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Variations from the Adult
Pediatric GI April 16, 2017 Variations from the Adult Mechanical functions immature No voluntary control over swallowing until 6 weeks Stomach capacity decreased Peristalsis increased, faster emptying time Relaxed cardiac sphincter Liver functions immature Decreased production of antibodies lining mucosa Reasons why po med absorption irregular. Cabrillo ADN/ C. Madsen, RN, MSN
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Variations from the Adult (cont)
Pediatric GI April 16, 2017 Variations from the Adult (cont) Digestive processes not mature until toddlerhood Gastric acidity low until school age Decreased saliva & ability to digest starches No voluntary control of elimination until myelinization of spinal cord. Cabrillo ADN/ C. Madsen, RN, MSN
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Categorization of Conditions
Pediatric GI April 16, 2017 Categorization of Conditions Developmental (congenital) Problems w/motility Inflammation or infections Obstructive disorders Malabsorption conditions Congenital: Cleft lip/palate, hernias, esoph atresia, omphalocele, gastrochisis Problems w/motility: GER, constipation, irritable bowel, Inflammation or infections: Ulcers, appendicitis, IBD, diarrhea Obstructive disorders: Pyloric stenosis, intussusception, imperforate anus, Hirschsprung Malabsorptive conditions: Celiac disease, lactose intolerance Cabrillo ADN/ C. Madsen, RN, MSN
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Fluid & Electrolyte Differences
N24: Care of the Ill child Fall 2010 Fluid & Electrolyte Differences Percent body water /total body weight Infant higher percentage fluid ECF Greater insensible loss Renal function immature Infants unable to communicate thirst CAM/Spring 2007
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Maintenance Fluid Requirements per 24 hours
N24: Care of the Ill child Fall 2010 Maintenance Fluid Requirements per 24 hours ≤ 10 Kg: 100 ml/kg/day 11-20 kg: 1,000 ml + 50 ml/kg/day >20 kg: 1500 ml + 20 ml/kg/day CAM/Spring 2007
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Minimum Urine Output Infants, toddlers >2-3 ml/kg/hr
N24: Care of the Ill child Fall 2010 Minimum Urine Output Infants, toddlers >2-3 ml/kg/hr Preschool, young school-age >1-2 ml/kg/hr Older school-age & Adolescent 0.5-1 ml/kg/hr Preschool = age 3-5; I would call “young school-age as 6-8 years. CAM/Spring 2007
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Etiology of Fluid Imbalances (the “related to”)
N24: Care of the Ill child Fall 2010 Etiology of Fluid Imbalances (the “related to”) Imbalance of intake vs output Result: fluid volume deficit or fluid volume excess Secondary to therapy or disease process All organ systems can be cause IN does not equal OUT: either fluid vol excess or fluid vol deficit. GI : vomiting, diarrhea, obstruction, malabsorption Endocrine: diabetes, cystic fibrosis Fever Fever increases insensible water loss by approx. 7 ml/kg/24 hrs for each 1 degree rise in temp. above 990 F. Immature immune system makes them more susceptible to infectious disease. Skin: burns Lungs: Insensible loss increase w/increase RR. Kidneys: renal failure, nephrotic syndrome Therapy: many therapies for children may lead to dehydration, such as phototherapy lamp, diruetics for CHF or kidney disease. Corticosteroids may lead to retention. CAM/Spring 2007
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Types of Dehydration Isonatremic Hyponatremic Hypernatremic
N24: Care of the Ill child Fall 2010 Types of Dehydration Isonatremic Hyponatremic Hypernatremic Normal serum Na = mEq/L It’s about Sodium loss vs water loss; ICF vs ECF loss. Isonatremic (no change in serum Na): water & electrolytes lost in the same proportion. Hyponatremic (low serum Na): Na loss > H2O loss Serum Na < 130 Hypernatremic Water loss > Na loss Example: diarrhea secondary to po fluids that have a high solute load (like from NG feed) Fluid shifts from ICF (less concentration) to ECF Greatest danger is neuro problems (I.e. seizures) from cerebral fluid changes. F CAM/Spring 2007
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Key Factors in Diagnosing Dehydration
N24: Care of the Ill child Fall 2010 Key Factors in Diagnosing Dehydration History of acute or chronic fluid loss Serum electrolyte values Clinical manifestations Weight of the child Factors in determining the type and severity of dehydration F CAM/Spring 2007
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Clinical Manifestations
N24: Care of the Ill child Fall 2010 Clinical Manifestations Level of consciousness Urine output Weight Pulse Cap refill Respirations Skin turgor See table 42-2/ p (McKinney, 2nd ed) Respirations: more rapid & deep the more severe the dehydration F CAM/Spring 2007
