Week 4 Content Flashcards
Basic Problems (heart)
Obstruction of Blood Flow- eventually causes _______________
Increased Pulmonary Blood Flow early causes P ________
Later can cause ↑ P Artery _____
Obstruction of Blood Flow- eventually causes heart failure
Increased Pulmonary Blood Flow early causes P edema
Later can cause ↑ P Artery HTN
Fetal Oxygen saturation is _____%
50-55
BLUE Baby vs PINK Baby
Depends on __________ and if Foremen Ovale and/or Ductus Arteriosus stays _____.
Blood moves from ___________________________________
Blood moves towards least resistance
Normal Heart- ______ side is higher pressure
If there are holes, blood moves Left to right
Depends on shunting and if Foremen Ovale and/or Ductus Arteriosus stays open.
Blood moves from higher pressure to lower pressure
Blood moves towards least resistance
Normal Heart- Left side is higher pressure
If there are holes, blood moves Left to right
Congestive Heart Failure
Heart is unable to ______________________________ to meet metabolic demands of the body
Heart is unable to pump sufficient cardiac output to meet metabolic demands of the body
Associated Clinical Signs & Symptoms of CHF
- Diaphoresis
- Poor _________
- Irritability
- Failure to ______
Pulmonary congestion
* __________
* Retractions, nasal _______
* Cough
- Diaphoresis
- Poor feeding
- Irritability
- Failure to thrive
Pulmonary congestion
* Tachypnea
* Retractions, nasal flaring
* Cough
Causes of CHF
- __________ heart disease
- Non-structural myocardial factors
– Viral myocarditis
– Birth trauma - ___________ - Too fast or too slow
- Congenital heart disease
- Non-structural myocardial factors
– Viral myocarditis
– Birth trauma - Dysrhythmias - Too fast or too slow
Clinical Manifestations of CHF
Pulmonary congestion
* ____________
* Retractions, nasal flaring
* Cough
Tachypnea
Management of the Child with CHF
- Promote myocardial efficiency
- _________ , afterload reducers
- Minimize volume overload
- __________
- Decrease cardiac workload
- Minimize energy expenditures
- Provide adequate ________
- Promote myocardial efficiency
- Digoxin, afterload reducers
- Minimize volume overload
- Diuretics
- Decrease cardiac workload
- Minimize energy expenditures
- Provide adequate nutrition
CHF Provide Adequate Nutrition
- Small, ________ feedings
- Position during feeding
- Breast vs. bottle
- High ________ feeding
- Gavage feeding
- __________ tube
- Small, frequent feedings
- Position during feeding
- Breast vs. bottle
- High caloric feeding
- Gavage feeding
- Gastrostomy tube
Cyanosis
Blue color of skin and mucous membranes due to increased concentration of
reduced ____________ (low O2 saturation)
hemoglobin
Clinical Manifestations of Cyanosis
- Blue color at _____ , __________ , mucous membranes
- Tachypnea
- Cyanosis increases with _______
- Long-term: polycythemia, __________
- Blue color at lips, nailbeds, mucous membranes
- Tachypnea
- Cyanosis increases with crying
- Long-term: polycythemia, clubbing
Management of Cyanosis
* Child will usually limit self
* ____ usually not effective
* Interventional cardiac _____________
* Surgery
- Child will usually limit self
- O2 usually not effective
- Interventional cardiac catheterization
- Surgery
Work-up for Congenital Heart Disease
* Careful H&P
* Chest _____
* _____
* Echocardiogram
* Cardiac _____________ (+/-)
* Diagnostic
* Interventional
- Careful H&P
- Chest X-ray
- ECG
- Echocardiogram
- Cardiac catheterization (+/-)
- Diagnostic
- Interventional
Pre-catheterization procedure
* Vital signs, pulse __________
* Mark ______ pulses
* Laboratory analysis
* ____________
* CBC
* electrolytes
- Vital signs, pulse oximetry
- Mark pedal pulses
- Laboratory analysis
- Coagulopathies
- CBC
- electrolytes
Post catheterization problems
* Cardiopulmonary instability
* _________
* Vessel dissection
* _______ at site
- Cardiopulmonary instability
- Thrombosis
- Vessel dissection
- Bleeding at site
Post-cath nursing
* Assess _________ from anesthesia, VS, pulse ox
* Assess cath _______
– pressure dressing __ hours post catheterization
* Assess perfusion distal to cath site
* Keep affected leg “________”
* Discharge:
* Small bandage at site
* no tub bathing for 3 days
- Assess recovery from anesthesia, VS, pulse ox
- Assess cath site
– pressure dressing 4 hours post catheterization - Assess perfusion distal to cath site
- Keep affected leg “straight”
- Discharge:
- Small bandage at site
- no tub bathing for 3 days
Patent Ductus Arterious
Common in preterm
__ > ____ shunting
CHF
Treatment:
Indomethacin
Interventional cath _____ occlusion
Surgical repair for preterm infants
Common in preterm
L→R shunting
CHF
Treatment:
Indomethacin
Interventional cath coil occlusion
Surgical repair for preterm infants
Ventricular Septal Defect
Most ________ CHD
High pressure L→R shunt
pulmonary __________
Significant CHF
Repair in first year
CP ________
Interventional cath [not FDA approved]
Most common CHD
High pressure L→R shunt
pulmonary hypertension
Significant CHF
Repair in first year
CP bypass
Interventional cath not FDA approved
Coarctation of the Aorta
Classic finding _____ BP is higher than _____ BP by 10+ mmHg
Often asymptomatic
Surgical repair does not require CP bypass
Recoarctation – balloon angioplasty
Classic finding arm BP>leg BP by 10+ mmHg
The cuff bladder width should be approximately ___ % of the circumference of the arm measured at a point midway between the olecranon and acromion.
