THE NORMAL
AND THE HIGH
RISK NEONATE:
BIRTH -28 DAYS
Professor Emily Cummiskey, MSN, RN,
CNE
Professor Keith Scally, MSN RNC-OB,
CCE
WHO WANTS TO HAVE FUN TODAY?!
A baby was born that was so advanced that he could
talk. He looked around the delivery room and saw the
doctor.
"Are you my doctor?" he asked.
"Yes, I am."
The baby said "Thank you for taking such good care
of me during birth."
He looked at his mother and asked, "Are you my
mother?"
"Yes, I am," she said.
"Thank you for taking such good care of me before I
was born" he said. He then looked at his father and
asked "Are you my father?"
"Yes, I am," his father answered.
The baby motioned him close, then poked him on the
forehead with his index finger 5 times, saying "I want
you to know that
THAT HURTS!"
STUDENT LEARNING OBJECTIVES
Differentiate Construct Prioritize Explain
Differentiate between Construct a teaching Prioritize normal Explain the clinical
normal and abnormal plan for infant newborn care. manifestations and
findings on the feeding. care of the newborn
systematic with selected high
assessment of the risk conditions:
newborn. • Prematurity
• Birth Trauma
• Respiratory Distress
Syndrome/Transient
Tachypnea of the
Newborn
• Jaundice
• Sepsis
• Neonatal Abstinence
Syndrome
Nutrition
• The process of taking in and utilizing food substances to generate energy and supply materials used in
body processes.
Oxygenation
• Provision of oxygen, through gas exchange, to all cells and tissues of the body.
Protection
• That which prevents the body from suffering harm or injury; mechanisms of protection include skin
integrity, the immune system and the inflammatory response.
Perfusion
• A normal physiological process that requires the heart to generate sufficient cardiac output to transport
blood through patent blood vessels for distribution in the tissues throughout the body. Tissue perfusion
refers to the flow of blood through the arteries and capillaries, delivering nutrients and oxygen to cells, and
removing cellular waste products.
CONCEPTS
ENCOURAGE FAMILY CARE AND BONDING
Create warm environment
Keep family together, “rooming in”
Teach infant care
Provide positive feedback
Remain open minded
Support caregiver(s)
Provide culturally sensitive care
NURSING CARE OF THE
NEWBORN AND FAMILY: BIRTH
TO TWO HOURS OF LIFE
Promoting skin to skin
Maintaining airway,
circulation and temperature
Encouraging breast feeding
Eye prophylaxis
Vitamin K prophylaxis
APGAR SCORING CHART
TRANSITION TO EXTRAUTERINE LIFE:
NEUROBEHAVIORAL
First period of reactivity • First hour of life
Period of decreased
responsiveness
• 1-2 hours
Second period of
reactivity
• 10 minutes to several hours
A After the 2nd Apgar Score, at
5 minutes post delivery
WHEN
WOULD BE B Immediately after delivery,
A GOOD before the cord is cut
TIME TO
INITIATE C After the mother has
BREAST recovered, at 3 hours post
FEEDING? delivery
D After the neonate has
received Vitamin K, at 2 hours
post delivery
ADJUSTMENT TO EXTRAUTERINE LIFE
Biological Tasks Behavioral Tasks
Establish and Maintain Establish awake sleep
Respirations cycles
Adjust to Circulatory Processing, Storing, and
Changes Organizing Multiple
Thermoregulation Stimuli
Feeding/Elimination Establishing
relationships
Regulate Weight
Initial breath triggered by changes in
Pressure
Removal of amniotic fluid from fetal lungs
Chemical
Activation of chemoreceptors during labor
Environment
light, noise, temperature
Physical
Stimulation, cutting of the cord
RESPIRATORY SYSTEM
CIRCULATORY SYSTEM
Breathing leads to
closure of foramen Murmurs common Clamping of the
Acrocyanosis
ovale cord
subsequent
increases in arterial
pressure cord clamping
• closure of the ductus
arteriosus and ductus
venosus
blood volume
THERMOGENIC REGULATION
• Balance of heat production/ loss
• Risk factors
• Prematurity, SGA, Sepsis leading cause of death =(signs are
OUTSIDE of NORMAL peramator either HIGH or LOW HR
and LOW TEMP)- , Prolonged resuscitation, large surface
area
• Clinical Manifestations
• Lethargy, pallor, Hypoglycemia, Hypotonia,
hypoglycemia=Jitteriness= test blood sugar MUST BE OVER
40. Babies DON’T SHIVER if looks like shiver it could be
jitters**
• Nursing care
• Brown adipose tissue
• Main source of heat
• Intense lipid metabolic activity
• Surrounds vital organs and vertebral column
HEAT LOSS IN THE NEONATE
Convection
Air
Radiation
Surface within close proximity
Evaporation
Liquid to vapor
Conduction
Surface to surface
WHY DO NEWBORNS LOOSE HEAT QUICKLY?
