Solutions
Assessment of the Pediatric Nervous System
• Children younger than 2 years require special evaluation
because they are unable to respond to directions designed to
elicit specific neurologic responses
• Most information about infants and small children is gained
through observation of spontaneous and elicited reflex responses
• Red flags include delay or deviation from expected milestones
and persistence or reappearance of reflexes that normally
disappear
A & P Differences between the Child and Adult
• Normal infant HC = 34-35cm, by 1 year = 47cm
• At birth, brain wt. is 2/3 of an adult. By age 6, the brain weighs
approximately 90% of adult brain
• In the 1st yr., the neurons become completely myelinated &
primitive motor reflexes are replaced by purposeful movement
• The infant has open fontanels; posterior closes by 3 months;
the anterior fontanel should close between 12-18 months
• Infants have a proportionately large heavy head compared to
adults
anemias in children
,•Decreased production of RBC’s
– Iron deficiency anemia---already discussed in G & D
– Aplastic anemia
•Increased Destruction of RBC’s (hemolysis)
– Sickle Cell Anemia
– Thalassemia
• Blood loss
– Hemophilia
Acquired Heart Diseases
Infective Endocarditis
Rheumatic Fever
Kawasaki Disease
• Coarctation of the Aorta
CYANOTIC DEFECT
congenital cardiac condition characterized by a narrowing of the
aorta
"crimp in a hose"
•Narrowing of a major vessel interfering with the ability of the
blood to flow freely through the vessel.
•Resulting in blood flow to the lungs is affected -> increased
pressure backing up toward the heart -> increased workload on
heart.
,-risk for aneurysm formation
Assessment: Questions to ask r/t CHD
• Ask about mother’s health history (Dilantin, ETOH, DM,
Lupus, Exposure to infections)
• Family history
• Ask about symptoms that may indicate cardiac issue
Tires easily? Less active?
Sweaty?
---Infants becoming sweaty with feeding
Urine output? Less wetness of diapers?
Breathing differently?
Any complaints of pain?
Legs, chest
Kidneys
Remove liquid waste from the blood in the form of urine
Keep a stable balance of salts and other substances in the blood.
Helps maintain blood pressure
Produce erythropoietinhormone that aids the formation of RBCs
Disorders of the Kidneys
-Subject to many of the same types of disorders that affect other
body structures
-developmental defects
-Infections
-Altered immune responses
-Neoplasms
Renal System Assessment
, -Physical examination
---inspection of genitalia
---palpation (CVA tenderness)
*** tap the back with the hand cupped over location of the
kidney
***would cause great discomfort in a kidney infection
-History taking
---previous UTI, calculi, retention
---medications
---patterns of elimination (how often? color? odor?)
-Observation of symptoms
-Laboratory, radiologic, or other evaluation methods
Normal Characteristics of Urine
Kidney reaches near-adult function at 6-12 months
Bladder capacity in ounces: AGE + 2
Make sure child urinates at least Q 4 hrs during your shift!!!
pH 5 to 9 & Clear SG 1.001 to 1.035
***specific gravity is very important
NONE OF THE FOLLOWING in the urine :
Glucose RBCs Ketones Casts HGB Nitrites
WBCs
***urinalysis
Minimum Urine Output
Infants: 1-2 ml/kg/hour
***much less able to concentrate urine therefore more output
Children 1-12 years: 1 ml/kg/hour
Adolescents > 12 years: 0.5 ml/kg/hour
Diagnostic Studies
Dipstick
***can be done at bedside
***requires maintenance and observation