-
Erickson Psycho-Social Development 0-1 yr (Newborn) Trust vs.
Mistrust 1-3 yrs (Toddler) Autonomy vs. Doubt and Shame Fear
intrusive procedures - Security objects good (Blankies, stuffed
animals) 3-6 yrs (Pre-school) Initiative vs. Guilt Fear mutilation
Band-Aids good 6-12 yrs (School Age) Industry vs. Inferiority Games
good, Peers important Fear loss of control of their bodies 12-19
yrs (Adolescent) Identity vs. Role Confusion Fear Body Image
Distortion 20-35 yrs (Early Adulthood) Intimacy vs. Isolation 35-65
yrs (Middle Adulthood) Generativity vs. Stagnation Over 65 (Older
Adulthood) Integrity vs. Despair Piaget Cognitive Development
Sensorimotor Stage (0-2) Learns about reality and object permanence
Preoperational Stage (2-7) Concrete thinking Concrete Operational
Stage (7-11) Abstract thinking Formal Operational Stage (11-adult)
Abstract and logical thinking Freud Psycho-Sexual Development Oral
Stage (Birth -1 year) Self gratification, Id is in control and
running wild Anal Stage (1-3) Control and pleasure wrt retention
and pooping Toilet training in this stage Phallic Stage (3-6)
Pleasure with genitals, Oedipus complex, SuperEgo develops Latency
Stage (6-12) Sex urges channeled to culturally acceptable level,
Growth of Ego Genital Stage (12 up) Gratification and satisfying
sexual relations, Ego rules Kohlberg Moral Development Moral
development is sequential but people do not aromatically go from
one stage to the next as they mature Level 1 = Pre-conventional
Reward vs. Punishment Orientation Level 2 = Conventional Morality
Conforms to rules to please others Level 3 = Post- Conventional
Rights, Principles and Conscience (Best for All is a concern) Bench
Marks Birth wt doubles at 6 months and triples at 12 months Birth
length increases by 50% at 12 months and doubles at 4 years Post
fontanel closes by 8 wks Ant fontanel closes by 12-18 months Moro
reflex disappears at 4 months Steady head control achieved at 4
months Turns over at 5-6 months Hand to hand transfers at 7 months
Sits unsupported at 8 months Crawls at 10 months Walks at 10-12
months Cooing at 2 months Monosyllabic Babbling at 3-6 months,
Links syllables 6-9 mo Mama, Dada + a few words at 9-12 months
Throws a ball overhand at 18 months Daytime toilet training at 18
mo - 2 years 2-3 word sentences at 2 years 50% of adult Ht at 2
years Birth Length doubles at 4 years Uses scissors at 4 years Ties
shoes at 5 years Girls growth spurt as early at 10 years Boys catch
up ~ Age 14 Girls finish growing at ~15 Boys ~ 17
-
Nursing implications for toddlers (1-3 years) Temper tantrums
are common and normal behavior Give simple brief instructions of
procedures Forced separation from parents is their biggest threat
Security or transitional objects should be encouraged Expect
regression (bed wetting) Autonomy should be provided with
choices
Nursing implications for the preschool child (3-6 years) Child
stands erect with a more slender posture Thinking is egocentric
& concrete A child learns sexual identity and masturbation is
normal Imaginary playmates & fears are common Explain the child
did not cause the illness and painful procedures are not
punishments Therapeutic medical play with the equipment They need
to be prepared for procedures and understand what is going to be
fixed Pictures and dolls can be used
Nursing implications for the school age child (6-12) Maintaining
school activities and social relationships with peers is important
They learn by verbal explanations, pictures, books, and handling
equipment Privacy & modesty are important and should be
maintained
Nursing implications for the adolescent (12-19 years) They can
problem solve & use abstract thinking Time when they form their
own identity Rebelling against the family is common Teaching should
include time with out the parents & if parents are present all
questions should be
directed toward the adolescent The age for making own medical
decisions ranges from 7-14 years The major concern is body changing
and any procedure that will alter their appearances
Age Appropriate Toys Infants birth to 1 year (solitary play)
Mobiles Rattles Squeaking toys Picture books Balls Colored
blocks
Toddlers (1-3 years) (parallel play) Boards and mallets
Push-pull toys Toy phones Stuffed animals Story books with
pictures
Preschoolers (3-6 years) (associative play) Coloring books
Puzzles Cutting and pasting Dolls Building blocks Clay
-
School Age (6-12 years) (corporative play) Board & card
games Hobbies and/or video games Puzzles
Immunizations (Hector Rayes did have pretty popular muscles
varying high /school ) Hep B (3)
o Contraindicated in persons with anaphylaxis to backers yeast
RV Rotovirus (3)
o IS a LIVE vaccine o Most common cause for diarrhea in infants
& children
Dtap (diphtheria, tentanus, pertussis (5) o Administer separate
site o Not given to kids past there 7th birthday o Contraindicated
in kids with seizures or encephalopathy
HIB Hameophilus Influenza type B (4) o Protects against
epiglotitis, bacterial meningitis, & septic arthritis o Given
IM o No contraindications
PCN Pneumococal (4) o Used to protect against disease caused by
bacteria, streptococcus
IPV Inactivated polio virus (4) o (OPV) Oral polio vaccine is a
live vaccine that was given in 2000, OPV can not be given to
kids
with HIV o IPV is a dead vaccine o Given sub-q or IM in a
separate site o Contraindicated in people with an allergy to
neomycin or streptomycin
MMR Measles, mumps, rubella (2) o Contraindicated in those
allergic to eggs, neomycin, have immunodefiencies, or pregnant o Is
a LIVE vaccine o Can be given to people with HIV & breast
feeding mothers o Only injection Given Sub-q not IM o Child may
develop a rash 2 weeks after administration
Varicella (2) o Protects against chicken-pox o Can not be given
in children with HIV o Give MMR & varcella on the same day or
within 30 days but in separate sites
Hep A (2) Tdap (x1 q 10 years , between 11-12) HPV (between
11-12) adminster the 2nd dose 1-2 months after the 1st & the
3rd dose 6 months after the
1st MCV4 Meningococcal (between 11-12) Influenza (IIV;LAIV) Flu-
is given at 6 months of age then annually
o Is a LIVE vaccine o Contraindicated in persons with an allergy
to eggs
The common cold is NOT an contraindication for immunizations
Avoid Live Virus vaccines while taking prednisone (MMR, Flu,
Varicella, RV Rotavirus, & Oral Polio Vaccine, Poliovirus the
IPV is a dead vaccine) Hepatitis Hepatitis: -ends in a VOWEL, comes
from the BOWEL (Hep A) Hepatitis B=Blood and Bodily fluids
Hepatitis C is just like B
-
Immunization Chart Vaccines AGES Total
Amount HEP B Birth 1-2 months 6-18 months 3
RV ROTAVIRUS 2 months 4 months 6 months 3
Dtap 2 months 4 months 6 months 15-18 months 4-6 years 5
HIB 2 months 4 months 6 months 12-15 months 4
PCV13 PNEUMOCCAL
2 months 4 months 6 months 12-15 months 4
IPV INACTIVATED POLIO VIRUS
2 months 4 months 6-18 months 4-6 years 4
MMR 12-15 months 4-6 years 2
Varicella (VAR) 12-15 months 4-6 years 2
HEP A 12-23 < 6 months later 2
Immunization Side Effects T < 102, redness and soreness at
injection site for 3 days give Tylenol and bike pedal legs
(passively) for child.
-
Child Nutrition Assessment Nutrient Signs of Deficiency Food
Sources Iron Anemia
Pale conjunctiva Pale skin color Atrophy of papillae on tongue
Brittle, rigid, spoon like nails Thyroid edema
Iron-fortified formula Infant high-protein cereal Infant rice
cereal Liver Beef Pork Eggs
Vitamin B2 (Riboflavin)
Redness & fissuring of eyelid coroners; burning itching,
tearing eyes, photophobia
Magenta-colored tongue, glossitis Seborrheic dermatitis, delayed
wound
healing
Prepared infant formula Liver Cows milk Cheddar cheese Some
green leafy vegetables (broccoli, green
beans, spinach) Enriched cereals
Vitamin A (Retinol)
Dry, rough skin Dull, soft, cornea. Bitot spots Night blindness
Defective tooth enamel Retarded growth Impaired bone formation
Decreased thyroxine formation
Liver Sweet potatoes Carrots Spinach Peaches Apricots
Vitamin C (Ascorbic Acid)
Scurvy Receding, bleeding gums Dry rough skin, petechie
Decreased wound healing Increase susceptibility to infection
Irritability, anorexia, apprehension
Strawberries Oranges and orange juice Tomatoes Broccoli Cabbage
Cauliflower Spinach
Vitamin B6 (Pyridoxine)
Scaly dermatitis Weight loss Anemia Irritability Convulsions
Peripheral neuritis
Meats, liver chicken Cereals (wheat & corn) Yeast &
Soybeans Peanuts Tuna Bananas
-
Communicable diseases in children 1. Rubella (measles)
Airborne precautions (private negative pressure room, need N95
mask) Children with Rubella = threat to unborn siblings (may
require temporary isolation from Mom
during pregnancy) Contagious viral disease that can lead to
neological problems Transmitted by direct contact with infected
persons Symptoms
o Photophobia o Koplik spots on the buccal mucosa o Confluent
rash that begins on the face and spreads downward
2. Varicella (chicken pox) CHICKEN POX Vesicular Rash (central
to distal) dew drop on rose petal Airborne precautions
NORMAL CHILD VALUES ACCORING TO AGE **** Age Pulse Respirations
Nursing Implications Newborn 1-11 months 1-3 years (toddler) 3-5
years (preschooler) 6-10 years (school age) 10-16 years
(adolescent)
100-160 100-150 80-130 80-120 70-110 60-90 (HR in children
increases with crying or if the child has a fever)
30-60 25-35 20-30 20-25 18-20 16-20
These ranges are averages only & vary with age, sex, and
condition of the child. Always note whether the child is crying,
febrile, or in some distress
Diarrhea and dehydration usually occurs in infants history of
exposure to pathogens contaminated food or dietary changes
Signs and symptoms of dehydration poor skin turgor absence of
tears dry mucous membranes weight loss of 5% to 15% depressed
fontanelles decrease urinary output with increase specific gravity
Loss or low potassium & sodium levels elevated hematocrit (HCT)
& BUN
Nursing interventions do not take temperatures rectally check
stools for pH, glucose, & blood oral rehydration solutions such
as Pedialyte or Lytren children should not receive antidiarrheals
(Imodium A-D) do not give the child grape juice, orange juice,
apple juice, cola, or ginger ale. These solutions have high
osmolarity Signs and symptoms of shock
decrease blood pressure rapid weak pulse mottled to gray skin
color changes in mental status
Fluids are given to a child with an increases respiratory rate
to prevent dehydration & acid-base imbalances
-
Burns In children the greater central body surface area is
concentrated in the head & trunk. Therefore a young
child is more likely to have more serious effects from burns to
the head & trunk. Children have a greater fluid volume
(proportionate to size) less effective cardiovascular responses to
fluid volume shifts to estimate the percent of Burns and a child
the Lund-Brower chart should be used to account for the
changing proportions of the child the Parkland formula is a
commonly used guideline for calculating fluid replacement and
maintenance
o 4 x Weight in kg x %BSA burned Then divided by 2 so half of
the amount of fluid is given in the 1st 8 hours the rest is given
over 16
Adequacy Of Fluid Replacement Is Determined By Evaluating Urine
Output o Urine output for infants and children should be 1 to
2ml/kg/hr**** o Normal Specific Gravity Of Urine is 1.005 to 1.030
o SG is a measurement of hydration status
over hydration - will have a low specific gravity and means the
urine is more dilute dehydration- will have a higher specific
gravity and means their urine is more
concentrated Poisoning
use of IPECAC is no longer recommended by the AAOP induce
vomiting is not recommended because it may cause more damage poison
removal may require
o gastric lavage o activated charcoal o Naloxone HVL
(Narcan)
Tylenol poisoning/overdose liver failure possible for about 4
days. Close observation required during this time-frame, as well as
tx with Mucomyst.****
Respiratory disorders Signs of Respiratory Distress in Children
*****
1. Cardinal Signs a. Restlessness b. Increased respiratory rate
(tachypnea) c. Increased pulse rate (tachycardia) d.
