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patient family centered care / both / trauma informed care
focus on respect and dignity for pt and family
explicit attention to their values and preferences
shared decision making
both
share info w pt and family
encourage family presence
provide with choose and give sense of control
consider needs and family strengths
cultural competence
trauma informed care
minimize potentially traumatic / dressing aspects
address distress; pain fear anxiety
provide emotional support
indigenous ways of knowing
community support; mothering as a collective responsibility
elder guidance; honoring matriarchal knowledge
cultural preservation
health promotion in maternity care
individual level
promoting physical, mental, psychosocial wellness (nutrition, substance abuse)
Healthy weight gain
promoting breastfeeding
systemic level
support for breast feeding
maternal leave
contraceptive access
availability of maternity care
community level
postpartum care
known as the 4th trimester
immediate-focused on recovery
early postpartum-first week; physiological changes occur
late postpartum-6wks to 6mo-gradual return to prepartum
episiotomy and lacerations
episiotomy indications
fetal distress requiring delivery
shoulder dystocia
instrumental delivery
prevention of severe laceration
laceration types
first degree-skin/mucosa
second degree-perineal muscles
third degree- anals sphincter
fourth degree rectal muscle
episiotomy and lacerations pain comparison
natural tears
follow tissue planes
less painful during healing
episiotomy
cuts through multiple tissue layers at once
cleaner edges for repair
extremeties assessment
a) hypercoagulability
increased fibrinogen and blood clotting factors
b) clotting factors
clot dissolving decreases
deep vein thrombosis (tmt, prevention, assessment) and whos at highrisk?
tmt
heparin
anticoag
prevention
mobilize
pneumatic compressions
hydration
assessment
homans sign
calf measurement
pain eval
high risk
obesity
>35 age
c sec
immobility
vital signs
vaginal
q15 for 1 hr
temp x1 hr
at 2 hours
qshift until discharge
csec
q15 for 1 hr
temp x1 hr
resp rate q1h for 12h
at 2 hr
q4h/24h
qshift til discharge
post partum complications
hemorrhage
infections
cvd
mood disorders
PPH risk factors
history of pph
grand multiparity
uterine factors - fibroids
can compromise contractions
labour characteristics
c section
4 t for pph
TONE
uterine atony causes 70/80%
TISSUE
retained placental fragments can impair contractions
TRAUMA
thrombin
PPH tmt
1- prevention
admin uterotonic immediately
imeeidate fundal massage
2-first line treatment
empty bladder
continue fundal massage
initiate breast feeding
3- escalating med tmt
more uterotonic; oxytocin, hemabate, ergot, misoprostol
iv fluid resuscitation
blood products
4-surgical
puerperium
6 weeks - 6 months til organs return to normal size
breast assessment: normal findings, lactation timeline, assessment techniques
normal findings
symmetrical enlargement
colostrum production
decreasing firmness
lactation timeline
1-3 days; colostrum
day 3-5; transitional milk
day 10+ mature milk
assessment findings:
visual assessment
gentle palpation
nipple assessment
uterine involution ( shrinking of an organ ) process
1- initial contraction
immediate contraction after placental delivery
2-rapid contraction
uterus descends 1cm daily into pelvis
3-complete involution
back to normal
why assess tone In the fundus
afterpain occurs In multipara and as the uterus contracts
bladder assessment
encourage voiding q4h and expect increased urine output
bowel changes
will return to normal in 2-3 days; encourage fluid and fiber
lochia progression
day 1-3; lochia rubra
day 3-10; lochia serous
day 11-21; lochia alba
perineum assessment (inspection, REEDA, intervention)
inspection: edema, hematoma, bruising, hemorrhoids
REEDA= redness, edema, ecchymosis, discharge, apprx sutures'
intervention: cold packs; after 24 do sitz baths
neonatal care environment
level 1-basic care for healthy full term babes
level 2-care for moderately ill newborns
level 3-critically ill or preterm
level 4 - nicu
circulatory/respiratory transition
fetal circulation
nutrients and blood delivered through placenta
birth transition
first breath causes dramatic pressure changes
pulmonary circulation
blood flow increases to lungs for gas exchange
systemic circulation
shunts close - foramen ovale, ductus arteriosus
transition to extra uterine life
cardio resp transition can be stimulated by
A) chemical
cessation of the umbilical cord (decreased o2 and ph; increased co2)
these changes stimulate the aortic and carotid chemoreceptors
B) mechanical
chest compressions to remove fluid
air replaces fluid during reexpansion
crying
increased intrathoracic pressure
newborn feeding assessment
time- initiate in the first hour
position; asymmetrical latch
audible swallowing- rhythmic suck swallow breathe
output-wet stool diapers
8-12 feeds in the first 24h
newborn chest assessment
palpation points: clavicles, sternum, rib for fracture or deformities
resps 40-60
fhr-120-160
abdomen and umbilical assessment
soft rounded countour
umbilical cord
2 arteries 1 vein
begins drying in 24 h
falls off in 5-10 days
clamping is good for iron storage
clamp can be removed after 24 h - 48 h
warning signs
odor drainage
redness
newborn medications
vitamin k for hemorrhagic diseases - IM in the first 6 hours
erythromycin
routine newborn procedures
1- hearing
2- metabolic screening for 27 blood disorders can be done in 24-48h
3-cchd-pulse oximetry in r hand and foot
4-paim management
pulse ox screening
24-36h - ni more than 3%
extra new born pieces
bath >24h
weight loss 10%% acceptable
4 stages of labour
cervix dilation/thinning=longest stage of labour
active 0-3 cm
latent 3-8
transitional 8-10
pushing/expulsion
placental delivery
post partum
5 ps influencing labour
power
uterine contractions
mild moderate firm
