Random Things to Remember Flashcards
(293 cards)
Do you expect drooling with parkinson’s?
yes
Clonidine patches, can you just rip it off?
No- can cause withdrawal, rebound HTN. takes a long time for the medication patch to work
used to treat hypertension (mainly), also anxiety and ADHD by allowing blood vessels to relax
myasthenia gravis starts at the
head and goes down body– dysfunction
self catheterization is a ____ procedure
clean procedure. do not re-use single use catheters
nursing care immediate postpartum
First hour: Q15min checks
Second hour: Q30min checks
Third-fourth hours: Q1hr checks
lochia: definition & types & timing
lochia= endometrial sloughing
day 1-3: rubra- bloody with fleshy odor, may have clots
day 4-9: serosa- pink/brown with fleshy odor
day 10+: alba- yellow/white
*foul odor= abnormal and indicates infection!
4 Nursing assessments immediate postpartum
- lochia: color, volume, clots
- vital signs: BP, HR, RR
- fundus: position, firmness
- bladder: UO, may have urethral edema, urine retention
fundal positions
first 12 hours after birth: at or 1cm/finger breadth above the umbilicus
descend by one finger breadth each succeeding day
becomes pelvic organ again by day 10
Postpartum breast care for non-breast feeding mother
non-breast feeding mother: revolves around engorgement (swelling d/t milk, occurs 72-96 hours postpartum)
considerations:
- non-opioid analgesics
- tight fitting bra
- home remedies can be used
postpartum breast care for breast feeding mother
- avoid using soap on nipples to avoid drying out
- use breast shields for inverted or sore nipples
- wear well-fitting, non-binding bra for support/comfort
- use breast pads for leakage
- to prevent let down: press on nipples
5 Fetal Complications
- meconium stained amniotic fluid
- intrauterine growth restriction (IUGR)
- Neural Tube Defects
- Myelomeningocele
- TORCH infections
Meconium stained amniotic fluid
- greenish colored amniotic fluid
- when fetus becomes hypoxic, intestinal peristalsis increases and anal sphincter relaxes allowing meconium to be released into amniotic fluid
- normal in breech deliveries
- indicates problems with fetus
- depending on when it is noted during pregnancy, severity of problems and types vary
intrauterine growth restriction
- condition of inadequate fetal growth
- causes: various complications of pregnancy such as gestational HTN or poor nutrition
neural tube defects
- defect in spinal cord ranging from anencephaly (underdeveloped brain and incomplete skull) to spina bifida (spinal cord fails to develop or close properly)
- includes: spina bifida occulta, meningocele (protrusion of meninges through gap in spine d/t congenital defect, fluid sac, more minor complications), myelomeningocele (type of spina bifida, most severe)
myelomeningiocele
- may be open or closed
- indications: bulging, sac-like lesion at lumbosacral spine filled with spinal fluid, meninges, portion of spinal cord + nerves; hydrocephalus, paralysis of lower extremities, musculoskeletal deformities (club feet, kyphosis, scoliosis), neurogenic bladder and bowel
-interventions: prevent infection, assess neurological involvement, surgical repair 12-72 hours after birth, shunt for hydrocephalus or ABX may need attention prior to surgery.
nursing care: prevent local infection and trauma (careful handling), sterile moist dressings to sac, observe for CSF leaks, irritation, signs of infection, perineal care and other good skin care, maintain: warmth, nutrition, hydration, electrolyte balance; gentle ROM to ankles, knees and feet, involve parents, teach how to stimulate child at age-appropriate level and observe for complications
TORCH infections
- group of maternal systemic infections that can cross the placenta or by ascending infection after rupture of membranes
- infection early in pregancy may produce significant and devastating fetal deformities
- later infection: overwhelming active systemic disease, CNS involvement causing severe neurological impairment or death of newborn
Infection types:
- toxoplamosis
- other: HIV, AIDS, HBV, HAV, human parovirus (spread via respiratory secretions), varicella zoster (chickenpox or shingles), gonorrhea, coxsackievirus
- rubella
- cytomegalovirus (CMV)
- herpes simplex
vasectomy education
sterility not complete until proximal vas deferens is free of sperm (approximately 3 months). another method of birth control must be used until two sperm-free specimens are performed
Tracheosotmy- cuffed vs. fenestrated
surgical incision and tube inserted into trachea
Cuffed: balloon encircles trachea to form seal between outer cannula and trachea, used to permit mechanical ventilation and protect lower airways, should not exceed 20cm of water
-should be inflated: during and after eating, 1 hour after tube feedings, when client is unable to handle oral secretions, during mechanical ventilation and respiratory treatments
Fenestrated: tube with hole/window in bend of tube, permits air to flow around and through tube to upper aiway, permits talking, tube is plugged to wean client from tracheostomy tube
-tube can be removed if: spontaneous ventilation is adequate, pharyngeal and laryngeal gag reflexes are active, client can: swallow, move jaw, clench teeth; voluntary cough is effective in removing secretions without suctioning, care should be performed Q8hrs and PRN
tracheostomy suctioning nursing considerations
- hyperoxygenate or deep breathe client
- suction sube: insert suction catheter length of tracheostomy tube without suction, apply suction for 10 seconds, remove suction catheter, oxygenate client between suction passes, observe for signs of distress such as decrease in HR, document
- indications for suctioning: noisy respirations, restlessness, increase HR and RR, presence of mucus in airway
tracheostomy cleaning nursing considerations
-remove old dressings, open sterile kit, put on sterile gloves, remove inner cannula, clean with hydrogen peroxide, rinse with sterile water and dry, reinsert into outer cannula, clean stoma with hydrogen peroxide then sterile water and dry, change ties as needed, apply new sterile dressing without cutting gauze pads
Types of fetal monitoring
electric external: monitors fetal HR to identify fetal distress and monitor uterine contractions
- uses: external electronic techniques, ultrasound, tocodynamometer
- tocodynamometer: used for estimating foce of uterine contractions, place over fundus (active contracting portion of uterus)
electronic internal:
- internal spinal electrode: electrode placed in presenting part, allows for continuous fetal data, requirements: amniotic membranes must be ruptured, cervix must be dilated at least 2cm, presenting part must be against cervix
- intrauterine pressure catheter: average pressure during contraction 50-85mmHg, monitors contractions- frequency, durations, intensity of contractions
Fetal heart rate: 6 types of changes observed
VEAL CHOP
VEAL CHOP
variable decelerations- cord compression
early decelerations- head compression
accelerations- okay
late decelerations- placental insufficiency
decreased variability
bradycardia
Fetal Heart Rate: Accelerations
increase in HR above baseline by 15 or more beats for 15 or more seconds for 2 minutes or less with return to baseline
indicates fetal well-being
Fetal Heart Rate: Early Decelerations
- normal, benign, gradual decrease of fetal HR before uterine contraction peak with return to baseline by contraction end
- caused by fetal head compression
- nursing care: CTM