final 1 Flashcards
I love kids but sedate me part two (186 cards)
Preoperative Thought preschoolers
Imagination!
Magical thinking
Literal meaning of words
Time incompletely understood
Short attention span
Fears
Egocentric
sepsis in kids causes
pneumonia, urinary tract infections (UTIs), or infections in the bloodstream, skin, or digestive system.
RESULTS IN CIRCULATORY FAILURE AND INADEQUATE TISSUE PERFUSION. Cellular dysfunction/organ failure
s/s of sepsis
Fever or low body temperature
Rapid breathing or difficulty breathing
Increased heart rate
Cold or pale skin
Extreme fatigue or confusion
Poor feeding or irritability in infants
Decreased urine output
Warm or flushed skin followed by cool, mottled skin
physiological consequences of sepsis
hypotension, tissue hypoxia, metabolic acidosis
Resuscitation guidelines
Early recognition – Golden Hour
Supplemental O2
Vascular access and rapid fluid resuscitation
Antibiotics
C & S
Maintain blood pressure
management of shock/sepsis
Assess
VS
Pulses (diminished, weak, bounding)
Cap refill (>2 or flash)
Hypotension – late sign
Abnormal mental status
Skin, mucosal changes
Urine output
Bloodwork abnormalities
Need assessment within 15 min by physician, resident or NP
SHA- notify within 5 min
sepsis DO
Administer O2
Closely monitor VS
Establish PIV (ideally 2)
C & S
Foley catheter insertion
Bloodwork – blood gas, hematocrit, electrolytes
Boluses – 20mL/kg isotonic fluid
Get help
signs of fluid overload
Resp distress
Crackles on exam
Hepatomegaly
Meningococcal Disease
Meningococcal Disease is a severe and potentially life-threatening infection. This bacterium can cause various serious illnesses, including meningitis (infection of the lining around the brain and spinal cord) and septicemia (blood poisoning).
Key Forms of Meningococcal Disease:
Meningitis: Inflammation of the membranes surrounding the brain and spinal cord, which can lead to brain damage, hearing loss, or learning disabilities if not treated quickly.
Septicemia (Blood Poisoning): A bloodstream infection that can rapidly cause organ failure, shock, and death. It is the more dangerous form of meningococcal disease.
Pneumonia and other infections (rare but possible).
meningococcal stats
Causes meningitis, septicemia
10-15% fatality
Can die in as little as a few hours
20% of Survivors have long term disabilities
Category I and II Communicable diseases
Must be reported to Public health
Public Health follows up with investigation
Category 1 – Most vaccine preventable diseases,COvID, Food poisoning,lyme disease,animal bites,giardiasis
Category II- STIs, TB
Appendix A in CDC manual
Public Health act
Concerns communicable disease control and prevention
Provides necessary people the ability to gather information, inspection, and make orders to respond to public health emergencies
Overrides confidentiality
Isolation
Respiratory illnesses: Droplet contact
Gastro illnesses: contact
Integ concerns: contact
Tb, measles, chickenpox: Airborne
Children are unreliable with coughing, body fluids so are often isolated
Assessment - SAMPLE
commun. diease
Signs and symptoms
Allergies
Medications
Past Medical History
Last Oral intake
Events
Childcare settings high risk for communicable diseases
Travel
Underlying health conditions
Sexual history
Birth history
do for fluid communune. diseases
Blood work
Cultures
Hydration
Manage Fever
Comfort
Control spread
Immunoglobulins
Passive antibodies
Available for tetanus, rabies, varicella (chickenpox), hepatitis b
teach commun. disease
Fever control
Viral illnesses
Mitts to prevent scratching
Distraction
Isolation
Handwashing
Socialization
Immunizations
Fetal Neonatal and Infant Immunity
Maternal IgG are transferred to the fetus before birth and confer a protective immunity to the neonate.
Fetal Immunity
Igg maternal antibodies start at 8 weeks (Passive)
Passive antibodies correlates with gestational age
Low until 20 weeks
By 40 weeks, doubles that of 32 weeks
B cells and t cells are present by 14 weeks
Sterile environment - unchallenged
Passive Neonate/infant immunity
Maternal antibodies - Igg lasts 6 months or longer
IGA in breast milk and colostrum
Active neonate/infant immunity
B cell responses are good
Respond well to t cell dependent antigens
Until 2 years of age,poor response to t cell independent antigens (polysaccharides)
Kinds of vaccines
Live Attenuated & Inactivated vaccines – use the whole cell
Subunit (recombinant, polysaccharide, conjugate and toxoid vaccines) – fractionated vaccines – just a part
Inactivated vaccines
Inactivated vaccines (e.g., MenB vaccines) use parts of the whole bacteria that are inactivated or killed to trigger an immune response.