Module 19: Paediatric Nutrition Flashcards
Learning Objectives:
- To understand the benefits, epidemiology and physiology of breastfeeding
- To know how to manage the infant with suboptimal breastfeeding
- To know how to manage the introduction of solid foods
- To know basic nutritional management for the best growth and neuro- developmental outcomes in children
- To recognise and be able to manage gastrointestinal dysfunction and disease states.
Okay
What are the benefits to breast feeding?
For the Mother?
Decreases risk of:
1. Breast Cancer
2. Ovarian Cancer
3. Postnatal Depression
4. Type 2 Diabetes
5. Post Partum Bleeding.
Other benefits:
Lactation amenorrhea and delayed ovulation
Postpartum weight loss
What are the Immunological benefits of Breast Milk?
What are the cognitive and neural benefits of breast milk?
IMMUNOLOGICAL
- Cellular (T and B lymphocytes)
- Humoral
- IgA
reduced morbidity:
1. Pneumonia
2. Diarrhoea and vomiting
3. Upper respiratory tract infection and ear infection
4. Chronic and inflammatory bowel disease
5. SIDS
-Breast feeding is protective against SIDS, and this effect is stronger when breastfeeding is exclusive
COGNITIVE AND NEURAL BENEFITS:
Longer breastfeeding = better cognitive and motor development in 2-3 year old children (dose-response relationship)
Better academic scores, improved cognitive ability.
- Obesity
- Hypertension
- Serum Cholesterol
- Type 2 Diabetes
- Socioeconomic
- Convenience
- Environmental
- Tooth development
- Sleep apnea
Breast Feeding epidemiology and goals:
Exclusive breast feeding to 6months of life, solid intro after 6mo with continued breastfeeding up to AT LEAST 12 months.
What are 8 factors found to promote and encourage continued breastfeeding?
- A mothers strong intention and desire to breast feed
- Support context
- Positive Role models
- Previous experience
- High socioeconomic class
- Higher maternal education levels
- Prenatal education
- Early intervention
The Physiology of Breast Feeding:
Hormonal control. Which 2 hormones play a big role?
How much Milk is required?
Frequency of feeding:
Prolactin: Stimulates milk production, prolactin doubles with sucking . Sleep and sexual intercourse also stimulates
Stress Inhibits.
Oxytocin for let down: stimulated by sucking or nipple stimulation.
After this its removal of milk which maintains supply. The more the mother empties, the more that is produced.
babies feed better when mum is in reclined position.
How much Milk is required?
Volume: 750-800ml milk daily for first 4-5 months.
Frequency of feeding:
Newborns will feed 2-3 hourly in the first week, due to fast gastric emptying time.
-Gastric emptying time is faster in breastfed infants
-their intake is 30-90 ml
-There are approximately 6-9 feeds per day
Neonate is expected to lose weight in first week <10% and will gain weight by day 12.
By 4 weeks the infant settles into a routine of 3-4 hourly feeds/
By 4-8 months the infant won’t require an overnight feed.
Dysfunctional Suck:
Signs include
The breast feeding Exam:
Key areas to assess
-Weak suck
-very strong suck
-excessive clicking
-poor use of lips and tongue
-poor rooting and sucking reflex
Poor Swallow:
Signs include:
-Excessive choking, gagging, and coughing throughout the feed- vagal nerve involvement.
-Dribbling during the feed - vagal nerve involvement
Key areas:
-Spinal, extremities, cranial
-TMJ, Jaw muscles
-neck muscles
-Neuro eg rooting + sucking reflexes
-tongue use and suck
The upper cervical, shoulder + TMJ
Look and feel for
-deviation or poor mouth opening
- The TMJ is usually secondary to neck
AS occiput- The jaw deviates away from the side of dysfunction.
Shoulder subluxation- fussy when feeding lying on involved side.
Common breast feeding Problems
What are signs of enough milk supply?
What are some methods to increase milk supply?
6-8 wet nappies
-2 bowel motions a day
-good skin colour and muscle tome
-content infant
-increase in weight, growth and head circumference
Methods to increase milk supply?