Diaphoresis
2. Other signs of respiratory distress a. Flaring nostrils
Retractions b. Retractions Grunting c. Adventitious breath sounds
(or absent breath sounds)
i. Discontinuous sounds 1. Fine Crackles- are soft, high
pitched, & brief 2. Course Crackles (rales) - are louder, lower
pitched, and longer
ii. Continuous Sounds 1. Wheezes- High pitched, (asthma is
wheezing on EXPIRATION) become
concerned when the wheezing child stops wheezing 2. Ronchi- low
pitched snoring sound
d. Use of accessory muscles, head bobbing e. Alterations in
blood gasses: decreased PO2, elevated Pco2
Primary meds for ER for respiratory distress Sus-phrine
(Epinephrine HCl) Theophylline (Theo-dur) Bronchodilators
-
Types of respiratory disorders in this unit Asthma Bronchiolitis
(RSV) Cystic Fibrosis Otitis Media Epiglottitis Tonsillitis
1. Asthma- inflammatory reactive airway disease that is commonly
chronic The airways become edematous the airways become congested
with mucus the smooth muscle of the bronchi & bronchioles
constrict air trapping occurs in the alveoli
Signs and symptoms Tight nonproductive cough Breath sounds:
coarse expiratory wheezing, rales. Crackles Chest diameter enlarges
Watch out if your wheezer stops wheezing. It could mean he is
worsening. If the patient with as Asthma has intercostal
retractions--be concerned
Treatments When using a bronchodilator (such as Albuterol,
Singulair, Theophylline) inhaler inconjuction with a
glucocorticoid inhaler (Flovent, Qvar,) administer the
bronchodilator first Theophylline increases the risk of digoxin
toxicity and decreases the effects of lithium and Dilantin
INtal, an inhaler used to treat allergy induced asthma may cause
bronchospasm, think INto the asthmatic lung
2. Cystic fibrosis (CF) Group B Strep (GBS) bacteria GBS is
found in the vagina and/or lower intestines. It usually causes no
symptoms and is not harmful to adults. If a pregnant woman has a
positive GBS culture, she can transfer the bacteria to her baby
during childbirth, increasing risk for CF
CF is an autosomal recessive disease that causes dysfunction of
the exocrine glands provided to the child by each parent
Signs and symptoms o The first sign of cystic fibrosis may be
meconium ileus at birth. Baby is inconsolable, do not eat,
not passing meconium. o Recurrent respiratory infections o
pulmonary congestion o Steatorrhea excessive fatty greasy stools,
foul-smelling and bulky stools o Diagnosed with a sweat test
Cystic Fibrosis give diet moderate to high fat, high in
calories, high protein, moderate to low carbohydrates
Fat soluble vitamins ADEK. Aerosal bronchodilators, Skin Tastes
Salty = Cystic Fibrosis Administer pancreatic enzymes with meals
(Pancrease, Cotazyme-s)
3. Epiglottitis ** Caused by: H. influenza B Signs and
symptoms
Child sits upright with chin out and tongue protruding (maybe
Tripod position) Prepare for intubation or trach
Restlessness & high fever sore throat dysphagia -difficulty
swallowing drooling with a muffled voice
DO NOT put anything into kids mouth, never examine the throat of
a child with epiglottitis because of the risk of obstructing the
airway completely
-
4. Otitis Media increases chances for conductive hearing loss
later in life Signs and symptoms
o fever and pain o infant may be pulling at the ear o enlarged
lymph nodes o discharge from the ear (if the drum is ruptured) o
upper respiratory symptoms o vomiting diarrhea
Nursing Interventions o Pull pinna down and back for kids < 3
yrs. when instilling eardrops.dminister antibiotics is
prescribed o reduce body temperature (fever can go so high it
places the child at risk for seizures)
Tepid baths Acetaminophen (Tylenol)
o position the child on the affected side o provide comfort with
warm compress on the affected ear
5. Tonsillitis- Cause: usually Strep Important to know if this
was caused by Strep because the patient is at greater risk for
developing 1. Glomerulonephritis 2. Rheumatic heart disease/
Rheumatic fever Interventions
Get PT and PTT Pre-Op (ask about Hx of bleeding) No red liquids
& no straws Post-op, Ice collar, soft foods Highest risk of
hemorrhage = first 24 hrs and 5-10 days post-op (with sloughing of
scabs)
Suspect Bleeding Post-Op if frequent o Swallowing o Vomiting
blood o Clearing throat
No red liquids, no straws, use ice collar for pain and comfort,
and only eat soft foods Highest risk of hemorrhage = first 24 hrs
and 5-10 days post-op (with sloughing of scabs)
6. Bronchiolitis Cause Respiratory syncytial virus (RSV)
Isolate RSV patient with Contact Precautions Private room is
best Use Mist Tent to provide O2 and Ribavirin Flood tent with O2
first and wipe down inside of tent periodically so you can see
patient
No contact lenses or pregnant nurses in rooms where ribavirin is
being administered by hoot, tent, etc Cardiovascular Disorders 1.
Acyanotic = VSD (ventricular septal defect), ASD (atrial septal
defect) , PDA (patent ductus arteriosus) Coarc of Aorta, AS Aortic
Stenosis
left to right shunts or increase pulmonary blood flow
obstructive defects
Has abnormal circulation however all blood entering the systemic
circulation is oxygenated Antiprostaglandins cause closure of PDA
(aorta - pulmonary artery)
Cyanotic = Tetralogy of Fallot, Truncus Arteriosis (one main
vessel gets mixed blood), TVG (Transposition of Great Vessels)
Polycythemia (increased amounts of hemoglobin) is common in
Cyanotic disorders
right to left shunts or decrease pulmonary blood flow with mixed
blood flow has abnormal circulation with unoxygenated blood
entering the systemic circulation 3 Ts of Cyanotic Heart Disease
(Tetralogy, Truncus, Transposition)
-
Cyanotic = Tetralogy of Fallot, Truncus Arteriosis (one main
vessel gets mixed blood), TVG (Transposition of Great Vessels)
Polycythemia (increased amounts of hemoglobin) is common in
Cyanotic disorders
right to left shunts or decrease pulmonary blood flow mixed
blood flow has abnormal circulation with unoxygenated blood
entering the systemic circulation 3 Ts of Cyanotic Heart Disease
(Tetralogy, Truncus, Transposition)
Tetralogy of Fallot Unoxygenated blood pumped into aorta,
consists of 4 defects Pulmonary Stenosis VSD Overiding Aorta Right
Ventricular Hypertrophy
TET Spells Hypoxic episodes that are relieved by squatting or
knee chest position. They also can be treated with morphine.
Congestive Heart Failure (CHF) can result
Use Digoxin Therapeutic range = 0.8-2.0 for kids********* Given
on empty stomach one hour before meals or two hours after, do not
mix digoxin with food or
formula You better pick do vitals before administering that dig.
(apical pulse for one full minute). Signs and symptoms of early
Digoxin toxicity
Nausea Vomiting other G.I. symptoms including anorexia,
diarrhea, abdominal pain neurological signs including fatigue,
muscle weakness, and drowsiness Hypokalemia- can increase digoxin
toxicity
provide a diet low in sodium Aortic Stenosis- abnormal narrowing
immediately before or after they aortic valve Ductus Arteriosus =
Abnormal opening from the Aorta to the Pulmonary Artery Rheumatic
Fever Cause: Group-a beta hemolytic strep infection
Most common cause of Acquired Heart Disease It Affects: the
aortic and mitral valves
Signs and Symptoms Fever Chorea is part of this sickness
(grimacing, sudden body movements, etc.) and it embarrasses kids.
Elevated antistreptolysin O (ASO) & ESR to be elevated.