Large body surface
related to body mass
Neonates can not
shiver
Neonates have an
immature central
nervous system
Neonates have a thin
epidermis
HEAD TO TOE ASSESSMENT
Nursing Care
Special Considerations Related to Gestational
Age
Preterm
Late preterm
Term
Postterm
WEIGHT
LGA – wt. >90th %= LARGE
SGA – wt. <10th%= SMALL
LBW – wt. 2500 gms
VLBW - < 1500 gms
ELBW - < 1000 gms
IUGR-Symmetric vs. Asymmetric
SMALL FOR GESTATIONAL LARGE FOR
AGE/ INTRAUTERINE GESTATIONAL AGE
GROWTH RESTRICTION
May be neonates of diabetic
Many have experienced chronic moms
perinatal asphyxia
At risk for
At risk for
Hypoglycemia
Injury
Polycythemia Asphyxia
Hypothermia
GESTATIONAL AGE
New Ballard Score
GENERAL APPEARANCE
Pink to ruddy color
Soft smooth skin
Vernix caseosa
Posture
VITAL SIGNS
Heart Rate
120-160
http://newborns.stanford.edu/PhotoGallery/HeartNL1.html
Temperature
36.5-37.2C
Respiratory Rate
30-60
http://newborns.stanford.edu/PhotoGallery/RespNL1.html
Blood pressure
50-75/30-45
Pain scale
I&O
MILIA
Blocked sebaceous
glands
Most common on chin
and nose
No clinical significance
ERYTHEMA TOXICUM
Rash of no known
cause appearing within
48 hours of birth
Resolves spontaneously
MONGOLIAN SPOT
Bluish gray or dark non-
elevated pigmented area
usually found over the lower
back and buttocks
Primarily in nonwhite
The spot usually fades by age
5
TELANGIECTATIC NEVI
Stork bite
Natural deposit of
pigmentation
Easily blanchable
Usually fade by age 2
NEVUS FLAMMEUS
Port wine stain
Reddish, flat,
discoloration of the
face or neck
PETECHIAE
Can indicate infection
or bleeding disorder
May be due to delivery
Report to MD
Obtain CBC
HEAD
Molding
Anterior and
posterior fontanels
Circumference
CEPHALOHEMATOMA
Palpable, flat, soft
Collection of blood
between skull and
periosteum
Doesn’t cross suture
lines
CAPUT SUCCEDANEUM
Edema of the
scalp
Crosses suture
lines
FACE
Round with symmetrical
movement
Ear pinna in line with
eyes
Mouth and tongue
midline, appropriate
size
Palate
Epstein pearls
Teeth
CHEST
Barrel shaped
Symmetric
Smaller than head
Clavicles
Nipples
ABDOMEN
Protrudes
Bowel sounds
Three vessel cord
2 arteries, 1 vein
GENITALS
Male
Penis straight with urethral
opening at end
Testes palpable in scrotum
Female
May have vaginal
discharge
Labia, urethra, clitoris
Pseudomenses
Brick Urine
OUTPUT
Meconium passage
within 24-48 hours
Transitional Stool
Milk stool
Void
Pseudomenses
Brick Urine
EXTREMITIES
Symmetry
Creases on palm (3)
Simian Crease
Spine is straight, midline
Sacral dimple or tuft of
hair
Ortalani maneuver
Digits
NEUROLOGICAL ASSESSMENT
Rooting
Sucking
Tonic neck
Watch
Stepping
Babinski
Grasp
Moro
COMMON PROCEDURES/ INTERVENTIONS
Immunizations
Hepatitis B
Consent
Procedure
Circumcision
Consent
Procedure
Post procedural assessment
Parental education
Laboratory and Diagnostic Testing
Universal newborn screening
Newborn hearing screening
Glucose screening
Normal range Hypoglycemia Risk factors Symptoms Nursing Care
Diabetic mother, birth
trauma, infection, LGA, Jitteriness, lethargy, Glucose gel, dextrose sticks,
70-100 <40 SGA, pre or post term, temperature instability, early feed, observe for
hypothermia, respiratory apnea, hypotonia clinical manifestations