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Clinical Manifestations (cont)
N24: Care of the Ill child Fall 2010 Clinical Manifestations (cont) Mucous membrane Blood pressure Fontanel Thirst Sunken eyes No tears “toxic looking” Mucus menbrane: Blood pressure: LATE SIGN !!! Fontanel _ anterior fontanel closes 18 mo. Infants – can’t tell you when they are thirsty Irritable; high-pitched cry No tears when crying (infant >4 mo) “toxic looking” CAM/Spring 2007
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Pediatric GI April 16, 2017 Cleft Lip and Palate CL: the lip does not completely form during fetal development CP: Nonunion of the tissue & bone hard/soft palate during embryologic development. Cabrillo ADN/ C. Madsen, RN, MSN
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Problems: cleft lip/palate
Pediatric GI April 16, 2017 Problems: cleft lip/palate Feeding difficulties Speech & language difficulties Ear infection and hearing loss Dental problems Feeding – swallow a lot of air, esp. palate Sucking – develop muscles for speech # 3 & 4 mostly associated w/cleft palate Cabrillo ADN/ C. Madsen, RN, MSN
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Surgical Management Cheiloplasty: correction of cleft lip
Pediatric GI April 16, 2017 Surgical Management Cheiloplasty: correction of cleft lip Functional & cosmetic age 3-6 mo (McKinney) “rule of 10s”: 10 weeks, 10 lbs, Hgb of 10 g/dL Palatoplasty: cleft palate repair 6 mo to 2 yrs (most: 1 year) Before speech Able to take liquids from cup Cabrillo ADN/ C. Madsen, RN, MSN
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Nursing management: preop
Pediatric GI April 16, 2017 Nursing management: preop Feed in upright position Burp frequently, w/ periods of rest Large-holed nipple or rubber-tipped syringe Finish feeding w/H2O Small, frequent feedings Emotional support Cabrillo ADN/ C. Madsen, RN, MSN
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Nursing Diagnoses – Pre-op
Pediatric GI April 16, 2017 Nursing Diagnoses – Pre-op Cabrillo ADN/ C. Madsen, RN, MSN
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Post-op cleft lip Patent airway Assess for hemorrhage
Pediatric GI April 16, 2017 Post-op cleft lip Patent airway Assess for hemorrhage Protect the operative site !!! No pressure on cheeks No prone position Elbow restraints Pain relief Feed when awake Keep site clean – prevent infection logan bow to prevent stretching on suture site; 7-10 days keeping suture site intact is priority. Pain meds to keep from crying Clean site; prevent from infection Example of nursing priorities change depending on how far out from surgery [stress: immediate post-op period, want to protect site] Cabrillo ADN/ C. Madsen, RN, MSN
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Post-op cleft palate Immediate post-op goals Airway
Pediatric GI April 16, 2017 Post-op cleft palate Immediate post-op goals Airway OK to be on side or abdomen – drain secretions Pain Prevent injury to suture site Cabrillo ADN/ C. Madsen, RN, MSN
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Instructions to Mother
Pediatric GI April 16, 2017 Instructions to Mother Risk for injury to surgical site Progress diet Only cups for liquids Provide soft toys Elbow restraints Cleanse mouth after eating No rough play Progress diet: liquid to soft, then regular after 8-10 days Cups for liquids only – no bottles, straws, spoons Food from side of spoon – can’t feed herself Cabrillo ADN/ C. Madsen, RN, MSN
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Long-term care CP Team approach Hearing evaluation
Pediatric GI April 16, 2017 Long-term care CP Team approach Hearing evaluation Speech & language therapy Dentist, orthodontist Plastic & maxilofacial surgeon Social worker Education to mother Stress importance of follow up appts. Encourage speech – follow up with speech therapist. Cabrillo ADN/ C. Madsen, RN, MSN
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Other Developmental Gastrointestinal Defects
Pediatric GI April 16, 2017 Other Developmental Gastrointestinal Defects Esophageal atresia with tracheoesophageal fistula Imperforate anus Gastroschisis Omphalocele Umbilical or diaphragmatic hernia VACTERL syndrome associated w/esoph. Atresia & imperforate anus. Gastroschisis = abdominal viscera outside abdominal cavity, not covered by peritoneal sac. Omphalocele = intra-abdominal contents herniate through umbilical cord; viscera outside of abdominal cavity but inside translucent sac of peritoneum & amniotic membrane; often associated w/other congenital anomalies. Loss of body heat Immediately cover w/warm, moist, sterile gauze, and wrap w/plastic to keep moisture in & preserve heat. NG tube, fluids F Cabrillo ADN/ C. Madsen, RN, MSN