Erythema Marginatum = Rash Chest pain, shortness of breath,
(carditis) Tachycardia even during sleep Migatory large-joint
pains
Treatment of Rheumatic Fever with Penicillin G = Prophylaxis for
recurrence of RF Aspirin for anti-inflammatory and anticoagulant
actions Kawasaki Disease
Coronary artery aneurysms due to the inflammation of blood
vessels. Cause of the disease is unknown usually seen in children
younger than five has three phases the acute, subacute,
convalescent early treatment is essential to decrease chances of
permanent or damage extreme irritability is seen in the child
during the entire disease process
-
Acute Phase: high fever or for more than five days conjunctival
redness with the strawberry tongue read swollen hands and feet
Subacute Phase pealing of the hands and feet
Convalescnet Phase starts when all the signs are gone and ends
when lab values have returned to normal
Treatment administer intravenous immunoglobulin (IVIG) treat
high fevers with acetaminophen and aspirin monitor cardiac status
by documenting the childs
1. intake and output 2. daily weights
minimize skin discomfort with lotions and cool compresses
initiate meticulous mouth care monitor the intake of clear liquids
and soft foods
Neuromuscsular Disorders Down Syndrome
Trisomy or translocation of chromosome 21 Physical
characteristics
o flat broad nasal bridge o inner epicanthal eye folds o upward
outward slant of the eyes o protruding tongue o short neck o
transverse Palmer crease (sinmian) o hyperexpendable and lacks
joints (hypotonia)
Common associated problems o cardiac effects o respiratory
infections o feeding difficulties o delay developmental skills o
mental retardation o skeletal defects o altered immune function o
endocrine dysfunction
Cerebral Palsy (CP) nonprogressive injury to the motor centers
of the brain causing neuromuscular problems of spasticity or
dyskinsia (involuntary movements) Causes
1. anoxic injury before during or after birth 2. maternal
infections 3. kernicterus 4. low birth weight (major risk
factor)
Signs & Symptoms persistent neonatal reflexes (moro, tonic
neck) after six months delayed developmental milestones and
apparent early preference for one hand poor suck, tongue thrust,
spasticity scissoring of legs (legs are extended and crossed over
each other, & feet are plantar flexed)
-
Spina Bifida Meningocele- a sac that is present at some point
along the spine that contains only meninges and spinal
fluid that has less neurologic involvement than a
myelomeningocele Myelomeningocele is more severe than a meningocele
because a sac contains spinal fluid, meninges,
and nerves. Every child with a history of spina bifida should be
screened for latex allergy (mainly fruits)
o Fruits (and seeds) involved in this syndrome include banana,
pineapple, avocado, chestnut, kiwi fruit, mango, passionfruit, fig,
strawberry, soy, Potato, Tomato, Pineapple, Papaya, Eggplant,
Melon, Wheat, and Cherimoya
Nursing interventions Keep the sac free from urine and stool
cover the sac with moist sterile dressing Place the child in the
Prone Position to keep pressure off the sac
Hydrocephalus- abnormal accumulation of cerebrospinal fluid
(CSF) within the ventricles of the brain causing An increase in
intracranial pressure (ICP). **Signs and symptoms of increased ICP
are the direct OPPOSITE from SHOCK ** Signs and symptoms of
hydrocephalus or increased ICP (Cushings Triad)
1. Decreased pulse rate (bradycardia) 2. Decreased respiratory
rate (Bradypnea) 3. Increased blood pressure (hypertension)
Signs and symptoms of Shock 1. Increased heart rate
(tachycardia) 2. Increased respiratory rate (Tachypnea) 3.
Decreased blood pressure (hypotension) Remember the O in shOck
stands for Hypotension
Other symptoms of Hydrocephalus or increased ICP in CHILDREN 1.
change in level of consciousness (LOC) = most important indicator
of increased ICP 2. irritability 3. vomiting 4. headache on
awakening 5. motor dysfunction 6. unequal pupil response 7.
seizures 8. widened pulse pressure 9. Bossing sign (prominent
forehead) 10. Even subtle changes in mood, behavior, restlessness,
irritability, decline in academics, changes in
personality or confusion may indicate increased ICP 11. Watch
for CSF leaks from nose or ears Leakage can lead to meningitis and
mask intracranial injury
since usual increased ICP symptoms may be absent. Other symptoms
of Hydrocephalus or increased ICP in INFANTS
1. irritability, lethargy 2. increased head circumference 3.
bulging fontanels 4. widening suture lines 5. sunset eyes 6.
high-pitched cry
Nursing interventions for Increased ICP 1. monitor for further
signs of IICP 2. maintain seizure precautions 3. elevate head of
bed
Treatment: Peritoneal Shunt
-
1. Shunt is inserted into ventricle 2. Tubing is tunneled
through skin to peritoneum where it drains excess CSF
Postoperative Care 1. After the shunt is placed- bed position
for the patient is FLAT, so that fluid does not reduce too rapidly.
Only if you see S&S of increasing ICP does the head of the bed
become elevated to 15-30 degrees
2. Assess for signs of shunt malfunction but DONT pump the
shunt, that can put pressure on the ventricles a. Infants:
1. change in size, signs of bulging, tenseness in fontanels,
& separation of suture lines 2. irritability, lethargy, or
seizure activity 3. altered VS and feeding behavior
b. Older children: increased ICP 1. changes in LOC (#1 most
important sign of IICP) 2. headache 3. changes in customary
behavior (sleep or developmental capabilities)
Family Teaching 1. Teach to watch for signs of increased ICP 2.
Note the child will outgrow the shunt and will need a revision, the
child may shows signs of increased
ICP when he/she is beginning to outgrow it. Advise the pt to
bring the child in when this occurs. 3. provide anticipatory
guidance for potential problems with growth & development
Other signs of Shock Mental Status
o Early Shock- restless, hyperalert o Late Shock- decreased
alertness, lethargy, coma
Skin Changes o Cool, clammy skin o Diaphoresis o Paleness
Fluid status Changes o Urine output decreases, or an imbalance
between I&O occurs o Central venous pressure is abnormal o A
urine specific gravity > 1.020 indicates hypovolemia
Shock- widespread serious reduction of tissue perfusion (lack of
O2 & nutrients) Those at risk for the development of shock
1. very young & very old 2. post-MI clients 3. Clients with
severe dysrhythmias 4. Clients with adrenocortical dysfunction 5.
Persons with a recent history of hemorrhage or blood loss 6.
Clients with Burns 7. Clients with massive overwhelming
infections
Types of shock 1. Hypovolemic- related to blood loss (most
common cause of shock) 2. Cardiogenic- related to ischemia or
impairment in tissue perfusion from MI, serious arrhythmia, or
heart failure. All of these resulting in cardiac output. a. If
cardiogenic shock occurs in the presence of Pulmonary edema (e.g.
from pump failure)
position the client to reduce venous return. (HIGH FLOWLERs with
LEGS DOWN) to decrease further venous return to the left
ventricle.
3. Distributive- (Anaphylactic, Neurogenic, & Septic Shock)
results from excessive vasodilation & the impaired distribution
of blood flow
4. Obstructive- physical obstruction related to tamponade,
emboli, compartment syndrome, that impedes the filling or outflow
of blood resulting in reduced cardiac output
-
All types of shock can lead to systemic inflammatory response
syndrome (SIRS) & result in multiple organ dysfunction syndrome
(MODS)
Medical Treatments & nursing interventions for Shock
1. Oxygen & Ventilation corrects decreased tissue perfusion
and restores cardiac output 2. Fluid Resuscitation (rapid infusion
of volume-expanding fluids in: hypovolemic & anaphylactic
shock) 3. Drug Therapy:
Drugs that increase cardiac Preload- blood products &
crystalloids) Drugs that decrease preload (morphine, nitrates,
diuretics) Drugs that increase Afterload (vasopressors, dopamine)
Drugs that Decrease Afterload (nitroprusside, ACE-I, ARB) Drugs
that decrease contractility (beta blockers, calcium channel
blockers,) Drugs that Increase contractility (digoxin (lanoxin)
dobutamine)
Seizures Nursing Interventions Maintain airway Nothing in the
mouth, no padded tongue blades. That will cause more damage to the
oral cavity Dont restrain Keep safe, support the head Turn head to
the side
Maintain seizure precautions reduce environmental stimuli pad
side rails or crib rails have suction equipment in oxygen quickly
accessible table oral airway to the head of the bed
Treatment: Antivonvulsants- Phenobarbitol (Luminol), Phenytoin
(Dilantin: Therapeutic Range = 10-20 Gingival Hyperplasia),
Fosphenytoin (Cerebyx), Valproic Acid (Depakene), Carbamazepine
(Tegritol)
Medication noncompliance is the most common cause of increased
seizure activity Performing an EEG EEG, hold meds for 24-48 hrs
prior, no caffine or cigarettes for 24 hrs prior, pt can eat, pt
must stay awake night before
exam, pt may be asked to hyperventilate and watch a bright
flashing light, after EEG, assess pt for seizures, pt's will be at
increased risk.
Bacterial Meningitis bacterial inflammation of the meninges that
cover the brain and spinal cord Place on droplet precautions
Isolate for 24 hours implement seizure precautions elevate the head
of the bed and position the patient on the side measure head
circumference and I&O ** monitor hydration status and IV
therapy- bacterial meningitis can lead to SIADH (over
production of ADH aka Vasopressin) causes you to retain too much
water (fluid overload) in the body causes blood serum to become
diluted causing Hponatremia *****
SIADH (increased amounts of ADH) signs & symptoms change in
LOC, decreased deep tendon reflexes tachycardia n/v/a,
Signs and symptoms of Hyponatremia ** nausea muscle cramps
-
increased ICP muscular twitching convulsion
Causes Haemophilus influenza type B Streptococcus pneumoniae
Neisseria meningitis
Signs and symptoms classic signs of increased intracranial
pressure (hypertension, bradycardia, bradypnea) fever and chills
neck stiffness-opisthotonus & photophobia Positive Kernigs sign
(leg flex then leg pain on extension) Positive Brudzinski sign
(neck flex =lower leg flex).
Diagnostic Lumbar Puncture of bacterial meningitis Shows
increased WBC increase proteins increased ICP decreased glucose
Avoid further increasing of ICP by not suctioning coughing
straining turning
Reye syndrome acute rapidly progressing encephalopathy and
hepatic dysfunction Causes:
o viral infections such as influenza or chickenpox o aspirin
use
Muscular Dystrophy Progressive muscle atrophy & weakness
Duchenne muscular dystrophy is an X-linked recessive disease
affecting primary males
A X-linked recessive chromosome disorder works by the mother
being a carrier but only her sons may express the disease.
its rapidly progressing causing cardiac and respiratory
complications and death by 25 years old X-linked Recessive Signs
and symptoms Waddling gait hyper lordosis Gowers Sign = difficulty
rising walks up legs (like Minors sign), fat pseudohypertrophy of
calves.
