclude clinical deficiency
Should check MMA elevated MMA in early B12 def
and MMA decreases afrer B12 therapy
Hyperhomocystein is non-specific
*DDx B12, folate and B6 deficiency
B12 Folate
Storage 2,000-5,000 mcg 5,000-10,000 mg
Requirement 2.4 mcg 400 mcg
Liver Storage : requirement
1000 : 1 50: 1
Food Source Animal Vary
Absorption Need IF, Ileum Vary
Time to deficiency 2-3 yrs 4 wks - 4 mths
MegaloblasticAnemia
Yes Yes
Neurological symptom
Yes No
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Copper Deficiency after Bariatric
The prevalence is 4-10%, incidence 19% (2y)
Bypass duodenum decrease absorption
Anemia (micro, normo, macrocytic), leucopenia,
pancytopenia
Myelopathy with spastic gait, sensory ataxia
Peripheral/optic neuropathy, cognitive impairment
Prognosis; rapid improvement in hematologic
system but not neurological improvement
Supplement Cu 1mg to Zn 8-15 mg (2mg/d)No need to screen in aymptomatic pt.
Outlines
Obesity
Medical Therapy
Bariatric Surgery and complications
Undernutrition
Nutritional screening & assessment
Nutrition in special condition
Nutritional deficiency
Jensen GL, et al. JPEN. 2009;33(6):710-6
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Short Bowel Syndrome
Intestinal failure
Small bowel length < 200 cm
malabsorption due to insufficient intestinal
surface area
severe SBS necessitating longterm PN 2-4 cases
per 1 million persons per year, based on
multinational European data
Society of Parenteral & Enteral Nutrition of Thailand
http://www.spent.or.th/index.php/public
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Society of Parenteral & Enteral Nutrition of Thailand
NAF A (scores 0-5) normal-mild malnutrition
Reevaluation in 7 days
NAF B (scores 6-10) moderate malnutrition
Nutrition support within 3 days
NAF C (scores ≥ 11) severe malnutrition
Nutrition support within 24 hours
http://www.spent.or.th/index.php/public
Society of Parenteral & Enteral Nutrition of Thailand
Hasse, J.M. et al. Nutr Clin Pract 2015: 30; 474-87Subcutaneous fat : periorbital, triceps, biceps, chest
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Hasse, J.M. et al. Nutr Clin Pract 2015: 30; 474-87Rib do not show
Prominent ribs
Shapiro J. N Engl J Med 2007;357:1620-1630.
Hair Pulling Test
Approximately 60 hairs are grasped between the thumb, index finger, andmiddle fingers near the scalp
Deficiency:
Protein, Biotin, Zinc
Total Energy Expenditure
Resting/basal energy expenditure 60%
Associated with lean body mass
Activity induced energy expenditure 30%
Depend on physical activity
Diet induced energy expenditure 10%
Indirect caloriemetry
Measure O2 consumption and CO2 production
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Energy Requirement
Basal Energy Expenditure (BEE)
Indirect calorimeter
Harris-Benedict Equations
ACCP (American College of Chest Physicians) 25 kcal/kg/d
Total Energy Expenditure (TEE)
TEE = BEE (x AF) x IF
AF = Activity Factor
IF = Injury Factor (or Stress Factor)
Energy Requirement
Normal 25-30 kcal/kg/day
Mild stress 30-35 kcal/kg/day
Severe stress 35-40 kcal/kg/day
Critically-ill 25-30 kcal/kg/day
Normal 0.8-1 g/kg/day
Stress 1.2-1.5 g/kg/day
Burn, trauma 1.5-2 g/kg/day
Beware : AKI, CKD, hepatic encephalopthy
Protein Requirement
Re-feeding syndrome (RFS)
Symptoms of RFS occur from fluid and
electrolyte imbalances resulting from
nutritional supplementation following a
period of prolonged starvation in
malnourished patients.
Onset 2-6 days after nutrition support
Oral, enteral, or parenteral routes
Nutrition 26 (2010) 156–167
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Patients at Risk for Re-feeding Syndrome(RFS)
Nutrition in Clinical Practice 2005; 20: 625–33,
Refeeding syndrome (RFS)
HypoP ventilatory failure, rhabdomiolysis
HypoK arrhythmia, ventilatory failure, rhabdomiolysis, ileus
HypoMg cardiac arrhythmia, rhabdomiolysis
Na & water retention and fluid overload, CHF
Thiamine def. Beri beri, WE
The hallmark : severe hypophosphatemia
Nutrition 26 (2010) 156–167
Prevention and Rx of RFS
Nutrition 26 (2010) 156–167
Recognize Patients at Risk
Electrolyte replacement
Fluid and sodium balance
Energy : avoid overfeeding (dec cal 50%)
Vitamins and trace elements supplement
Monitoring and following up
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BMI = BW
(Ht x Ht)2
Normal BMI 18.5 -23 kg/m2
Ideal BW = 18.5 x (Ht x Ht)2
= 23 x (Ht x Ht)2
if underweight 18.5 x (Ht x Ht)2
If overweight/obesity 23 x (Ht x Ht)2
IBW = Height – 100 (M) , Height – 110 (F)
Goal of Nutrition Support in Obesity
Muscle protein catabolism is a hallmark feature
of critical illness, regardless of BMI
(losses 10–20% of muscle after 1 wk in ICU)
Hypocaloric feeding : avoid potential
complications associated with overfeeding
› Hyperglycemia, hyperTG, CO2 retention
Optimal protein to prevent lean body mass loss
Miller et al, Respir Care Clin 12 (2006) 593–601
McClave SA JPEN J Parenter Enteral Nutr. 2016;40:159-211.
