Infant Feeding Flashcards
(38 cards)
Ingredients only in breastmilk
Growth factors
Stem cells (repair)
Lactoferrin (iron absorption)
Oilgosaccharides (prevent bacteria sticking to gut wall)
White cells - lymphocytes and leukocytes
Bifidus factor (acidic, discourage bacterial growth)
Antibody IgA
Milk lipids
Enzymes
What is first milk called
Colostrum
Purpose of colostrum
Prime baby’s immune system and has laxative effect to aid pass of meconium
How many stages of lactogenesis
3
Stage 1 lactogenesis
What and when?
Pregnancy
Epithelial cells to lactocytes from prolactin
Breast growth - tender
Hormones - oestrogen, progesterone, human placental lactogen
When colostrum produced
From 16 weeks
Other pregnancy changes (3)
Areola and nipple darken
Montgomery tubercles secrete antiseptic sebum (lubricate and scent)
Blood supply increase (shinier and veins)
When lactogenesis 2
At birth
Onset milk production 32-92 hr
What happens for lactogenesis 2 to happen?
Drop in oestrogen and progesterone due to birth of placenta triggers milk production
Prolactin and oxytocin rise in response skin to skin, smell, sight touch
What stimulates prolactin
Sucking
What causes let down/milk ejection
Oxytocin
When does prolactin peak? (2)
45 min after start of feed (so enough milk for next)
At night
Oxytocin reflex
See, hear, smell, touch
Other oxytocin effect
Uterine contractions to return uterus to ‘before’
What can inhibit oxytocin production
Cortisol and adrenaline
Lactogenesis 3
Long term milk production
Feedback inhibitor of lactation (FIL)
What is FIL produced by?
How does it work?
Produced by breast alveoli
If milk not removed, FIL builds up and signals lactocytes to stop producing milk
Regulates supply and demands and helps when comes to time of weaning
Significance of prolactin receptors
If all busy, alveoli open more receptors, so more ability to produce more milk as ‘switched on’
Off to a good start ‘factors’ (5)
First golden hour
Skin to skin
Early frequent and effective feeds
Responsive feeding
Avoid unnecessary supplements
Benefits of skin to skin
Stimulates birth of placenta
Reduces post partum bleeding - contraction of uterus
Increase milk ejection reflex - oxytocin release
Lower stress levels
Initiates bonding
Keeps baby warm
Regulates heart rate and breathing
Encourages feeding behaviours
Biome
Familiar with scent - find nipple for feeding
Responsive feeding (4)
In response to feeding cues
In need of comfort (mother baby)
Convenience
When breasts full
Position for breastfeeding
C held CLose to mother
H able to tilt Head back
I head and body in straight line
N nose to nipple
Good attachment (4)
Wide open mouth
Chin leads
Bottom lip touches breast well away from base nipple
Nipple towards rear of roof of baby mouth
Signs of effective attachment
Pain free
Mouth wide open
Chin indents breast and nose away
Cheeks full and round
If areola visible more above top lip
Baby content and stays on breast