Cardiac Flashcards

(32 cards)

1
Q

A congenital heart disease can be either ____ or ____

A

Acyanotic or Cyanotic

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2
Q

What is an Acyanotic heart defect?

A

One that caused increased pulmonary blood flow and causes CHF or causes an obstruction from ventricles to blood flow

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3
Q

What are the 3 main Acyanotic heart defects that cause increased pulmonary blood flow

A
  • ASD= atrial septal defect
  • VSD =ventricular septal defect
  • PDA= Patent Ductis atreriosus
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4
Q

What are the 3 main Acyanotic heart defects that cause an obstruction from ventricles to blood flow

A
  • Coarctation of aorta
  • Aortic Stenosis
  • Pulmonic stenosis.
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5
Q

How are Acyanotic heart defects repaired?

A

Using sutures and patches

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6
Q

Most infants are born with a ___ heart defect

A

PDA

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7
Q

A PDA will often correct itself after ___. This closure is caused by ____

A

the infant takes its first breath

-decreased Prostiglandins

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8
Q

If a child has a cyanotic heart defect and also has an open PDA what needs to be done?

A

The PDA needs to be kept open

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9
Q

A cyanotic heart defect is one that can cause ___ or ___

A

Decreased pulmonary blood flow or Mixed blood flow

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10
Q

What are the two cyanotic heart defects that cause Decreased pulmonary blood flow?

A
  • Tetralogy of fallout

- Tricuspid atresia

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11
Q

What are the two types of cyanotic heart defect that cause mixed blood flow?

A
  • Transposition of great arteries

- Truncus arteriosus

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12
Q

What two acyanotic heart defects can close spontaneously?

A

ASD and VSD

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13
Q

What are the four individual aspect fo tetrology of fallot?

A
  • Overriding Aorta
  • Pulmonic Stenosis
  • VSD
  • Right Ventricular hypertrophy
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14
Q

What is one sign that a child with a repaired heart defect has outgrown their repair

A

-intermittent Squatting to rest while being active

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15
Q

What medication is given to close heart defects?

A

indomethosin

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16
Q

What medication is given to keep heart defects open?

A

Prostiglanden

17
Q

What is Kawasaki’s disease?

A

Inflammation of the small and medium arteries, including the coronary arteries

18
Q

Explain the process of Kawasaki’s disease.

A

It is a multi-system vasculitis that occurs in three phases.
The total sick time of this disease is up to 40 days
1. begins with a fever, rahses, strawberry toungs, and swelling of hands and feet
2. The fever lowers, skin peals, loss of appetite, irritable, arthriris
3.DROP in ESR, illness begins to deminish

19
Q

What are the treatments for Kawasaki’s disease?

A

Aspirin the only time for peds

and gamma globulin

20
Q

After Kawasaki’s disease has run its course, what is the next important step?

A

To go to a cardiac followup to assess damage to CV system

21
Q

What is rheumatic fever?

A

Caused by poorly treated strep.

-It is an inflammatory disorder of the connective tissue

22
Q

How does Rheumatic fever present?

A

Pericarditis, myocarditis, alavulitis, polyarthrusus

23
Q

What is one lab test that can indicate rheumatic fever?

A

elevated ESR and must have a positive strep test with elevated antibodies

24
Q

What is the treatment for rheumatic fever?

A
  • Bed rest
  • ABO
  • Anti-inflammatory therapy (ibu or APAP)
25
What followup should follow an instance of rheumatic fever?
Cardiac | 70% of cases show no residual heart disease
26
How is rheumatic fever graded?
the jones criteria
27
What is endocarditis?
inflammation of the valves and inner lining of the heart
28
How do you get endocarditis?
Organisms enter your blood stream through many different routes. and the infect your heart
29
what are the s/s of endocarditis?
new or changed murmur, joint/muscle ache, low grade fever, diaphoresis, weight loss, dysphnea, petechiae, lethargy
30
How is endocarditis treated?
Long term perenteral drug therapy and o2
31
Who is at high risk for endocarditis?
-Children with heart defects
32
How is endocarditis prevented in high risk children
Propholatic ABO therapy prior to invasive procedures