40
Tetralogy of Fallot
Most ________ cyanotic heart defect
Mild cyanosis at birth progresses
“tet” (hypercyanotic) spell
Repair as ________
Most common cyanotic heart defect
Mild cyanosis at birth progresses
“tet” (hypercyanotic) spell
Repair as infant
Infective Endocarditis
- Infection of ____________ & intracardiac ______
** Streptococcus viridans most common agent
— Also staph, candida, gm – organisms
Children with ____ at highest risk of infection
* Valvular abnormalities
* Prosthetic valves
* High pressure shunts
- Infection of endocardium & intracardiac valves
** Streptococcus viridans most common agent
— Also staph, candida, gm – organisms
Children with CHD at highest risk of infection
* Valvular abnormalities
* Prosthetic valves
* High pressure shunts
Kawasaki Disease (mucocutaneous lymph node syndrome)
- Widespread inflammation of small & medium size _________
> LV dysfunction - Incidence: ~140 per 100,000 children < 5 years
- Males > females
- Disease process is self-limited
- Cardiac sequelae in 25% of children untreated
> Coronary artery __________
- Widespread inflammation of small & medium size vessels
> LV dysfunction - Incidence: ~140 per 100,000 children < 5 years
- Males > females
- Disease process is self-limited
- Cardiac sequelae in 25% of children untreated
> Coronary artery aneurysms
Kawasaki Disease (mucocutaneous lymph node syndrome) - _________ unclear
- Infectious agent (?)
- Late winter, early spring outbreaks
- May be final result of multiple organisms
Etiology
Kawasaki Disease (mucocutaneous lymph node syndrome)
Child must exhibit ___ of the following (including fever):
* ______ for > 5 days
* Bilateral conjunctival injection without exudate
* ______ mucous membrane erythematous dry, cracked, “strawberry tongue”
* Extremity edema, erythema & desquamation
* Rash varied, not raised
* Cervical lymphadenopathy
Child must exhibit 5 of the following (including fever):
* Fever for > 5 days
* Bilateral conjunctival injection without exudate
* Oral mucous membrane erythematous dry, cracked, “strawberry tongue”
* Extremity edema, erythema & desquamation
* Rash varied, not raised
* Cervical lymphadenopathy
Kawasaki Disease (mucocutaneous lymph node syndrome)
Laboratory analysis
* ↑ _____
* ↑ ___________rate
* ↑ LFT’s
* Thrombocytosis
* Baseline & serial echocardiograms
- ↑ WBC
- ↑ sedimentation rate
- ↑ LFT’s
- Thrombocytosis
- Baseline & serial echocardiograms
Kawasaki Disease (mucocutaneous lymph node syndrome) Management
- High-dose intravenous immune _____________ (2g/kg IV over 10-12 hours) ASAP
- _______ - initially high (antiinflammatory) then low (antiplatelet) dosing for 6-8 weeks
- Warfarin if giant aneurysms (> 8 mm)
- High-dose intravenous immune globulin (IVIG) (2g/kg IV over 10-12 hours) ASAP
- ASA (Aspirin) - initially high (antiinflammatory) then low (antiplatelet) dosing for 6-8 weeks
- Warfarin if giant aneurysms (> 8 mm)
Normal urine output is age-dependent: In general a hospitalized infant and child is expected to have at least ____ ml/kg /hour urine output
1-2
Blood enters the healthy __________ where it is filtered of wasted : the glomerulus is attached to the opening of a small fluid-collecting tube called a tubule. Once in the tubule the waste is called urine.
glomerulus
Nephrotic Syndrome
- Primary (____%) unclear on why it occurs
Cases can get better only to exacerbate later.