phases= increment, peak, decrement
effacement, dilation
pushing effort
passage
pelvis
soft tissues
passenger
fetal attitude, positioning
fetal size macrosomia >4000g
shoulder dystocia
position
psyche
fetal station 0
fetal vertex is aligned with ischial spine
pharm and non pharm methods to stimulate contractions
nonpharmacological
nipple stimulation during active labour releases oxytocin through pituitary gland
position change
acupunture
membrane sweeping
pharmacological
prostaglandin E2 - Cervadil
given intravaginally; sustained release
prostaglandin E1- misoprostol
po or ivag
oxytocin induction/augumentation
baseline fhr then q15 in first stage active of labour
q5mins in second stage
temp q2
vs q30-60 min
monitor I/o
monitor tachysystolic
intermittent auscultation IA
preferred method of fetal health
should be done q15 for active, q5 for second stage and one full min between contractions
used to determine
baseline fhr
accelerations
deceleration
variability
the up/down in the fhr cycles
balance between the para and symp nervous system
normal = neuro integrity
abnormal may occur d/t sedative drugs or fetal sleep = decreased variability
normal 6-25
acceleration vs deceleration
a
15×15
sign of adequate oxygenation
d
decrease in fhr
early - ok
late - bad
variables - it varies
early vs late deceleration
early
baroreceptor dt head compression
normal
early bc
smooth rounded
simultaneously with contractions
late
chemoreceptors dt hypoxemia and uteroplacental deficiency
accompanies w other warning signs such as decreased variability or tachycardia
late bc
smooth rounded
AFTER contraction
GTPAL
gravidity- number of pregnancies
term- born at term - 37 weeks
preterm - born 20-37wks
abortion-including miscarriages
living children
estimated date of birth calculation
LMP-first day of last menstrual day
then add 7 days, and then 9 months
OR
count BACK 3 mo then add 7 days
hormone changes during pregnancies
human chorionic gonadotropin (HCG)
Found very early in pregnancy in the fertilized egg-then later in the placenta
signals the body you’re pregnant
keeps corpus luteum working so it makes estrogen and progesterone early
estrogen
found in corpus luteum (til day 14) then mainly placenta
responsible for enlarging uterus breasts and genitals
skin changes-veins more visible
relaxes pelvic muscles
decreases insulin maybe resulting in high bs
adds fat for breast feeding
progesterone
found in corpus luteum til about day 14 then later in the placenta
prevents early contractions
prepares breasts for breast feedings
relaxes muscles ;
GI: constipation, heartburn, varicose veins
relaxin
produced first by placenta and corpus luteum
softens pelvis joints and cervix
stops early contractions
human chorionic somatotropin (HPL)
Placenta
metabolize glucose/protein
more glucose for baby
breast development
physiological changes - in relation to hormones
vagina / cervix
change in color bluish/purple-chadwicks sign
softer cervix-goodwell sign vaginal secretions have more glycogen - risk of uti'
increase in ph to fight against scretions
breast
estrogen and progesterone prepare for breastfeeding
increased pigmentation
colostrum antibodies end of pregnancies
urinary
increased kidney filtration rate-water retention for. blood volume increases-may result in glycosuria and proteinuria
progesterone relaxes uterus and bladder
stasis of nutrient rich urine
Gi
uterus displaces stomach and intestine
mouth tissues may become more tender and at risk for bleeding
slow digestive system (constipation and bloating) relaxed pyloric sphincter - pyrosis and heartburn
respiratory
enlarged uterus-dyspna may occur
MSK
circulatory changes during pregnancy
cardiac output increases by 30-50%; pulse may increase
bp normally does not increase due to decreased peripheral vascular resistance
dilution anemia: where water component increases more than erythrocyte
physiologic anemia
hct may drop from 0.37/47-0.33
wbc increase in 2nd/3rd trimester
blood volume increases bye 40-50% by 24-32 wks gestation
coag factors increase in 2nd and third trimester
enlarged uterus
thoracic breathing
increased tidal volume
dyspnea may occur
supine hypotension
aortocaval compression
when lying on back
uterus pushes on Inferior vena cava
decreasing blood return to heart
may cause fetal hypoxia
symptoms
faintness
agitation
lightheadedness
dizziness
relief
reposition ; L side better
prenatal visit people
family physician
midwife
obsectritian
frequency of prenatal visits
intake visit first trimester
conception to 28 wks = every 4 weeks
29-36 weeks 2-3 weeks
37 weeks til birth weekly
fetal movements and fetal heart tones
need to monitor fetal movements after 26 weeks
heart tones tell the viability for baby
urinary dipstick
proteinuria is a classic symptom of preeclampsia
isoimmunization
where rh pos of baby leaks into rh neg into mom circulation creating antibodies that would destroy rh
requires rhogam at 28 wks and within 72h post birth
also after amniocentesis, miscarriage or abortion, abdominal trauma
preeclampsia definition
high bp with damage to organ; liver or kidney
dx of hDP and classificaiton
dx:
bp readings of 140/90 or greater for 2 sep readings on 2 measurements at least 15 mins apart on the same arm
classification
pre existing chronic htn before 20 wks
gestational htn after 20 wks
preeclampsia= increased bp with proteinuria
non severe 140/90
severe 160/110
eclampsia - seizures
magnesium sulfate and calcium gluconate for toxicity
severe complications of preeclampsia
blood clotting HELLP
hemolysis
Elevated liver enzymes
low platelets
gestational diabetes: effect of pregnancy in glucose metabolism
estrogen/progesterone, insulinase and increased prolactin have 2 effects
increased resistance of cells to insulin
speed breakdown of Insulin
gestational diabetes: screening and dx
50 g glucose oral test
retest if over 7.8
3 hours
initial fasting 1 hour, 2 hour , if one is abnormal this is a dx