1. Express milk supply
2. Herbs such as fenugreek is known to increase milk supply.
3. Calcium can relax the ducts to provide a faster let down.
4. Prolactin (hormone that cause milk production) is increased with suckling, sleep and sexual intercourse, and decreased with stress.
5. The let down is also increased by suckling and nipple stimulation.
6. Motillium
7.Vitamin D – 10,000 to 20,000 IU per day
8. Overactive letdown can be a problem for some. Remove the infant from the breast and wait for flow to slow down. Express some milk early in the let down.
Blocked ducts
It could be a persistent or recurrent problem
May lead to mastitis, breast abcess, + breast feeding sensation.
What are the symptoms of plugged ducts?
What are history indicators of plugged ducts
What is the management?
Symptoms of plugged ducts:
1. tender lump in the breast
2. an area of bluish color to the skin over the tender
area
3. breast itself may feel hot.
4. white bleb at the end of the nipple on the breast
with a plugged duct
5. pain in the nipple or brief and shooting pains in
the breast.
History indicators of blocked ducts:
1. Early and/or extreme post-partum engorgement
2. High milk supply
3. A mother who has returned to work or school and
is pumping while separated from her infant
4. Past history of recurrent plugged ducts and/or
mastitis with other children
Management:
1. education RE baby led breastfeeding, avoid rules about feeding, recognise hunger, fully empty the breast
2. Ensure correct latch
3. Breast massage (nurse before and after)
4. hot compresses
5. hot showers and baths
6. Analgesics
7. family support
8. therapeutic ultrasound:
What are the causes of Mastitis?
Whats the symptoms and diagnosis?
How about Prevention and Management?
- Mastitis is an inflammatory condition of the breast, which may or may not be accompanied by infection. (WHO 2000)
- Breast abscess, a localised collection of pus within the breast, is a severe complication of mastitis (WHO 2000)
- Occurs in 2-33% of breastfeeding women (Barbosa, 2003)
- Commonest in the second and third week postpartum (WHO 2000)
- 74% to 95% of cases occur in the first 12 weeks (WHO 2000)
- 19% recurrent
Breast inflammation
redness, warmth and tenderness
localized, segmental, or total breast inflammation
(Barbosa, 2003, Featherston 2006) feels unwell, tires easily, afebrile
* Acute
unwell,
myalgia, needs to go to bed) * Hyperacute
* Mild
*
myalgia, headache or vomiting, rigors. (Barbosa, 2003, Featherston 2006)
Mastitis is defined as any inflammation of the breast present for more than 24 hours, and accompanied by any degree of systemic illness.
PREVENTION AND MANAGEMENT:
2 CAUSES: MILK STASIS AND INFECTION
The two principle causes of mastitis are milk stasis and infection. 1. Milk Stasis
* Milk stasis occurs when milk is not removed from the breast efficiently.
* Causes include
poor attachment of the infant
ineffective suckling,
restriction of the frequency or duration of feeds blockage of milk ducts. (WHO 2000)
* Poor attachment as a cause of inefficient milk removal is now seen as a major predisposing factor for mastitis (WHO 2000)
- Infection
* Many healthy breastfeeding women have potentially pathogenic bacteria in their breast milk.
* Increasing bacterial counts did not affect the clinical manifestation of mastitis; thus bacterial counts in breast milk may be of limited value in the decision to treat with antibiotics as results from bacterial culture of breast milk may be difficult to interpret.
TONGUE Tie AFFECT ON Breast Feeding?
2-10% of infants have a tongue tie
- Tongue-tie may prevent the infant from taking enough breast tissue into its mouth to form a teat
1. may affect latch
2. some can latch but less efficient.
3. may affect milk transfer ands infant growth
4. may reduce stimulation of breast and reduce supply.
5. may cause painful, damaged nipples - Tongue tie is a congenitally short or contracted frenulum.
- It has been shown to negatively affect breastfeeding
- Surgical correction has few side effects and can increase the duration of breastfeeding.
Introduction of Solids:
What are the cues that the baby is ready for solids or not?
- Good head control and able to sit up with support
- Watching and leaning forwards when food is around
- Reaching out to grab food or spoons to put in their mouth
- Opening their mouth when food is offered.