-
Anticonvulsants Drugs/routes Indications Adverse Reactions
Nursing Implications Phenobarbital (Lumunal) PO,IM,IV
Tonic-clonic & partial seizures
Is the longest acting of common barbiturates
Usually combined with other drugs
Drowsiness Nystagmus (uncontrolled movements of the
eyes) Ataxia (loss of full control of bodily
movements) Paradoxic excitement
Therapeutic levels: 15 to 40 mcg/ml Avoid rapid IV infusion
Monitor BP during IV infusion
Phenytoin (Dilantin) PO, IV
Tonic-clonic & partial seizures
Gingival hyperplasia Nausea, anorexia Dermatitis Bone marrow
depression Ataxia Nystagmus
Therapeutic levels: 10 to 20 mcg/mL Monitor any drug
interactions Do not administer with milk Ensure meticulous oral
hygiene Monitor CBC Report any rashes to HCP For IV infusion flush
the line before &
after medication administration with normal saline only
Fosphenytoin Sodium (Cerebyx) IM, IV
Generalized convulsive status epilepticus
Prevention & treatment of seizures during neurosurgery
Short-term parenteral replacement for (Dilantin)
Rapid IV infusion can cause hypotension Severe: ataxia, CNS
toxicity, confusion,
gingival hyperplasia, irritability, lupus, nervousness,
nystagmus, paradoxic excitement,
Steven-Johnsons syndrome, toxic epidural necrosis
Prior to IV infusion, dilute in D5W or NS to administer
Infuse a rate of no more than 150mg PE/min
Valproic Acid (Depakene) PO
Absence seizures Myoclonic seizures
Hepatoxicity, especially in children under 2 Prolonged bleeding
times GI disturbances
Therapeutic levels: 50-100mEq/ml Monitor liver function
Potentiates Phenobarbital and
Dilantin, altering blood levels Carbamazepine (Tegretol) PO
Tonic-clonic, mixed seizures Drowsiness Ataxia
Hepatitis Agranulocytosis
Therapeutic levels: 6 to 12mcg/ml
Lamotrigine (Lamictal) PO
Partial seizures Tonic-clonic seizures Absence seizures
Dizziness Rash Headache Nausea
Withhold if rash develops Do not discontinue drug abruptly
Clonazepam (Klonopin) PO
Absence seizures Myoclonic seizures
Drowsiness Hyperactivity Agitation Increased Salvation
Therapeutic levels: 20-80mcg/ml Do not discontinue drug abruptly
Monitor liver function, CBC, & renal function periodically
fvd V Dfv df D Sfdv Sdfv Sfv D Fv Dv Sd
-
Comparison Of Acute Glomerulonephritis & Nephrotic Syndrome
Variables Acute Glomerulonephritis Nephrotic Syndrome Cause Follows
Streptococcal Infection Usually Idiopathic Edema Mild, usually
around the eyes Severe, generalized Blood Pressure Elevated Normal
Urine Dark, tea-colored (hematuria) Dark, frothy yellow Protein in
the urine Sight to moderate Massive amounts Blood Normal serum
protein
Positive ASO titer Decreased serum protein Negative ASO
titer
Medications Used in Renal Disorders Drugs/Route Indications
Adverse Reactions Nursing Implications Bethanechol Chloride
(Urecholine) PO, IM, IV
Cholinergic used to treat: Urinary retention Neurogenic Bladder
Gastric reflux
Orthostatic hypotension Flushing Asthmatic reaction GI
distress
Do not give IM or IV Monitor VS Preferably given on an empty
stomach
Prednisone (Deltasone) PO
Adrenocorticosteriod used to treat: Immunosuppression (acts as
antiiflammatory) Edema (promotes diuresis in nephrotic
syndrome)
o Mood changes o Increased susceptibility to
infection o Cushingoid appearance (moon face & buffalo hump)
o Acne o GI distress o Thrombocytopenia (low platelets) o Edema o
Potassium loss o Growth failure in children
o In children, every other day administration is best to avoid
growth failure when drug is taken long term o Discontinuing this
drug requires tapering o Avoid Live Virus vaccines while taking
prednisone (MMR, Flu, Varicella, RV Rotavirus, & Oral Polio
Vaccine, Poliovirus the IPV is a dead vaccine)
o Oxybutynin (Ditropan) PO or Transdermal o Tolterodine (Detrol)
PO
Genitourniary smooth-muscle relaxants (antispasmodics) used to
treat:
Uninhibited neurogenic bladder
Reflux urogenic bladder Both are characterized
by voiding symptoms of urgency, frequency, nocturia &
incontinence
o Increased susceptibility to UTI
o GI distress o Dry mouth o Vision changes o Dizziness o Chest
pain o Drowsiness
o Administer orally: available in extended release forms
o Do not administer with other meds that have any other
anticholinergic effects
o May exacerbate reflux esophagitis o Contraindicated in pt with
untreated glaucoma
or any GI narrowing (GI obstruction may occur) o Safety for use
in children has not been
established
-
Gastrointestinal Disorders 1. Cleft lip or Palate
initial surgery to close the cleft lip begins when 1. the child
weighs 10 pounds or more 2. has a hemoglobin (HGB) of at least
10g/dl
Nursing implications Maintain proper airway Position on back or
in infant seat to prevent trauma to suture line. Never lie the
child prone While feeding, hold in upright position. Post-Op Place
on side clean the suture site with sterile water after
feedings-residual formula may impede healing and lead to
infection Protect the surgical site
maintain Logan Bow, Apply elbow restraints minimize crying
2. Esophageal Atresia with Tracheoesophageal Fistula (TEF)
congenital anomalies in which the esophagus is not fully developed
this is considered a clinical and surgical emergency
Nursing assessments 4 Cs of TEF in the newborn
1. choking 2. coughing 3. cyanosis 4. continuous drooling
excess salvation respiratory distress aspiration pneumonia
3. Pyloric stenosis narrowing of the pyloric canal, the
sphincter hypertrophies to twice its normal size Nursing
assessment
1. palpable Olive shaped mass in the upper right quadrant 2.
mild vomiting (free from bile) that progresses to projectile 3. May
spit up after feedings
Post-operative interventions 1. position the patient on the
right side and semi-Fowler position after feedings 2. burp
frequently to avoid stomach becoming distended and putting pressure
on the surgical site
4. Intussusception telescoping of one part of the intestine and
to another part usually the ileum into the colon
(ileocolic) partial or complete bowel obstruction occurs bowel
vessels become trapped causing necrosis
Nursing assessment 1. Currant jelly stools (mixed with blood and
mucus) 2. sausage shaped mass in the upper right quadrant while the
lower quadrant is empty 3. common in kids with cystic fibrosis
CF
Treatments 1. first attempt is a barium enema to hydrostatically
reduce the telescoping of the intestines, if
successful in 2:3 cases. If not successful than surgical repair
will be implemented a. resolution is obvious with the onset of a
bowel movement
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5. Congenital Aganglionic Megacolon AKA Hirschsprungs Disease
absent autonomic parasympathetic ganglion cells in the distal
portion of the colon and rectum causing:
1. absent peristalsis 2. fecal contents to accumulate above the
aganglionic area of the bowel
Signs and Symptoms The initial sign is infants who fails the
pass meconium within 24 hours of birth ribbon like stools and foul
smelling stools a later seen in the older child
Signs of bowel perforation abdominal distention and vomiting
irritability dyspnea and cyanosis
Diagnosis is made with rectal biopsy looking for absent
ganglionic cells
Treatment before and after the procedure only axillary
temperatures can be taken usually involves series of surgical
procedures
i. a temporary colostomy will be applied ii. and later a
reanastomsis and closure of the colostomy occurs
Hematologic Disorders LAB REVIEW ******
***Normal aPTT is within 30-40 seconds**(1.5-2.5X normal or
control for heparin therapy 45-100 minutes) ****Normal PTT is
within 60-70 Seconds* (1.5-2.5X normal or control for heparin
therapy 90-175 minutes) Sed rate ESR: Males up to 15, females up to
20 rate is also increased during pregnancy, child up to 10, newborn
put to 2. PT normal 11-12.5 seconds but just slightly lower in
pregnancy (1.5-2X normal or control for Coumadin therapy 16.5-25)
INR International normalized Ratio Normal: 0.8-1.1. Used to monitor
anticoagulation therapy. INR Must be individualized
1. Iron Deficiency Anemia hemoglobin & RBC levels below
normal range because of the body is an adequate supply, intake, or
absorption of iron.
The need for iron is greater in children than adults because of
accelerated growth Possible causes for iron deficiency anemia
inadequate stores during fetal development deficiency dietary
intake chronic blood loss poor utilization of iron by the body
Nursing Assessment/ Signs & Symptoms pallor or paleness of
mucous membranes tiredness and fatigue usually seen in infants 6 to
24 months old toddlers and female adolescent most affected
overweight cows milk babies. Milk intake greater than 32 ounces a
day low dietary intake of iron Lab Values
1. decreased hemoglobin Hgb 2. low serum iron level 3. elevated
total iron binding capacity T IBC
-
Remember The Hemoglobin (Hgb) Norms Of The Following newborn 14
to 24 g/dL infant 10 to 17 g/dL child 9.5 to 15.5 g/dL
Nursing planning and interventions 1. support the childs need to
limit activities 2. provide rest periods 3. administer oral iron
(ferrous sulfate) as prescribed
Teach the family about administration of oral iron give on empty
stomach-as tolerated because its better for absorption give with
citrus juices such as vitamin C for increased absorption use
dropper or straw to avoid discoloring teeth teach that stools will
become tarry teach the iron can be fatal in severe overdoses. Keep
away from other children do not give iron with any dairy
products
Teach nutritional facts regarding iron limit milk intake to less
than 32 ounces a day teach about dietary sources of iron
o meet o green leafy vegetables o fish o liver o whole grains o
legumes o for infants: iron fortified cereals and formula
2. Sickle Cell Anemia inherited autosomal recessive disorder of
hemoglobin (Hgb) known as HgbAS it occurs primarily in persons of
African in eastern Mediterranean descent usually appears after six
months Hemoglobin S (HgbS)- replaces all or part of the normal
hemoglobin, which causes the red blood cells to sickle when oxygen
is released into the tissues.
1. Sickle cells cannot flow through capillary beds 2.
Dehydration promotes sickling 3. HgbS has a left their normal
lifespan which leads to chronic anemia 4. tissue ischemia causes
widespread pathologic changes in the spleen, liver, kidneys, bones,
and
central nervous system. Signs and symptoms
frequent infections or nonfunctional spleen tiredness chronic
hemolytic anemia delayed physical growth Vaso-occlusive crisis AKA
Sickle Cell Crisis the classic signs are:
1. fever 2. severe abdominal pain 3. hand-foot syndrome (in
infants) causing painful edematous hands and feet 4. arthralgia
(joint pain) 5. leg ulcers (adolescents) 6. cerebovascular
accidents (CVA, stoke) increased risk with dehydration
Hydration- is most important in the treatment of sickle cell
disease because it promotes hemodilution and circulation of red
blood cells through the blood vessels.