Obesity in Critical Illness
Calories (IC is the best, use 60-70% of TEE)
BMI 30-50 kg/m2 : 11-14 kcal/actual BW/d.
BMI > 50 kg/m2 : 22-25 kcal/ Ideal BW/d using the equation for ABW will overestimate if BMI > 50 kg/m2
Protein
BMI 30-40 kg/m2 : protein 2 g/ideal BW/d
BMI ≥ 40 kg/m2 : protein up to 2.5 g/ideal BW/d
McClave SA JPEN J Parenter Enteral Nutr. 2016;40:159-211.
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Essential Fatty Acids (EFAs)
LINOLEIC ACIDS (Omega 6)
18-carbon EFA that contain 2 double bonds
C18:3 n-3, need 3-4% of TC
LINOLENIC ACIDS (Omega 3)
18-carbon EFA that contain 3 double bonds
C18:2 n-6, need 0.5-1% of TC
Shills et al, Modern Nutrition in Health and Disease, 10th edition
Who are at Risk for EFA Deficiency?
Poor storage : Preterm infant Biochemical change/signs can develop within 5-10 days of life
Increases metabolic demands
Rapid growth: Preterm infant (poor storage)
Stress, sepsis, injury
TPN without lipid infusion
Very rare in chronic starvation
Shills et al, Modern Nutrition in Health and Disease, 10th edition
TPN without Lipid Emulsion
Starvation insulin lipolysis
Continuous glucose infusion insulin
inhibit lipolysis and depress EFA release from
adipose tissue
Only amino acid infusion does not produce EFAD
Shills et al, Modern Nutrition in Health and Disease, 10th edition
Triene :Tetraene Ratio > 0.2
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Clinical Signs of EFAD
Alopecia
Scaly dermatitis
Intertriginous erosions
Increase capillary
fragility (peitichiae)
Poor wound healing
Increased Platelet
aggregation
Increased susceptibility
to infection
Poor inflammatory
response
Fatty liver
Growth retardation
Weakness
Numbness
Impaired vision
Shills et al, Modern Nutrition in Health and Disease, 10th edition
N Engl J Med. 2005;353:616.
A 76-year-old man underwent elective repair of an
abdominal aortic aneurysm, 8 weeks later developed
exertional dyspnea, orthopnea, and abdominal pain
developed. PE : Right pleural effusion.Thoracentesis and paracentesis yielded a milky fluid
Anatomy of Thoracic Duct
Cisterna
Chyliant to L1-2
Abdominal Aorta
Thoracic Aorta
Thoracic duct
SVC
Lymphatic flow
1.5-2.4L/day
Flow is
increases with
diet intake esp.
Long-chain TG
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Diagnostic Features of Chyle
Milky appearance, odorless and sterile
may be serous or serosanguinous esp. fasting
TG > 110 mg/dL and > plasma TG
Cholesterol 65-220 mg/dL and < plasma chol.
Lipoprotein analysis: Chylomicron
WBC (400-6800cells/l)
T-lymphocytes>80%: bacteriostatic
RBC 50-600 cells/l)
Valentine VG et al. Chest. 1992;102:586-91.
Treatment of Chyle Leaks
Work up causes and specific treatment
Enteral nutrition (evaluate response in 7-10 d)
Low fat, supplementation with MCT (50-100ml/d)
Non-fat diet (<5kcal/serving), 20% of lipid emulsion
250 ml, 3 times/wk to prevent EFAD
NPO, PN (if EN failed or inadequate)
Micronutrient supplement in all cases (including ADEK)
+ Somatostatin analog?
Sriram K et al. Nutrition. 2016;32:281-6.
Nutritional support in adults with chyle leaks
MCT provides 8.3 kcal/g
Too much : diarrhea, ketosis, bloating
Fat soluble vitamin absorption : LCT
Essential fatty acid : LCT
LINOLEIC ACIDS (Omega 6)
○ C18:3 n-3, need 3-4% of TC
LINOLENIC ACIDS (Omega 3)
○ C18:2 n-6, need 0.5-1% of TC
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Chronic kidney diseases
Energy requirement (++/III)
Age < 60 yr : 35 kcal/kg/day
Age ≥ 60 yr : 30-35 kcal/kg/day
( Obese; BW > 120%IBW1 : 30 kcal/kg/day )
Protein requirement
eGFR < 30 ml/min/1.73m2 0.8 g/ kg of IBW/day (+/II)
High biological value protein at least 60% (++/III)
IBW : Height(cm)-100 (M), Height(cm)– 110 (F)
Na<2000mg/day(Salt 5 g/day)in edematous patients
Keep serum albumin > 3.5g/dL (check q 3-6 mo.)Bailey JL et al. Am J Kidney Dis.55:1146-61.