Summary: Are feeding cues present in the:- eyes, body,
arms/hands, mouth
Cues that a baby is NOT ready for solids
- the body cues above are not present
- there has been digestive difficulties and these remain
Timing of foods and allergy
Questions:
1. Is there benefit in restricting introduction of some foods to prevent later allergy?
2. Does early introduction of foods increase or decrease the risk of allergy?
3. Does later introduction of foods increase or decrease the risk of later allergy?
“ current evidence suggests that this is most likely to be between 4 and 6 months of life and that delayed exposure beyond this period may increase the risk of food allergy, coeliac disease and islet cell autoimmunity. “
Diet essentials for Neurodevelopment
- Lots of fruit and vegetables
- Lots of water
- Eat low GI foods (wholegrains, legumes, corn, sweet potato, fruits and vegetables).
- Avoid sugar
- Avoid processed foods
- Identify any food sensitivities
- Some meat, chicken, fish
- Avoid additives (colourings, preservatives)
- Use supplements-common (fish oils, probiotics)
- Use food diaries (insert in appendix) Monitor gut function.
Vitamin B12
Cyanocobalamin
What are some sources of B12?
Newborn infants have limited endogenous stores and are at risk for vitamin B12 deficiency if they are predominantly breastfed, with a poor maternal vitamin B12 status and intake.
- Milk
- Eggs
- Meat
- some mushrooms
Typical manifestations usually start between 4 and 10 months of age and include
1. growth faltering
2. developmental regression
3. tremors
4. hypotonia
5. lethargy
6. irritability
7. feeding difficulties
Megaloblastic anemia is not always present.
Vitamin C
Cannot be synthesised by humans
Low levels of VitC including scurvy can occur following infections
A child with what type of condition is most likely to present with Vit C deficiency
Scurvy?
Clinical symptoms can develop only after 30- to 40 days of consuming a diet that is void of vitamin C.
- The earliest symptoms of vitamin C deficiency are fatigue and refusal to walk.
- Dermatologic findings include
1. petechiae centered on hair follicles
2. hyperkeratosis
3. coiled hair
4. hematomas
5. ecchymosis
6. poor wound healing
7. edema - Oral manifestations occur only in patients with teeth and include bleeding and hypertrophic gums.
- Musculoskeletal findings include
1. joint pain
2. hemarthrosis
3. muscle pain
Vitamin A
Vitamin A plays a critical role in vision, immunity, and cell differentiation and growth.
Subclinical Vit A deficiency
1. Increased mortality
2. Increased diarrheal diseases
3. Decreased antibody production in
measles
Vitamin D The hormone
Diet alone only provides 100 to 200 IU of vitamin D per day. Exposure to sunlight, in contrast, produces 10,000 to 20,000 IU when 30% of the body surface area is exposed to sunlight 15 to 30 min a day
Functions
1. Calcium balance and bone mineralisation
2. Regulation of cell differentiation, proliferation, and apoptosis
3. Involved in colorectal cancer, prostate cancer, multiple sclerosis, type 1 diabetes, cardiovascular diseases, and tuberculosis
4. Immune system and inflammation
Sources
1. Nutritional sources:- fatty fish (salmon, mackerel, sardines, cod liver oil), some types of mushrooms
2. UVB-dependent endogenous production
3. Suppléments.
UVB rays that are most efficient in producing vitamin D are available when the sun is most perpendicular to the earth’s surface—between 10 AM and 3 PM
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Vitamin D and the Immune System
- Enhances the antimicrobial effects of macrophages and monocytes
- Low serum 25(OH)D levels have been associated with
1. upper respiratory tract infections (URTI), including
influenza,
2. chronic obstructive pulmonary disease
3. allergic asthma
4. tuberculosis
2014 guidelines now recommend minimum Vitamin D level of 75 nmol/L
Vitamin D supplementation- how much?
Vitamin D supplementation- How much?
Vitamin D supplementation
Amaintenancedoseofupto1000IU/daymaybe adequate, however some individuals will require higher doses.
The Endocrine Society in 2011 proposed the following
1. Infants and children aged 0–1 yr require at least 400 IU/d (IU = 25 ng) of vitamin D and children 1 yr and older require at least 600 IU/d to maximize bone health.