-
Nursing interventions for Sickle Cell Teach the family how to
prevent sickle cell crisis (hypoxia)
keep the child from exercising strenuously keep the child away
from high altitudes avoid letting the child become infected, and
seek care at first signs of infection use prophylactic penicillin
as prescribed keep the child well hydrated withhold fluids at night
because enuresis is a complication of both the disease and
treatment
Interventions for the hospitalized patient with a vaso-occlusive
crisis/sickle cell crisis The two main interventions during a
sickle cell crisis
1. Fluids: administer IV fluids and electrolytes as prescribed
to increase hydration treat acidosis 2. Pain relief: administer
analgesics
Do not give demerol to pts. with sickle cell crisis parenteral
morphine for pain is given
use a warm compress for comfort (not ice) Administer blood
products as prescribed Administer pneumococcal vaccine,
meningococcal vaccine, Hib as prescribed. Administration of hep
B
vaccine is prescribed because the child is at risk because of
blood transfusion. Supplemental iron is not given to clients with
sickle cell anemia. The anemia is not caused by iron
deficiency. Folic acid is given orally to stimulate red blood
cell synthesis. Thrombocytopenia (low platelets > 150,000 Normal
platelets 150,000- 400,000) ****
Can be seen in Sickle cell anemia, but most often seen in
Aplastic Anemia Also seen in Hemophilia Signs and symptoms of
Bleeding
Anemia- Deficiency of erythrocytes (RBC) causing a low
Hematocrit (Hct) and a low Hemoglobin (Hgb) Normal Hgb (males:
14-18, females 12-16, pregnancy >11)
Children 1-6 years 9.5-14 6-18 years 10-15.5
Normal Hct (males: 42-52%, females 37-47%, pregnancy >33%)
Children 1-6 years 30-40% Children 6-18 years 32-44%
Treatment of Sickle Cell with Rest & Hydration Hydroxyurea,
for sickle cell any reports of GI symptoms immediately could be
sign of toxicity
Acute Lymphocytic Leukemia (low WBC > 5,000) Normal WBC
5,000-10,000 *** Normal WBC in children
-
Signs and Symptoms of Lymphocytic Leukemia
Pallor, tiredness, weakness, and lethargy due to anemia
Petechiae, bleeding, bruising, due to thrombocytopenia Infection,
fever due to neutropenia bone joint pain due to leukemic
infiltration of bone marrow enlarged lymph nodes;
hepatosplenomegaly (enlargement of the liver and spleen) headache
and vomiting with anorexia and weight loss lab data: bone marrow
aspiration that reveals 80 to 90% immature blast cells
Nursing interventions Lymphocytic Leukemia recommend a private
room reverse isolation is prescribed administer and monitor for
side effects of chemotherapy have epinephrine oxygen readily
available to treat anaphylaxis when administering
L-asparaginase
3. Hemophilia- is an inherited bleeding disorder transmitted by
an X-linked recessive chromosome (mother is a carrier, and her sons
may express the disease)
Thrombocytopenia (low platelets) a normal individual has between
50 and 200% factor activity in blood. The hemophiliac has from 0%
to 25% activity The affected individual usually is missing either
factor VIII (most commonly in 75%) or factor IX
Signs & symptoms of Thrombocytopenia Easy or excessive
bruising Superficial bleeding into the skin that appears as a rash
of pinpoint-sized reddish-purple spots
(petechiae), usually on the lower legs Prolonged bleeding from
cuts Spontaneous bleeding from your gums or nose (epistaxis) Blood
in urine or stools Unusually heavy menstrual flows Profuse bleeding
during surgery or after dental work
Place all Pt with Thrombocytopenia (including adults on
anticoagulant therapy) on Bleeding Precautions o Soft bristled
tooth brush o Electric razor only (no safety razors) o Handle
gently, Limit contact sports o Rotate injection sites with small
bore needles for blood thinners and avoid IM injections o Limit
needle sticks, Use small bore needles, Maintain pressure for 5
minutes on venipuncture sites o No straining at stool - Check
stools for occult blood (Stool softeners prn) o No salicylates,
NSAIDs, or suppositories o Avoid blowing or picking nose o Do not
change Vitamin K intake if on Coumadin Signs & Symptoms of
Hemophilia
1. male child: first red flag may be prolonged bleeding at the
umbilical cord or injection site of vitamin K, or following
circumcision
2. prolonged bleeding with minor trauma 3. hemarthrosis (most
frequent sight of bleeding) 4. spontaneous bleeding into muscles
and tissues 5. loss of motion and joints 6. pain
-
lab values: 1. Prolonged PTT
****Normal PTT is within 60-70 Seconds* (1.5-2.5X normal or
control for heparin therapy 90-175 minutes)
2. Factor assay is less than 25% Treatments of Hemophilia
administer fresh frozen plasma administer pain medication
containing no aspirin follow blood precautions: risk for hepatitis
Teach child and family home care
o teach to recognize early signs of bleeding into joints o teach
local treatment for minor bleeding (pressure, splinting, ice) o
teach administration of factor replacement o discuss dental
hygiene: use only soft toothbrushes o provide protective care: give
the child soft toys and use padded rails
Hesi Hint- inherited bleeding disorders (hemophilia and sickle
cell anemia) are often used to test knowledge of genetic
transmission patterns. Remember:
Autosomal recessive: both parents must be heterozygous, or
carriers of the trait, for that disease to be expressed in their
offspring. This means two copies of an abnormal gene must be
present in order for the disease o trait to develop. Seen in:
Cystic fibrosis, sickle cell anemia, PKU, Sickle Cell Anemia,
Tay-Sachs, & Albinism,
Autosomal dominant, it means you only need to get the abnormal
gene from one parent in order for you to inherit the disease. One
of the parents may often have the disease. Seen in: Huntingtons,
Marfans, Polydactyl, Achondroplasia, Polycystic Kidney Disease
X-linked Recessive Trait- this trait is carried on the X
chromosome, therefore; females can only be carriers and not have
the gene & the mother usually passes the disease to her male
offspring/son. Seen in: Hemophilia & Muscular Dystrophy
Other Associated Hemological Terms 1. Leukocytosis Increased WBC
resulting from the inflammatory response,
Most commonly the result of infection parasitic infections or
bone tumors strenuous exercise convulsions such as epilepsy
emotional stress pregnancy and labor anesthesia or recent surgery
epinephrine administration.
2. Lymphocytopenia- Decreased WBC resulting from Leukemia
Hodgkins disease Corticosteroid use infections with HIV and other
viral, bacterial, and fungal agents, malnutrition systemic lupus
erythematosus, severe stress, intense or prolonged physical
exercise (due to cortisol release), rheumatoid arthritis,
-
sarcoidosis iatrogenic (caused by other medical treatments)
conditions. Chemotherapy or radiation
3. Thrombocytosis (or thrombocythemia) High platelets resulting
from Reactive (Secondary)
Inflammation Surgery (which leads to an inflammatory state)
Hyposplenism (decreased breakdown due to decreased function of the
spleen) Splenectomy Asplenia (absence of normal spleen function)
Iron deficiency anemia or hemorrhage Medications such as
eltrombopag or romiplostim,
The vast majority of causes of thrombocytosis are acquired
disorders, but in a few cases, they may be congenital, such as
thrombocytosis due to congenital asplenia. Other causes include the
following
Kawasaki disease Soft tissue sarcoma Osteosarcoma Dermatitis
(rarely) Inflammatory bowel disease Rheumatoid arthritis Nephritis
Nephrotic syndrome Bacterial diseases, including pneumonia, sepsis,
meningitis, urinary tract infections, and septic
arthritis.[6] 4. Thrombocytopenia and thrombopenia Low Platelets
resulting from Decreased production
Vitamin B12 or folic acid deficiency Leukemia or myelodysplastic
syndrome Decreased production of thrombopoietin by the liver in
liver failure Sepsis, systemic viral or bacterial infection Dengue
fever can cause thrombocytopenia by direct infection of bone marrow
megakaryocytes, as well
as immunological shortened platelet survival. Hereditary
syndromes
Congenital amegakaryocytic thrombocytopenia Thrombocytopenia
absent radius syndrome Fanconi anemia Bernard-Soulier syndrome,
associated with large platelets May-Hegglin anomaly, the
combination of thrombocytopenia, pale-blue leuckocyte
inclusions,
and giant platelets Grey platelet syndrome Alport syndrome
WiskottAldrich syndrome
Increased destruction Systemic lupus erythematosus
Post-transfusion purpura Neonatal alloimmune thrombocytopenia
Splenic sequestration of platelets due to hypersplenism
HIV-associated thrombocytopenia[4] Gaucher's disease
Medication-induced
-
5. Polycythemia (also known as polycythaemia or polyglobulia)
High RBC caused by chronically low oxygen levels malignancy. Being
over-transfused
Metabolic & Endocrine Disorders 1. Congenital
hypothyroidism
low levels of T4 (thyroxine) high levels of TSH thyroid
stimulating hormone Synthroid: tx of hypothyroidism..may take
several weeks to take effect...notify doctor of chest pain..take in
the AM on empty stomach..could cause hyperthyroidism.
2. PKU Phenylketonuria *****
Autosomal Recessive Diseases in which the body cannot metabolize
the essential amino acid phenylalanine
Guthrie Test Tests for PKU, at birth & again at 3 weeks o
baby should have eaten source of protein first o positive test if
serum phenylalanine level of 4mg/dl
No phenylalanine with a kid positive for PKU (no meat, no dairy,
eggs, Aspartame (NutraSweet) has phenylalanine in it and should not
be given to PKU patient)
o infants require special formula Lofenalac, Phenex-1 o infants
require phenyl free milk substitutes after two years of age o No
foods low in phenylalanine (vegetables, fruits, juices, cereals,
breads, and starches o the diet must be maintained until at least
brain growth is complete around ages 6 to 8
The buildup of serum phenylalanine leads to CNS damage Leads to
MR early detection for PKU and hypothyroidism is essential for
preventing cognitive impairments.
