Module 1 - Growth and development Flashcards

1
Q

Developmental periods (5)

A

Prenatal
Infant 0-1
Early childhood 1-5
Middle childhood 5-12
Adolescence 12-18

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2
Q

Neonate

A

0-30 days

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3
Q

Neuro/HEENT differences

A

two fontanels - anterior, posterior –> greater compensation for ICP, risk of brain injury
blood brain barrier not fully developed –> increased r/o infection
large tongue - r/o obstruction
narrow, funnel shaped airway w/ narrow cricoid cartilage –> greater r/o airway obstruction, difficult intubation
large head w/ weak neck muscles –> fall injury, neck muscle injury
large occipital bone –> greater r/o upper cervical injury. different place required for CPR (thoracic thrust)
blurry vision but hearing well-developed
neck muscles/excess lymphoid tissue –> block airway
higher pain threshold than adults

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4
Q

Respiratory differences

A

obligate nose breathers until 6 months
smaller airways/lower tidal volume –> less ability to compensate. greater r/o aspiration/obstruction
higher O2 requirements d/t higher BMR
diaphragm = major breathing muscle –> abdominal breathers
shorter trachea –> greater r/o displacement
horizontal rib placement –> lower tidal volume as rib cage moves up/down rather than up/out
carilaginous airway –> more likely to collapse (hyaline cartilage = greater water content)
thin chest wall –> difficulty auscultating. greater r/o internal injury

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5
Q

Cardiovascular differences

A

greater circulating blood volume (90 mL/kg)–> higher sensitivity to small fluid losses
lack of contractile tissue –> inability to increase stroke volume. increase CO by increasing HR
greater % body weight is water (80%)
bradycardia when hypoxic
hypotension - LATE sign of decompensation
smaller vasculature –> more difficult vein access. may use bones
superficial blood vessels –> peripheral shunting = mottled appearance

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6
Q

How much blood loss will an infant begin to decompensate?

A

Remain normotensive until large intravascular volume lost ~25%

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7
Q

GI differences

A

smaller stomachs, greater gastric emptying –> more stools, dehydrate faster
small intestine longer than adults –> less able to absorb amino acids & hold onto fluids
liver/spleen larger than adults –> greater r/o injury
small glycogen storage = r/o hypoglycemia –> increased r/o brain injury
upper/lower esophageal sphincters not fully developed –> r/o reflux, vomit
tight junctions b/w cells in brush border not fully developed –> increased r/o infection
thin, weak abdominal wall –> greater r/o internal injury

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8
Q

Which DOH is most important for children?

A

nutrition

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9
Q

GU differences

A

immature kidneys + less responsive to hormones ADH/aldosterone –> greater diuresis

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10
Q

Can vital signs of infants be irregular?

A

Yes this is normal. However, apnea >15 seconds is abnormal. Unexplained tachycardia should always be investigated (early sign of cardiac issues)

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11
Q

What is a late sign of cardiac decompensation?

A

hypotension

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12
Q

What is an early sign of cardiac compensation?

A

tachycardia

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13
Q

MSK differences

A

open fontanels
growth plate not yet fused –> fractures more difficult to detect d/t pliable bone
high surface area : low mass ratio
long bones very vascular –> can be used for venous access
strong ligaments

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14
Q

SCIWRA

A

spinal cord injury without radiographic abnormality

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15
Q

PAT

A

Pediatric assessment triangle
appearance
work of breathing
circulation

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16
Q

ABCDE

A

airway
breathing
circulation
disability
environment

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17
Q

Piaget Cognitive stages

A

Sensorimotor (0-2)
Preoperational (2-7)
Concrete operational (7-11)
Formal operational (12+)

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18
Q

Erickson 1-5 psychosocial stages

A

“the main action sally initiative got inferno into immense regret”
trust vs. mistrust
autonomy vs. shame
initiative vs. guilt
industry & inferiority
identity & role confusion

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19
Q

Trust vs. mistrust

A

0-1
trust b/w caregiver & child

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20
Q

Autonomy vs. shame

A

1-3
control over bodily function & activity

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21
Q

Guilt vs. initiative

A

3-6
testing limits of self-assertion & purposefulness
balance of self-initiative & rights of others –> developing understanding of boundaries

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22
Q

Inferiority vs. industry

A

6-12
sense of mastery & competence
self-esteem through accomplishment

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23
Q

Sensorimotor

A

0-2
infants think/experience world through physical senses
develop object permanence

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24
Q

Pre-operational

A

2-6
egocentric –> inability to see POV of others
concrete and tangible
use of language & symbols

25
Concrete operational
6-12 object conservatism (physical dimensions such as volume, weight, number are same even if appearance changes) can view others POV
26
Formal operational
12+ logic, abstract thought, scientific experimentation
27
Infant sleep requirements
14-16 daily
28
Toddler sleep requirements
9-10 hrs/night + 2-3 hrs daytime naps
29
School-aged children
9-11 hrs/night
30
Teenagers
9 hours/night
31
Adults
7-9 hours/night
32
Identity vs. role confusion
12-18 years conflict between self-identity, social expectations, need to fit in develop core values & ideologies
33
Causes of infant death
low birth weight congenital abnormalities preterm birth
34
Leading cause of childhood morbidity/mortality
physical injury (car accidents, unintentional)
35
How long should babies breastfeed for? (recommended)
up to 2 years
36
When can food other than formula/BF be introduced?
6 months
37
Injury prevention strategies
car seat safety bicycle helmets smoke/carbon monoxide detectors
38
Prenatal period
most important developmental period rapid growth rate/total dependency maternal health --> fetal health
39
Infancy period
0-12 months rapid motor, cognitive, social development most critical period = first motnh of life
40
Early childhood period
1-6 years old upright locomotion intense activity & discovery language/social relationships
41
Toddler age
1-3 years
42
Preschool age
3-6
43
Middle childhood
6-10 years child moves away from family --> social relationships moral development
44
Later childhood
10-18 years transitional period redefining self-concept bodily insecurity
45
Prepubertal age
10-13 years
46
Adolescence age
13-18 years
47
Sensitive periods
critical period of development (physical & psychological) 1-3 months prenatal (important for CNS development)
48
Cephalocaudal trend
top-down direction growth/development occurs in a top-down fashion
49
Neuronal development
15-20 weeks gestation = dramatic increase of neurons 30 weeks - 1 year of age = another dramatic increase
50
Lymphoid tissue
well developed @ birth lymph nodes, thymus, spleen, tonsils
51
Does temperature increase of decrease over development?
decrease (BMR also decreases)
52
Neonate hypothermia
hypoglycemia elevated bilirubin metabolic acidosis
53
Normal differences in temperature
0.6-0.7 degrees celsius children can display abnormally high/low temperatures (transient)
54
Newborn sleep requirements
16 hours (in 3-4 hour intervals)
55
Babies 2-6 months sleep requirements
14-16 hours >3 months more regular nap routines 4 months = nap x3/day
56
Babies 6-12 months sleep requirements
14 hours + 2 longer naps
57
Toddlers 1-3 years sleep requirements
10-13 hours >2 years = 1 nap a day
58
Preschoolers 3-5 years sleep requirements
10-12 hours/day no more naps
59
School children 5-10 years sleep requirements
10-12 hours