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GER Physiologic Functional Painless, frequent emesis after meals
Pediatric GI April 16, 2017 GER Physiologic Functional Painless, frequent emesis after meals No failure to thrive 40% asymptomatic by 3 months 70% asymptomatic by 18 months Medical management very effective Physiologic Infrequent emesis Functional Painless, frequent emesis after meals No failure to thrive 40% asymptomatic by 3 months 70% asymptomatic by 18 months Medical management very effective Should be better by 18 mo: hence name “happy spitters”- goal – try and make “happy parents” Cabrillo ADN/ C. Madsen, RN, MSN
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Therapy for Gastroesophageal Reflux Disease
Pediatric GI April 16, 2017 Therapy for Gastroesophageal Reflux Disease Diet Positioning Lifestyle change Acid-suppressant therapy Prokinetic therapy G-tube Surgery – Nissen Fundiplication Therapy rec of Society for Pediatric Gastroenterology & Nutrition (2001), endorsed by AAP Diet: 1-2 week trial trying: small, frequent feedings. Hypoallergenic formula if vomiting present _[Dr. Yetman 2007: not much benefit) Some advocate thickening formula w/rice cereal (helps vomiting, not GER- no controlled trials) Overnight NG feedings if FTT present. Positioning: formerly flat or head elevated prone; now feel SIDS a greater threat, so infants still on back; > 1yr, L side, & elevation of head of bed. Lucile Packard: prone for 30 min after eating. Lifestyle change in child & adolescent: avoid caffeine, chocolate & spicy foods. Obesity, exposure to tobacco smoke & ETOH use. Acid suppressant: H2 receptor antagonists (cimetidine, ranitidine, famotidine) produce relief of sx, & mucosal healing (Dr. Yetman: don’t actually affect reflux). Proton pump inhibitors are superior in relieving sx & healing esophagitis. Omeprazole (prilosec) or pantroprazole (Protonix); Dr. Yetman: don’t actually affect reflux). Prokinetic Therapy: Cisapride – not readily available in US. Does have cardiac side effects. Not shown to be effective (Dr. Yetman, 2007 conference) F Cabrillo ADN/ C. Madsen, RN, MSN
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Constipation and Encopresis [information only]
Pediatric GI April 16, 2017 Constipation and Encopresis [information only] Definitions Common causes of constipation dietary transition voluntary withholding Emotional issue Treatment Constipation:infrequent & difficult passage of hard, dry stool. Encopresis: involuntary soiling. If stool remains in rectum, water is reabsorbed by colon, making stool hard. If continues, over time the rectum becomes enlarged, causing less control of sphincter, causing encopresis. Watery stool from above the impaction comes around the impaction. Most commonly found in 3-7 year olds Most common causes of constipation: Changes in feeding regimen – most common cause in infant Initiation of toilet training- voluntary withholding of toddlers & preschool. Pain on defecation Iron preparations Certain medications Emotional Stress Majority of children, no organic cause Treatment Relieve impaction Dietary changes Behavior modification: may take months to retrain sphincter Psychological counseling. Cabrillo ADN/ C. Madsen, RN, MSN
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Inflammatory or Infectious Conditions
Pediatric GI April 16, 2017 Inflammatory or Infectious Conditions Necrotizing Enterocolitis (NEC) Appendicitis Inflammatory bowel disease Viral gastroenteritis Hepatitis Parasites Cabrillo ADN/ C. Madsen, RN, MSN
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Appendicitis - diagnosing
Pediatric GI April 16, 2017 Appendicitis - diagnosing History Pain, then vomiting Ultrasound CT Cabrillo ADN/ C. Madsen, RN, MSN
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Treatment Uncomplicated: may watch
Pediatric GI April 16, 2017 Treatment Uncomplicated: may watch Rehydration, Antibiotics prior to surgery Complicated Surgery Non-operative: fluid replacement, IV antibiotics, analgesics Complicated = perforation &/or abscess formation Cabrillo ADN/ C. Madsen, RN, MSN
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Interventions Uncomplicated Appendicitis
Pediatric GI April 16, 2017 Interventions Uncomplicated Appendicitis Pre-op VS Comfort measures No enemas, laxatives No heat to abdomen IV fluids, abx Monitor for perforation Post-0p Laparoscopic Pain control C & DB Early ambulation NPO until bowel function returns Cabrillo ADN/ C. Madsen, RN, MSN
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CMs of perforation: Sudden relief from pain, then increased pain