3.Insulin-Dependent diabetes mellitus or type I (IDDM) metabolic
disorder in which the insulin producing cells of the pancreas are
not functioning as a result of
some and so diabetes can cause altered metabolism of
carbohydrates, proteins, and fats treatment includes insulin
replacement, dietary management, and exercise fasting blood sugar
greater than 120 mg/dL is a diagnosis of diabetes
Hyperglycemia is caused by: too much food, too little insulin,
too little diabetes meds, illness or stress. Onset: start slow
Signs & Symptoms of Hyperglycemia (3Ps with varying weight
situations) Polydipsia Polyuria Polyphagia weakness weight loss
syncope blurred vision
Nursing Actions: encourage water intake check glucose regularly
assess for ketoacidosis- when a child is in ketoacidosis administer
regular insulin IV in normal saline administer insulin
-
Hypoglycemia- is caused by to little food, to much insulin or
diabetic medicine, or to much activity Onset: is sudden and can
progress to insulin shock Signs & Symptoms include (Tiredness
TLC)
Tachycardia/tremors Irritability/anxiety Restlessness Extreme
headache Depression Nausea Sweating Slurred Speech TLC
Tingling Lethergy Confusion
Nursing Actions Treat with complex carbs
o Grahm crackers & peanut butter o 12 cup OJ o 1 cup milk o
Hard candies NO chocolate
Recheck glucose in 20 minutes Diabetic ketoacidosis (DKA)=
Occurs when the body is breaking down fat instead of sugar for
energy. Fats leave ketones (acids) that cause pH to decrease.
DKA is rare in diabetes mellitus type II because there is enough
insulin to prevent breakdown of fats. Kussmauls breathing (Deep
Rapid RR) is present during DKA Serum acetone and serum ketones
rise in DKA. As you treat the acidosis and dehydration expect
the
potassium to drop rapidly, so be ready, with potassium
replacement. However, NEVER give potassium K+ IV Push Fluids are
the most important intervention DKA, so get normal saline running
first then infuse with
regular insulin IV While treating DKA, bringing the glucose down
too far and too fast can result in increased
intracranial pressure d/t water being pulled into the CSF. When
drawing up Insulin Remember:
Draw Regular (Clear) insulin into syringe first when mixing
insulins (Nichole Richey RN) Put Air into NPH first, then air into
regular, draw up regular first RN) then draw up NPH
Insulin Rotate Injection Sites (Rotate in 1 region, then move to
new region) Rapid Acting Insulins Lispro (Humalog), Aspart
(Novolog) O: 5-15 min, P: .75-1.5 hrs Short Acting Insulin Regular
(human) O: 30-60 min, P: 2-3 hrs (IV Okay) Intermediate Acting
Insulin Isophane Insulin (NPH) O: 1-2 hrs, P: 6-12 hrs Long Acting
Insulin Insulin Glargine (Lantus) O: 1.1 hr, P: 14-20 hrs (Dont
Mix) Oral Hypoglycemics decrease glucose levels by stimulating
insulin production by beta cells of pancreas, increasing insulin
sensitivity and decreasing hepatic glucose production Glyburide,
Metformin (Glucophage), Avandia, Actos Acarbose blunts sugar levels
after meals
-
Insulin type Name Onset Peak action Duration Nursing
implications Rapid acting Lispro (Humalog)
Aspart (NovoLog) Glulisine (Apidea)
0.5-1hour 5-15 minutes 25 minutes
2-4 hours 0.75-1.5 hours 1 hour
4 hours 3-5 hours 2-3 hpurs
Give within 15 minutes of a meal (Humalog and NovoLog)
Short acting Regular insulin (clear) (Humlin R, Novolin R)
30 to 60 minutes 2 to 3 hours 5 to 7 hours Regular insulin may
be given IV
Intermediate acting Isophane insulin (NPH) (cloudy) Humulin N,
Novolin N
1 to 2 hours 6 to 12 hours 18 to 28 hours Cannot be given IV
Mixtures combine rapid acting regular insulin with intermediate
acting NPH insulin in a 30% regular with 70% NPH proportion or at
50-50 combination
Long acting Glargine (Lantus) Detemir (Levemir)
48 hours 1.1 hours
14 to 20 hours five hours (some sources say there is no
peak)
24 hours Not to be given IV Recommended: give one
dose subcutaneously at bed time
In some cases its given 2x/day
Acts as basal insulin Caution: solution is clear,
but the bottle shape is distinctively different from regular
insulin.
Do not shake solution Do not mix other insulins
with Lantus. Use cautiously if patient is
NPO
Premix Humalog 75/25 NPH (25% Lispro/ 75% Humulin N) Human 70/30
(30% regular/ 70% NPH NovoLog 70/30 (30% Aspart/ 70% NPH) Humalog
50-50
For all premixes: offer when food is readily available
-
Skeletal disorders 1. Fractures- are described by the type and
extent of the break
Fractures are caused by a direct blow, Cushing force, a sudden
twisting motion, or disease such as cancer or osteoporosis.
Fractures are classified by the following: 1. Complete fracture-
a break across the entire cross-section of the bone, dividing it
into distinct
fragments; often displaced. 2. Incomplete fracture- a fracture
that occurs through only one cortex (part) of the bone, is
usually
nondisplaced 3. Close fracture- no break in the skin 4. Open
fracture/compound- broken bone protrudes through the skin or mucous
membranes.
Making this fracture more prone to infection. Bleeding is part
of the circulation assessment of the ABCDs in an emergent
situation. Therefore, if airway and breathing are accounted for, a
compound fracture requires assessment before Glasgow coma scale and
a neuro check (D=disability, or neuro check)
5 Types of fractures 1. Greenstick- Is an incomplete fracture in
which one side of a bone is broken, but the other side is
bent (flexed) but intact. 2. Transverse- A break that occurs
straight across (90-degree angle) the bone shaft 3. Oblique- break
that occurs at a 45-degree-angle across the bone 4. Spiral-
fracture line results from twisting force it forms a spiral
encircling the bone
a. Spiral fractures or infant fractures may be related to child
abuse 5. Comminuted- a break that consists of more than three
fragments that may be splintered or
crushed. (Least common in children) Intracapsular fracture-
occurs in the neck of the femur and heels with greater difficulty
than an extracapsular
Fracture (occurs below the neck of the femur) because the blood
supply enters the femur below the neck of the femur, there is
greater likelihood that necrosis will occur because the fracture is
cut off from the blood supply
Signs and Symptoms of a Fracture Pain, swelling, tenderness
Deformity, loss of functional ability Discoloration, bleeding at
the site through an open wound Crepitus: crackling sound between
two broken bones ** SIGNS of a Fractured hip: EXTERNAL ROTATION,
SHORTENING, ADDUCTION
Nursing Interventions Frequent neurovascular assessment distal
to the injury (skin color, temperature, sensation, capillary
refill, mobility, pain, swelling (elevate to prevent swelling)
and pulses should be assessed.) Assess the 5Ps of neurovascular
functioning
1. Pain 2. Paresthesia 3. Pulses: check pulses distal to the
injury to assess circulation 4. Pallor 5. Paralysis- check for
nerve or movement impairments, compare with uninjured extremity
Report abnormal assessment findings promptly Observe client use
of assistive devices 1. Crutches- there should be to a three finger
widths between the axilla and top of the crutch.
a. A three-point gait is common. The client advances both
crutches and the impaired Leg at the same time. The client then
swings the uninvolved leg ahead to the crutches.
b. Remember the phrase step up when picturing a person going up
stairs with crutches. The good leg goes up first, followed by the
crutches and the bad leg. The opposite happens going down. The
crutches go first, followed by the good leg.
-
2. Cane- is placed on the unaffected side
a. the top of the cane should be at the level of the greater
trochanter b. Remember: COAL (cane walking): C Cane O- Opposite A-
Affected L- Leg
3. Walker- strength of upper extremity & unaffected leg is
assessed & improved with exercise so that upper body is strong
enough to use the walker. The pt Lifts & advances the Walker
and steps forward.
2 major complications of a fracture 1. Compartment Syndrome
which may cause Permanent damage to nerves and vessels
Compartment syndrome is an emergency situation. Paresthesias and
increased pain are classic symptoms. Neuromuscular damage is
irreversible 4-6 hours after onset.
2. Fat embolism - a syndrome in which fat globules migrate into
the bloodstream and combine with platelets to form emboli.
Its greatest occurrence is in the first 36 hours after a
fracture People more likely to develop a fat embolism
o people with multiple fractures o fractures of long bones o
fractures of the pelvis
Signs and symptoms of a fat embolism 1. Number 1 symptom is
confusion due to hypoxemia (check blood gases for Po2) 2. Petechiae
3. respiratory distress 4. restlessness or irritability 5.
fever
If a fat embolism is suspected- notify the physician stat, draw
blood gases, administer O2, and assist with endotracheal
intubation. Treatment for a Fat embolism is Heparin
Administration
Traction Maintain traction if prescribed. Always document
the
1. bed position 2. type of traction 3. weights 4. pulleys 5.
pins & pin sites- can be source of infection, monitor for signs
and symptoms and cleanse and dress
pin sites as prescribed 6. adhesive strips or ace wraps 7.
splints 8. casts
Types of Traction 1. skin traction: force is applied to the
skin
a. skin traction for a fracture reduction should not be removed
unless a healthcare provider prescribes its removal.
b. Buck traction- lower extremities, keeps legs extended no hip
flexion c. Dunlop- two lines of pull on the lower extremity 1
perpendicular & 1 longitudinal d. Bryant- both lower
extremities flex and 90 at the hip (is really use because extreme
elevation of
the lower extremities causes decrease peripheral circulation) 2.
Skeletal traction: pain or wire applies pull directly to the distal
bone fragment
a. 90 traction- 90 flexion of hip and knee, lower extremity is
in a boot cast; & can also be used on the upper extremities
b. Questions about a halo traction? Remember safety first, have
a screwdriver nearby.
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Nursing Interventions for a child in traction 1. maintain child
and proper body alignment: restrain if necessary 2. monitor for
problems of immobility 3. prepare child for Application 4. provide
routine cast care following application: petal cast edges Teach
home cast care to the child & family
teach neurovascular assessments including the 5 Ps teach child
not to get the cast wet teach the child not to place anything under
the cast such as small objects, toys, food, or something to
help scratch such as a wire hanger Other Hints for Traction
and/or fractures Always deal with actual problems or harm before
potential problems Always select a patient focused answer. An
answer option that states "reassess in 15 minutes" is probably
wrong (unless you already completed A nursing intervention such as
gave OJ to a hypoglycemic client, then you need to recheck sugar.)