distress
BLOOD GLUCOSE
PRIORITIZING NURSING CARE
NUTRITION FOR THE
NEONATE
• Nurses job is to educate parents about both so that
they may make an informed decision that meets
their needs
• Breast Feeding
• Formula Feeding
SUCCESSFUL BREAST FEEDING
Breast and nipple evaluation upon
admission
Early feeding, before other
interventions
Avoid supplements, artificial
nipples
Teach about feeding cues, latch,
and how to evaluate baby’s intake
Reassure and support patient and
partners
Provide positioning support,
comfort measures, enhance let
down reflex
Encourage on demand feeding
Offer lactation consultant
SUCCESSFUL FORMULA FEEDING
Prevent infection
Clean bottles and nipples, store and discard of
excess formula as directed
Feeding every 3-4 hours
Average infant takes 15-30ml per feeding first
day or two and increases to 2-3 oz over 2 weeks
No Bottle Propping
Mixing Formulas according to manufacturer
BPA Free Bottles
Acquired disorders
Congenital disorders
Typically occur at, or
soon after, birth Present at birth; usually due to some
type of malformation occurring
during the antepartal period
May result from problems
or conditions experienced
by the woman during her Typically involve some problem
pregnancy or at birth with inheritance
There may be no
Majority have a complex etiology
identifiable cause for the
disorder
CONGENITAL CONDITIONS OF THE
NEWBORN
Congenital heart disease
Inborn errors of metabolism
Central nervous system structural anomalies
Respiratory system structural anomalies
Gastrointestinal system structural anomalies
Genitourinary system structural anomalies
Musculoskeletal system structural anomalies
• Transient tachypnea of the newborn
• Respiratory distress syndrome
• Birth trauma
• Necrotizing enterocolitis (NEC)
• Infants of diabetic mothers
• Neonatal Abstinence Syndrome
• Hyperbilirubinemia
• Sepsis
ACQUIRED
CONDITIONS OF THE
NEWBORN
TRANSIENT TACHYPNEA
• Respiratory distress within 24 hours of
delivery that resolves within 48 hours
• Manifestations
• Grunting on exhalation
• Listen
• Nasal Flaring
• Intercostal Retractions
• Hypotonia
• RR apnea or >60
• Listen
• Cyanosis
RESPIRATORY DISTRESS SYNDROME
Breathing disorder
Leads to increased
caused by lack of Manifestations Risk factors
work of breathing
alveolar surfactant
• LS ratio isn’t 2:1 until • Use of accessory • Grunting • Prematurity
35-36 weeks gestation muscles • Flaring
• Retractions
• Apnea or Increased
respiratory rate
• Cyanosis
FACTORS PLACING THE NEWBORN AT
RISK FOR BIRTH INJURY
• Cephalopelvic disproportion (CPD)
• Maternal pelvic anomalies
• Oligohydramnios
• Prolonged or rapid labor
• Abnormal presentation (breech, face,
brow)
• Instrument-assisted extraction (vacuum or
forceps)
• Fetal prematurity, fetal macrosomia and
fetal abnormalities
Description
Pathophysiology
Clinical Manifestations
Diagnostic Evaluations
Nursing Care Management
Parent and Family Teaching
NECROTIZING ENTEROCOLITIS
(NEC)
Description
Pathophysiology
Clinical Manifestations
Diagnostic Evaluations
Nursing Care Management
Parent and Family Teaching
INFANTS OF DIABETIC MOTHERS
NEONATAL ABSTINENCE
SYNDROME
• These babies may or may not be confined to the nursery.