Pediatric GI April 16, 2017 CMs of perforation: Sudden relief from pain, then increased pain Rigid abdomen Early shock Infants: refusal to eat, behavior changes Danger: peritonitis Pain pre-op: sudden relief of pain followed by an increase in pain, rigid abdomen, early shock NG tube Cabrillo ADN/ C. Madsen, RN, MSN
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Appendicitis: perforation &/or abscess
Pediatric GI April 16, 2017 Appendicitis: perforation &/or abscess Surgical or medical management Percutaneous drainage of abscess NG tube IV fluids and Antibiotics Drains Pain med: ATC Routine post-op: C&DB, move Monitor for sepsis, abscess IPEG: surgery or not – “practioner’s preference” “interval appendectomy”: allows infection to be treated and appendectomy to be done in an elective manner. Laparoscopic appy for complicated acute appendicitis controversial; evidence seems to support better outcomes to treat appendicitis then lap appy as an “interval appendectomy”. Post op Monitor drains – amt, odor, color, etc. Wound care (incision may be left open – wet-dry dressings Preventing pneumonia, atelectasis, very imortant. Need to C&DB, ambulate Monitor for Spread of Infection (i.e. sepsis). Cabrillo ADN/ C. Madsen, RN, MSN
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Obstructive Disorders
Pediatric GI April 16, 2017 Obstructive Disorders Hypertrophic Pyloric Stenosis Hirschprung’s Disease Intussusception Cabrillo ADN/ C. Madsen, RN, MSN
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Hypertrophic Pyloric Stenosis
Pediatric GI April 16, 2017 Hypertrophic Pyloric Stenosis Pyloric stenosis occurs in one out of every 500 to 1,000 live births. Babies 2 to 8 weeks old are at the highest risk. Caucasians seem to develop pyloric stenosis more frequently than babies of other races. Boys develop pyloric stenosis four to five times more often than girls. Hypertrophy = increase in volume of a tissue or organ r/t enlargement of existing cells. Present at birth, but sx may not be, since obstruction not complete. Opening gets narrower w/ continued hypertrophy as well as edema from irritation from repeated vomiting. Preop: Hydration F Cabrillo ADN/ C. Madsen, RN, MSN
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Post-op Pyloromyotomy
Pediatric GI April 16, 2017 Post-op Pyloromyotomy Nursing priorities Hydration status Pain Infection Pylorus is still edematous. Some vomiting initially expected. Some docs: start with small amounts, then advance. Some recommend diluted formula Others NG & don’t start po until 24 hrs – “old school” Infection – later; teach parents CMs of infection. Cabrillo ADN/ C. Madsen, RN, MSN
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Hirshprung’s Disease Typical Presentation 2 1/2 week old child
Pediatric GI April 16, 2017 Hirshprung’s Disease Typical Presentation 2 1/2 week old child Poor weight gain 38 weeks gestation Easily takes 2-3 oz of formula Has frequent vomiting after feeds, some bile-stained Constipation Dx: rectal biopsy Differential dx: Crohn’s disease, atresia of some part of bowel, Hirshprung’s Dx: rectal mucosal bx Cabrillo ADN/ C. Madsen, RN, MSN
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Celiac disease: definition
Pediatric GI April 16, 2017 Celiac disease: definition Immune-mediated disease induced by ingestion of defined proteins in subjects who are genetically predisposed EBP: exclusive 6 month breast feeding delays onset of sx. Studies that show that exclusive 6-month breast feeding shown to delay onset of symptoms; less FTT and short stature (associated w/celiac disease. Chronic autoimmune disease – occurs in people w/a genetic predisposition. Higher numbers being diagnosed – serologic screening available Cabrillo ADN/ C. Madsen, RN, MSN
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Patho: Celiac Disease Pediatric GI April 16, 2017
F Cabrillo ADN/ C. Madsen, RN, MSN
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Celiac Disease – Assessment “classic”
Pediatric GI April 16, 2017 Celiac Disease – Assessment “classic” Symptoms 3-6 mo after gluten introduced Steatorrhea Abdominal distention, vomiting, anorexia Growth retardation, muscle wasting Anemia During crisis: severe dehydration Steatorrhea = bulky, greasy, malordorous stool w/ frothy appearance due to fat in stool. This is “classic presentation”. There is also” Late onset GI form Extra-intestinal form (musculoskeletal system, skin and mucous menbranes, reproductive system, hematological system, CNS, w/behavioural changes, epilepsy, & siezures. Asymptomatic form i.e. “not classic” Cabrillo ADN/ C. Madsen, RN, MSN
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