Developmental Dysplasia of the Hip
abnormal development of the femoral head in the acetabulum
conservative treatment consists of splinting, surgical intervention
is necessary of splinting is not
successful. Nursing Assessment for Signs & Symptoms
Infant:
Positive Ortolanic Sign (clicking with abduction) unequal folds
of the skin on the buttocks and thigh limited abduction of affected
hip unequal leg lengths
Older child limp unaffected side Trendelenburg sign
Nursing interventions apply abduction device or splint (Pavlik
harness: Frejka or Von Rosen splint) therapy involves positioning
legs in the flexed abducted position teach application and removal
of the device (worn 24 hours a day) teach skin care and bathing
(physician may allow parents to remove the device for bathing)
Scoliosis lateral curvature of the spine, if severe it can cause
respiratory compromise. Surgical correction by spinal fusion may be
required if conservative treatment is an effective.
Nursing assessment for signs and symptoms occurs most commonly
in adolescent females 10 to 15 years old elevated shoulder or hip
head in hips not aligned while child is bending forward, a rib hump
is apparent (ask the child to bend forward from the hips with
the arms hanging free, and examine the child for curvature of
the spine, rib hump, and hip asymmetry) Nursing Interventions
prepare the child and family for conservative treatment such as
the use of a brace o teach the application of the brace (Boston,
Wilmington, or Milwaukee are most common) o instruct to wear it 23
hours a day o instruct to a T-shirt under the brace to decrease
skin irritation o Lotions and powders are not applied to the skin
under the brace o instruct to check skin for areas of irritation or
skin breakdown
a brace does not correct the spines curve in a child with
scoliosis: it only stops or slows the progression
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Juvenile Arthritis (JA) or juvenile idiopathic arthritis (JIA)
chronic inflammatory disorder of the joint synovium
Nursing Assessment for Signs and Symptoms 1. joint swelling and
stiffness (usually of large joints) 2. painful joints 3.
generalized symptoms: fever, malaise, and rash 4. periods of
exacerbations and remissions 5. varying in severity from mild and
self-limited or severe and disabling 6. lab data: latex fixation
test (usually negative) and elevated ESR
Nursing interventions plan homecare prescribed exercise
splinting and activity assist in identifying adaptations a routine
(Velcro fasteners,& frequent rest periods throughout the day)
encourage periodic eye exams for early detection of iridocyclitis
so as to prevent vision loss encourage the family to allow childs
independence
Medication intervention 1. nonsteroidal anti-inflammatory drugs
(NSAIDS)
o aspirin o Tolmetin Sodium o Ibuprofen o Naproxen
2. Antirheumatic drugs 3. Corticosteroids (prednisone)- are used
in the short term in low doses during exacerbations only. Long-
term use is avoided because of side effects and their adverse
effects on growth. 4. Cytotoxic drugs (Cyclophosphamide,
methotrexate)
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Maternity Review Ovulation- usually occurs 14 days before the
onset of menstrual flow Last Menstrual Period (LMP)- The date of
the first day of the last menstrual bleeding, used for
EDB-estimated date of birth & EDD estimate delivery/due date
NAGELS RULE- LMP Subtract 3 Months & ADD 7 days and Add 1 Year
Take 400mcg FOLIC ACID within or before the first trimester to
prevent nurotube defects
They are decreased by 70% if taken regularly Sources of FOLIC
ACID- Leafy greens, whole grains, OJ
Amniotic fluid = 800-1200 mL (< 300 mL = Oligohydramnios =
fetal kidney problems) Oligohydramnios- Having less than 300ml of
amniotic fluid, is never good & can be associated With fetal
renal abnormalities Polyhydramnios Having more than 2L of amniotic
fluid, may not ALWAYS be a bad thing, it Can be managed on an
outpatient basis, but also can be associated with GI malformations
UMBILICAL CORD- Has 3 Vessels (Vein carries oxygenated blood to
fetus (opposite of normal)
2 ARTERIES- carry unoxygenated blood back to the placenta 1
VEIN- Carries oxygenated blood to the fetus
o Whartons Jelly- Connective tissue that prevents compression of
the blood vessels & ensures continued nourishment of the
fetus
PLACENTA- Specialized organ that forms maternal-fetal gas &
nutrient exchange, begins to Form at implantation FUNCTIONS:
1. Endocrine Gland- Produces hormones necessary to maintain
pregnancy a. Human Chorionic Gonadotopin (hCG)- is a protein
hormone that can be detected
in the maternal serum by 8-10 days after conception, just
shortly after implantation. Basis for a pregnancy test
i. HCG- Preserves the function of the ovarian courpus luteum,
ensuring the continued supply of estrogen & progesterone to
maintain pregnancy
ii. The amount of hCG- Reaches a PEAK level at 50-70 days then
begins to DECREASE
2. Metabolic Function- of blood & gas exchange 3.
Nutrient/excretion 4. Storage
Fetal Maturation/Circulation The cardiovascular system is first
to begin to function HEART BEATS by the end of the 3rd Week NASIDS-
should be AVOIDED because they can cause a premature closure of the
Ductus Arteriosus,
which may lead to pulmonary vasculature abnormalities &
pulmonary HTN Pregnancy Trimesters
1st Trimester Conception-13 Weeks 2nd Trimester 14 weeks through
26 weeks 3rd Trimester 27-40 weeks
Fetal & Maternal Changes 8 weeks A. Fetal Development
1. Development is rapid 2. Heart begins to pump blood
B. Maternal Changes 1. Nausea persists to 12 weeks 2. Hegar sign
(softening of the isthmus of cervix AKA lower uterine segment) 3.
Goodell sign (Softening of the cervical tip) 4. Chadwick sign
(bluing of vagina, & a violet-bluish mucosa & cervix
appears as early as 4 weeks)
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5. Leukorrhea- White or grey muciod discharge with a musty odor
12 Week A. Fetal Development
1. Heart is discernible by ultrasound 2. Sex is determinable 3.
Kidneys produce urine
B. Maternal Changes 1. Braxton Hicks Contractions 2. Chance for
UTI increases 3. WEIGHT GAIN is 2-4 Pounds during the First
Trimester, then 1 pound a week thereafter 4. Placenta is fully
functioning & produces hormones
a. Teach UTI prevention- Pt increase fluid intake to 3/L day
&Void Q2h while awake & after sex b. Increase caloric
intake by 300 calories/day, weight gain of 25-35 lbs total is
normal
16 Weeks A. Fetal Development
1. Meconium in bowel, & anus opens 2. Respiratory
Bronchioles appear
B. Maternal Changes 1. Quickening (the mothers 1st perception of
fetal movement, occurs between weeks 16-20) 2. Colostrum can be
expressed as early as 16 weeks 3. Cholesterol Increases from 16-32
weeks and remains high til birth 4. INSULIN RESISTANCE begins as
early as 14-16 weeks 5. Weight gain of about 1 pound/week in the
second & third trimester
20 Weeks A. Fetal Development
1. Vernix & Lanugo (fine hair ) covers & protects the
body 2. Fetus sleeps, sucks, & kicks
B. Maternal Changes 1. Fundus reaches umbilicus 2. Areolae
darken 3. Postural HYPOTENSION may occur 4. Nasal stuffiness, leg
cramps, varicose veins, constipation develops
24 Weeks A. Fetal Development
1. sweat glands forming 2. blood formation increases in bone
marrow & decreases in the liver 3. Can begin to HEAR
B. Maternal Changes 1. Uterus reaches umbilicus 2. DIASTOLIC BP
gradually increases at 24-32 weeks, AFTER having Decreased
Diastolic BP in the
first trimester. Systolic BP- remains the same during the entire
pregnancy 28 Weeks A. Fetal Development
1. Fetus can breathe, swallow, & regulate temp 2. Surfactant
forms in the lungs
B. Maternal Changes 1. Fundus is halfway between umbilicus &
xiphoid process 2. Thoracic breathing replaces Abdominal breathing
3. Heart burn & hemorrhoids may develop
32 Weeks A. Fetal Development
1. Brown fat deposits develop under the skin
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2. Fetus begins storing iron, calcium, & phosphorus B.
Maternal Changes
1. Fundus reaches xiphoid process 2. urinary frequency returns
Along with swollen ankles, sleeping problems &/or Dyspnea may
occur
36-40 Weeks A. Fetal Development
1. Fetus occupies the entire uterus so activity is restricted 2.
Maternal Antibodies are transferred to the fetus & provide
infant immunity for approx 6 months
B. Maternal Changes 1. Lightening occurs- fundal height drops as
the fetus begins to descend & engage in the pelvis 2. Backaches
increase & Braxton Hicks Contractions intensify
Physiologic Changes During Pregnancy 1. Reproductive System
Changes
1. Amenorrhea 2. Brest Changes- They enlarge & become
nodular as the glands increase in size & number
2. Cardiovascular Changes ** 1. Between 14-20 weeks gestation
the heart rate increases about 10-15 beats/min remains until term
2. There is a more audible splitting of S1 & S2 & S3 may be
readily heard after 20 weeks 3. BLOOD PRESSURE:
a. Diastolic BP begins to decrease in the first trimester, &
continues to drop until 24-32 weeks, then gradually increases by
term
b. Systolic BP usually remains the same but may decrease
slightly as pregnancy advances c. MAP readings are slightly higher
in pregnant women d. Maternal position affects BP readings,
Brachial BP is higher when a woman is sitting
than when she is lying in the lateral recumbent position e.
Position of the arm also makes a difference: if the arm is ABOVE
the heart, the reading
will be LOWER than the actual reading, if below the heart, the
reading will be higher f. Supine Hypotensive Syndrome- Some degree
of compression on the Vena Cava occurs
in all women who lie flat on their backs during the second half
of pregnancy. As a result some women experience a decrease in
systolic BP decrease more than 30mmHg, after 4-5 minutes of reflex
bradycardia, cardiac output is reduced by half, & the woman
feels faint.
i. Teach the woman- that a left side-lying position relieves
this Hypotension & increases perfusion to the uterus, placenta,
& fetus
4. Compression of the iliac veins & inferior vena cava by
the uterus causes increased venous pressure & reduced blood
flow in the legs (except when the woman is in the lateral position)
This contributes to dependent edema, varicose veins, &
hemorrhoids
5. Blood Volume Increases by approximately 1500 ml, or 40-45%
above non-pregnancy levels a. The increase consists of 1000ml of
plasma plus 450ml red blood cells (RBC)
i. The state of hemodilution occurs & is termed Physiologic
Anemia. This happens because the plasma increase exceeds the
increase in RBC production, a decrease in the normal hemoglobin
(HGB) (12-16 g/dl in non-pregnant) & hematocrit (HCT) (37-47%
in non-pregnant) values occurs.