Vitamin and Mineral
Pre-dialysis
Pyridoxal HCl 5 mg, Folic 1 mg
Vitamin C 60 mg (too much will increase plasma
oxalate levels)
Vitamin A should not be supplemented
Vitamin K is not needed
Keep Vitamin D level > 30 pg/mL
Dialysis:vit C 75-90mg, pyridoxine10-50 mg/day
Bailey JL et al. Am J Kidney Dis.55:1146-61.
Hemodialysis (1)
Protein intake 1-1.2 g/kg/day
Nutrient losses
Amino acid losses are about 8-10 g during dialysis,
depending on the type of dialyzer
Glucose losses are removed about 25-30 g,
depending on the type of dialysate
B1, B2, B6, vitamin C and folic acid are lost
B12 is protein bound so B12 lost is negligible
Bailey JL et al. Am J Kidney Dis.55:1146-61.
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Peritoneal dialysis (1)
Protein intake should be 1.2-1.4 g/kg (with 50%
of high biological value)
Protein losses in peritoneal dialysate vary from
5-15 g/24 h (mainly albumin).
Protein losses may indirectly contribute to
various nutritional and metabolic disturbances
Absorption of glucose from dialysate (glucose,
100-200 g/24 h) : monitor glucose, IR
Obtain caloric goal and satiety
1.Bailey JL et al. Am J Kidney Dis.55:1146-61.
Reduced Intake- anorexia, n/v- Altered taste (Zn def)- Delayed gastric emptying- Inflamma. cytokines- Impaired conscious (HE)- Protein, salt restriction- Alcohol abuse
Cirrhosis liver-reduced gluconeogenesis-insulin resistance-hypermetabolism-muscle breakdown, immobilization
Tense ascite-postprandial discomfort
Malabsorption- Cholestasis- SIBO
Fasting- GI bleeding- Impaired conscious- Medical procedures
PCM in Chronic Liver Disease
Nutritional Assessment in Liver disease
Ascites, edema : BW
Albumin, prealbumin altered by liver disease
Subjective Global Assessment (SGA) or
anthropometry to identify patients at risk of
undernutrition.
Bioelectric impedance analysis (BIA) : some limitations in patients with edema, ascites.
ESPEN 2006. Clinical Nutrition (2006) 25, 285–294ESPEn 2009. Clinical Nutrition 28 (2009) 436–444
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Albumin Physiology in Critically ill Patient
Best Practice & Research Clinical Anaesthesiology 23 (2009) 183–191
• Energy 35-40 kcal/kg/d
• Protein 1.2-1.5 g/kg/d
• Fat MCT : steatorrhea or cholestasis
• Avoid fasting and protein restriction
• Small frequent meals throughout the day and a
latenight snack should be offered
• Oral BCAA supplementation to achieve protein goal in patients with dietary protein intolerant
Cirrhosis, Hepatic Encephalopathy
AASLD/EASL guideline. Hepatology. 2014;60(2):715-35.
Common in Cholestasis liver disease
• A, D, E, K, Calcium, Vitamin B
Common in Alcoholic liver disease
• Thiamine
• Folate
• Magnesium
• Zinc
• MTV, Zinc sulphate 25-50 mg in selected case
Cirrhosis, Hepatic Encephalopathy
AASLD/EASL guideline. Hepatology. 2014;60(2):715-35.
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Cancer Cachexia
Multifactorial syndrome: Loss of skeletal muscle mass (with
or without loss of fat mass) that cannot be fully reversed by conventional nutritional support and leads to progressive
functional impairment.
Negative protein & energy balance: reduced food intake
and abnormal metabolism.
InflammationInvoluntary weight
loss of muscle (&fat)
Ryan AM et al. The Proceedings of the Nutrition Society. 2016;75(2):199-211.
ESPEN guidelines on Nutrition in Cancer Patients
Energy 25-30 kcal/kg/d, similar to healthy subjects
Higher REE but lower physical activity
Overestimated in obese
Underestimated in severely malnourished patients
Protein 1.2 - 1.5g/kg/d (upto 2 g/kg/d)
Elderly 1.2-1.5 g/kg/d AKI 1-1.2 g/kg/d
Glutamine supplementation is controversial
Fat
In weight-losing patients with IR : increase fat:carb ratio
to increase energy density & decrease glycemic load
Fat oxidation 0.7-1.9g/kg/d (upto 60-80% of REE)Arends J et al. Clinical Nutrition 2016. Article in Press
ESPEN guidelines on Nutrition in Cancer Patients
Carbohydrate (unknown carb-fat ratio)
Avoid hyperglycemia (IR)
Avoid hypoglycemia in advance liver metastasis
Vitamin & mineral : RDA
Avoid the use of high dose micronutrients in the
absence of specific deficiency
Dietary advice, ONS, EN, PN as indicated
Prevent refeeding syndromes
Clinical Nutrition 2016. Article in Press
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Thank you for your attention