• PRE with hold or PRE without hold
• The nurse is responsible for treating family with respect
• May need to utilize interdisciplinary care such as OT &
PT
• Finnegan scores
WITHDRAWAL ACRONYM
W = Wakefulness
I = Irritability
T = Temperature variation, tachycardia, tremors
H = Hyperactivity, high-pitched cry, hyperreflexia, hypertonus
D = Diarrhea, diaphoresis, disorganized suck
R = Respiratory distress, rub marks, rhinorrhea
A = Apneic attacks, autonomic dysfunction
W = Weight loss or failure to gain weight
A = Alkalosis (respiratory)
L = Lacrimation
http://newborns.stanford.edu/PhotoGallery/Jittery3.html
HYPERBILIRUBINEMIA
• Abnormally high level of unconjugated
bilirubin in the blood
• Jaundice develops from the deposit of
bilirubin in tissue
• Moves from top to bottom, inner to
outer
• Total serum bilirubin level rises
approximately 5mg/dl per day
• Coombs Test
• Measurement of antibodies on
RBC’s
Fetal circulation less efficient at oxygen exchange
Need more RBC for oxygenation
High proportion of RBC/kg at birth
Fetal RBC have a short life span
After birth, decreased need so RBC breakdown and byproduct is BILIRUBIN
HYPERBILIRUBINEMIA
PHYSIOLOGICAL PATHOLOGICAL
JAUNDICE JAUNDICE
Occurs after 24 hours of life Occurs within 24 hours of
Maximum concentration life
day 4-5 Excessive destruction of red
Resolves within 7-10 days blood cells
Maternal-fetal blood
incompatibilities
ABO Incompatibility
Rh Incompatibility
RH INCOMPATIBILITY
Rh negative mother has an Rh positive fetus (fetus inherited from
father)
1st pregnancy
Mother is Rh neg and fetus is pos, mother builds up antibodies
against fetal blood cells (maternal sensitization)
Sensitization can occur during pregnancy, birth, miscarriage, abortion,
amniocentesis, trauma
Subsequent pregnancies
Causes hemolytic disease
Lysis of RBCs
Marked anemia
Hydrops fetalis
Most severe, multiorgan failure, fetal or neonatal death can occur without intrauterine
transfusions
Rhogam prevents
Immune globulin
ABO INCOMPATIBILITY
Naturally occurring anti A
Occurs if fetal blood type and anti B antibodies are
is A, B, or AB and the present in maternal blood
maternal blood type is O stream and cross the
placenta
KERNICTERUS
Results from deposits of
bilirubin in brain cells Occurs at bilirubin
leading to their levels above 25mg/dl
destruction
Neurological damage Neonatal death
NURSING INTERVENTIONS
Encourage frequent
feedings
Monitor stools
Obtain bilirubin levels
per protocol
Possible phototherapy
Blood transfusions may
be necessary for
pathological jaundice
SEPSIS
Risk Factors
GBS Positive
Prolonged rupture of membranes
One of most significant causes of neonatal morbidity
and mortality
Signs and Symptoms
Tachypnea
Hypotension
Bradycardia/Tachycardia
Temperature instability will drop
Lethargy
Feeding intolerance
Glucose instability
Treatment
Triple Antibiotics
Infant care
• Bathing
• Circumcision care
• Umbilical cord site care
• Feeding
• Diapering
• Skin care
• Nail care
DISCHARGE • Genital care
PLANNING AND Infant safety
•
TEACHING
NEVER STOP ASKING QUESTIONS