1. A Hemoglobin Value Below 11 g/dl & Hematocrit below 33%
are considered Abnormal & is often due to iron deficiency
anemia
a. Foods High in Iron: fish, red meat, cereal, yellow veggies,
green leafy veggies, citrus fruits, egg yolks, & dried
fruits
b. Blood volume starts to increase by the 10-12th week of
pregnancy, & decreases by term 6. Total WBC Increases during
the second trimester & peeks during the 3rd 7. Cardiac Output
(CO) Increases from 30%-50% over the non-pregnant rate by the 32nd
week
a. The elevated CO is caused by an increase in stroke volume
& HR & occurs in response to increased tissue demands for
oxygen
b. CO is Higher when the woman is in the lateral recumbent
position than supine
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8. Coagulation Times Are Decreased, resulting in increased clot
formation & thrombus 3. Respiratory Changes
a. The upper respiratory tract becomes more vascular in response
to elevated levels of estrogen a. As the capillaries become
engorged edema occurs in the nose, pharynx, larynx, trachea,
&
bronchi. This congestion gives rise to nasal & sinus
stuffiness, epistaxis (nosebleed), or URI. b. Increased vascularity
of the URT also causes tympanic membranes to swell, resulting in
impaired
hearing, earaches, or a sense of fullness in the ears. c. Basal
Metabolic Rate (BMR) Which is the rate at which the body uses
energy while at rest to keep
vital functions going, such as breathing and keeping warm, is
INCREASED during pregnancy. d. Acid-Base Balance- By about the 10th
week of pregnancy there is a Decrease of about 5 mmHg in
the partial pressure of Carbon dioxide (Pco2) e. Progesterone-
may be responsible for increasing the sensitivity of the
respiratory center receptors
so, tidal volume is increased, Pco2 is Decreased, & PH is
slightly Increased a. These alterations indicate pregnancy is a
state of compensatory Respiratory Alkalosis
4. Renal Changes a. Urinary Frequency- caused by an increased
progesterone, increased glomerular filtration, & crowded
bladder b. Increased cardiac output increases renal blood flow
in the 1st trimester c. Bladder tone reduced by effects of
progesterone on smooth muscle
5. Skin Changes a. Chloasma (Facial Melasma)- a patchy brown
discoloration, that usually appears on the face b. Linea Nigra- Is
a pigmented line extending from the symphysis pubis (pubic bone) to
the top of the
fundus (navel) c. Striae Gravidarum- stretch marks d. Angiomas
(Vascular Spiders) that indicate increased circulation e. Palmar
erythema- Pinkish-red diffuse mottling or blotches over the palmer
surface of the hands
Antepartum Care G/P
Gravida- The TOTAL number of times a woman has been pregnant
Parity- Number of pregnancies (not kids) that have reached
viability (pass 20 weeks)
o G2P1- Pregnant twice but only gave birth once GTPAL
Gravida- Total number of times a woman has been pregnant Term-
Total number of pregnancies that have passed 37 weeks Preterm-
Total number of pregnancies that passed viability (20 weeks) but
ends before completion of
37 weeks Abortion- How many voluntary or involuntary number of
pregnancies that did not reach 20 weeks Living- How many living
children the woman currently has
Normal Vital Signs for the Pregnant Woman BP- systolic should
rise no more than 30 mmHg, and 15 mm Hg Diastolic
o Systolic Average 90-140 mm Hg o Diastolic Average 60-90 mm
Hg
HR- 60-90 BPM RR- 16-24 Breaths/Min Temp- 97-100 degrees F (F-32
X 5/9= C) 97 F = 36.1 C
o Convert Celsius to Fahrenheit (C x 9/5 + 32 = F) 37.8 C = 100
F Teach Position Changes
The Knee-Chest Position- provides optimum fetal & placental
perfusion, but the IDEAL position for the mother, which supports
fetal, maternal, & placental perfusion, is the SIDE-LYING
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Teach Proper Nutrition Symptoms of Malnutrition:
1. Glossitis (inflammation of the tongue) 2. Cracked Lips 3.
Dry, Brittle Hair
Obesity- Woman over 200 lbs are at risk for diabetes, HTN,
infections, & Macrosomia Macrosomia- Large baby over 4500 kg or
9.5 lbs Underweight- Woman under 100 lbs are at risk for low birth
weight babies, IUGR, & preterm labor
Nutritional Plans Increase calories by 300 above basal &
activity needs Increase Protein by 30g/day
o Milk, meat, eggs, cheese Increase intake of Iron & Folic
Acid Increase Intake of Vitamin A, C & Calcium
o Calcium is needed for fetal bone & tooth development,
recommended intake of 1500mg/day Drink 8-10 glasses of fluid a day
or 3L, 4-6 glasses should be water: WATER
o Maintains body temp o Hydrates uterus
Limit caffeine intake to less than 200mg (12 oz daily) Aspartame
(Equal) or Sucralose (Splenda) have NOT been found to have adverse
effects Sodium HAS NO RESTRICTIONS- But makes you retain water
Phenylketonuria (PKU)- Is a RECESSIVE Hereditary disease that
results in a defect in the metabolism of the Amino Acid
Phenylalanine caused by the lack of an enzyme called phenylalanine
hydroxylase, that is
Necessary for the conversion of the amino acid Phenylalanine
into Tyrosine. If not treated it can cause brain damage &
mental retardation
Women with PKU CAN NOT eat ANYTHING with Phenylalanine, which is
found in the following:
o Diet Soda, Bread, Nuts, Milk, Sugar, Some fruits & Veggies
A Routine Physical Assessment and initial Labs
1. CBC- Can determine Iron deficiency which could indicate
anemia 2. Blood Type & Screen- Done to determine if the MOTHER
is (Rh-) if she is, she will need an injection
of ROGRAM at 28 weeks. This is because the mother can develop
antibodies to a Rh+ fetus and her body will attack the fetus as if
it was a foreign substance & kill it
3. Rubella Status- Will effect the growing fetus, the mother
will need a vaccine postpartum if not up to date
4. RPR- Can diagnose syphilis Assess Fetal Well-Being and Heart
Rate
Fetal well-being is determined by assessing fundal height, fetal
heart tones & rate, fetal movements, & uterine activity
(contractions). Changes in Fetal Heart Rate (FHR) are the FIRST
& MOST IMPORTANT indicators of compromised blood flow to the
fetus, & these changes require action.
FHR Can be detected by using a Doppler between 10-12 weeks
gestation FHR can be detected by using a fetoscope between 10-20
weeks gestation ***NORMAL FETAL HEART RATE IS- 110 to 160
bpm*******
***FHR is best heard (Point of Maximum Intensity OMI) through
the fetal BACK *** Possible Indicators of Preeclampsia &
Eclampsia Are:
1. Visual Disturbances 7. Changes in fetal movement or increase
in FHR 2. Swelling of the face, fingers, or Sacrum 8. Infection:
Possible Indicators Include 3. Severe Continuous Headaches 1.
Chills 4. Persistent Vomiting 2. Temp over 100.4 Degrees Fahrenheit
5. Epigastric Pain 3. Dysuria (painful or difficult urination)
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6. Fluid discharge or bleeding from the vagina 4. Abdominal Pain
Fetal & Maternal Assessment A. Maternal Risk Factors
1. Age: Under 17 or Over 34 2. High Parity >5 3. Pregnancy (3
months since last delivery) 4. Hypertension or presence of or
history of Preeclampsia 5. Anemia, History of Hemorrhage, or
current Hemorrhage 6. Multiple Gestations 7. Rh Incompatibility 8.
History of Dystocia (e.g. shoulder dystocia) or previous operative
delivery 9. A height of 5 feet or less 10. Malnutrition or Obesity
11. Current medical disease/condition 12. History of family
violence or lack of support
SCREENING TESTS (NOT DIAGNOSTIC TESTS) 1. Ultrasonography
a. Used in the First Trimester to Determine 1. Gestational Age:
Best indicator in the 1st trimester, very accurate second to Negals
rule 2. Number of fetuses 3. Presence of fetal cardiac movement
& rhythm 4. Uterine abnormalities
b. Used in the Second & Third Trimester to Determine 1.
Fetal viability & gestational age (not as accurate) 2.
Size-date discrepancies 3. Amniotic Fluid volume 4. Placental
location & maturity 5. Uterine abnormalities & anomalies 6.
Results of amniocentesis
c. Findings 1. Fetal heart activity is apparent as early as 6-7
weeks gestation 2. Serial ultrasound measurements are needed to
determine & true Intrauterine growth
restriction (IUGR) *A Single ultrasound exam is NOT useful in
determining IUGR 3. Serial evaluation of biparietal diameter &
limb length can differentiate between wrong
dates d. Nursing Care
1. Instruct the pt to drink 3-4 glasses of water and NOT
URINATE, the bladder must be FULL during the exam for the uterus to
be supported for imaging. (A full bladder is NOT NEEDED if the
ultrasound is done transvaginally instead of abdominally)
2. Chorionic Villi Sampling (CVS) -Removal of a small piece of
villi during the period of 8-12 weeks under ultrasound guidance a.
Findings
1. The test determines genetic diagnosis early in the first
trimester & The results are obtained in 1 week b. Nursing
Care
1. Place the pt in the lithotomy position using stirrups &
Warn of sharp pain upon catheter insertion c. Complications of
Chorionic Villi Sampling
1. Spontaneous Abortion (5%) 2. Controversy regarding fetal
abnormalities (limb)
3. Amniocentesis- Is a positive Diagnostic TEST its the Removal
of Amniotic fluid sample from the uterus A. Its used to
determine:
1. Fetal Genetic diagnosis (usually in the first trimester) 2.
Fetal Lung Maturity (in the LAST trimester)
-
3. Fetal well-being B. This is performed ONLY when uterus rises
above the symphysis (between 12-13 weeks) & amniotic fluid Has
formed. C. Usually takes 10 days- 2 wee