Chapter 10 Flashcards

(44 cards)

1
Q

Cylopamine effects

A

teratogen that causes craniofacial abnormalities

“cyclopia”

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2
Q

Valproic acid

A

antilepileptic
teratogen
disripts HOX protein
mimic features of valproic acid

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3
Q

Excessive retinoic acid as teratogen

A

retinoic acid embryopathy
involves CNA, cardiac and craniofacial defects
cleft lip, cleft palate

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4
Q

PPROM

A

ROM rupture before 37 weeks

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5
Q

PROM

A

ROM rupture after 37 weeks

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6
Q

Chorioamniocentesis

A

inflammation of the placental membrane in intrauterine infection

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7
Q

Funisitis

A

inflammation of umbilical cord in intrauterine infection

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8
Q

TORCH infections

A

toxoplasmosis, rubella, cytomegalovirus, herpes,

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9
Q

Fetal infections

A

TORCH infections

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10
Q

Proportionate FGR

A

when a small for gestational age baby has proportionate organ size to their body

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11
Q

What can cause uteroplacental insufficiency? (5)

A
umbilical vascular abnormalities
placental abruption
placental thrombosis and infarction
placental infections
multiple gestations
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12
Q

Who has proportionate FGR

A

babies experiencing fetal abnormalities

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13
Q

Babies experiencing placental abnormalities

A

usually have asymmetric growth retardation of the fetus

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14
Q

Most common factors associated with SGA

A

vascular diseases and thrombophilias

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15
Q

Vascular diseases of maternal abnormalities

A

preeclampsia and chronic hypertension

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16
Q

3 common features of child born with untreated RDS

A

preterm, normal weight, associations with male, maternal diabetes, and C-section

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17
Q

2 complications of RDS

A
  1. retrolental fibroplasia

2. bronchopulmonary dysplasia

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18
Q

What are recovery RDS patients at risk for?

A

patent ductus arteriosus, intraventricular hemorrhage, necrotizing enterocolitis

19
Q

Mediator of necrotizing enterocolitis

A

PAF which promotes mucosal permeability

20
Q

Clinical presentation of necrotizing enterocolitis?

A

bloody stools, abdominal distension, circulatory collapse

21
Q

Clinical presentation of necrotizing enterocolitis?

A

bloody stools, abdominal distension, circulatory collapse

22
Q

Two routes of perinatal infection

A

transcervical (ascending)

transplacental (hematologic)

23
Q

Sequelae for transcervical infection

A

ingesting amniotic fluid, pneumonia, sepsis, and meningitis

24
Q

Sequelae for transcervical infection

A

ingesting amniotic fluid, pneumonia, sepsis, and meningitis

25
What does Parvovirus B19 do?
causes erythema infection
26
TORCH clinical manifestations
fever, encephalitis, chorioretinitis, hepatosplenomegaly, pneumonitis, myocarditis, hemolytic anemia, vesicular or hemorrhagic skin lesions
27
TORCH clinical manifestations
fever, encephalitis, chorioretinitis, hepatosplenomegaly, pneumonitis, myocarditis, hemolytic anemia, vesicular or hemorrhagic skin lesions
28
Late onset perinatal sepsis
longer latent period of when organism enters and when it shows signs *Listeria and Candida
29
Late onset perinatal sepsis
longer latent period of when organism enters and when it shows signs *Listeria and Candida
30
Immune hydrops
hemolytic anemia caused by Rh blood group incompatability between mother and fetus ex. Rh and ABO
31
Immune hydrops
hemolytic anemia caused by Rh blood group incompatability between mother and fetus
32
Cystic hygroma
localized edema or post nuchal fluid accumulation
33
Maternal Rh isoimmunization
Rhesus immune globulin that contains anti-D antibodies
34
2 consequences of destruction of red blood cells in a neonate
1. Anemia | 2. Jaundice
35
Kernicterus
yellow discoloration of brain parenchyma
36
3 causes of nonimmune hydrops
1. structural and functional cardiovascular defects 2. chromosomal anomalies 3. fetal anemia
37
3 causes of nonimmune hydrops
1. structural and functional cardiovascular defects 2. chromosomal anomalies 3. fetal anemia
38
Clinical signs of PKU (5)
strong musty diaper odor, sever mental retardation, seizures, decreased pigmentation of hair and skin, eczema
39
Clinical signs of PKU (4)
sever mental retardation, seizures, decreased pigmentation of hair and skin, eczema
40
Mechanism of maternal PKU
phenylalanine crosses the placenta and becomes teratogenic to the fetus
41
Mechanism of maternal PKU
phenylalanine crosses the placenta and becomes teratogenic to the fetus
42
Biochemical cause of PKU
phenylalanine can't be converted to tyrosine due to lack to phenylalanine hydroxylase
43
Lack of tyrosine
depigmentation of hair and skin | *tyrosine goes to melanin
44
THB form of PKU
important because it can't be treated with dietary restriction of phenylalanine