Most children that present have South ______ decent but African American children will have poorer outcomes-the disparities seem to be genetic and how well they respond to Steroid treatment. Need more studies - Secondary (caused by ___________)
Results from systemic illness, lupus, diabetes, sickle cell
- Primary (80%) unclear on why it occurs
Cases can get better only to exacerbate later.
Most children that present have South Asian decent but African American children will have poorer outcomes-the disparities seem to be genetic and how well they respond to Steroid treatment. Need more studies - Secondary (caused by something else)
Results from systemic illness, lupus, diabetes, sickle cell
Nephrotic Syndrome:
↑Permeability of Basement ____________
Becomes Permeable to ______________ that are normally too big to be filtered out
↑Permeability of Basement Membrane
Becomes Permeable to plasma proteins that are normally too big to be filtered out
Nephrotic Syndrome
- __________ : MASSIVE amounts of protein in urine – dark yellow frothy urine
- Most common protein lost is ________ but IMMUNOGLOBULINS also lost in urine
which are important to prevent infections - – Severe generalized ________ (called Anasara ) Due to loss of serum protein
Due to loss of colloidal pressure: fluids exits the blood vessels and enters the tissues to attempt to equalize the water to protein concentration .
- Proteinuria : MASSIVE amounts of protein in urine – dark yellow frothy urine
- Most common protein lost is ALBUMIN but IMMUNOGLOBULINS also lost in urine
which are important to prevent infections - – Severe generalized edema (called Anasara ) Due to loss of serum protein
Due to loss of colloidal pressure: fluids exits the blood vessels and enters the tissues to attempt to equalize the water to protein concentration .
Nephrotic Syndrome Lab:
- ↓ Serum Total _________
- ↓ Serum _________-
caused increase in serum cholesterol and triglycerides - ↑ Massive _________
- Usually normal BUN Creatinine
- KIDNEY BIOPSY and analysis is definitive diagnosis
- ↓ Serum Total Protein
- ↓ Serum Albumin-
caused increase in serum cholesterol and triglycerides - ↑ Massive Proteinuria
- Usually normal BUN Creatinine
- KIDNEY BIOPSY and analysis is definitive diagnosis
Nephrotic syndrome Nursing Assessment
- Severe generalize __________
- Lethargy
- Anorexia
- ______ yellow urine
- Difficult IV access
- Severe generalize edema
- Lethargy
- Anorexia
- Frothy yellow urine
- Difficult IV access
Nephrotic syndrome Nursing Care
- IV ________
- _________ if not responsive to steroids (non oncologic chemo)
- IV Albumin (increases serum albumin, fluid then is pulled into blood vessels from tissues)
- Diuretics are usually given to follow the albumin
- Diuretics alone do not work well due to low protein concentration in the nephron tubules.
- Protect from infections
- Provide skin care- edematous skin big risk for breakdown
- IV Steroids
- Cytoxin if not responsive to steroids (non oncologic chemo)
- IV Albumin (increases serum albumin, fluid then is pulled into blood vessels from tissues)
- Diuretics are usually given to follow the albumin
- Diuretics alone do not work well due to low protein concentration in the nephron tubules.
- Protect from infections
- Provide skin care- edematous skin big risk for breakdown
Nephrotic syndrome Nutrition
- _________ Protein ( high protein can damage nephrons)
- Low ______
- avoid:
processed cheeses.
high-sodium meats (bologna, ham, bacon, sausage, hot dogs)
frozen dinners and entrées.
canned meats.
pickled vegetables.
salted potato chips, popcorn, and nuts.
salted bread.
canned soups /cup of soups
- Normal Protein ( high protein can damage nephrons)
- Low Salt
- avoid:
processed cheeses.
high-sodium meats (bologna, ham, bacon, sausage, hot dogs)
frozen dinners and entrées.
canned meats.
pickled vegetables.
salted potato chips, popcorn, and nuts.
salted bread.
canned soups /cup of soups
Acute Glomerulonephritis [post strep] –
__________ complex response
Acute inflammation of the kidney at the __________, caused by an immune antigen/ antibody response.
Antibody complexes clog up glomerulus and decrease filtration.
Leaks Red blood cells and a little protein
immune complex response
Acute inflammation of the kidney at the glomerulus, caused by an immune antigen/ antibody response.
Antibody complexes clog up glomerulus and decrease filtration.
Leaks Red blood cells and a little protein
Acute Glomerulonephritis [post strep]
- Congested Inflamed Glomeruli results in ________ __________ of fluid
- Results in fluid retention and Hypertension
- Increase retention of ______ in blood so ↑ serum BUN and Creatinine
- Low urine output can lead to ↑ serum Potassium
- Congested Inflamed Glomeruli results in decrease filtration of fluid
- Results in fluid retention and Hypertension
- Increase retention of waste in blood so ↑ serum BUN and Creatinine
- Low urine output can lead to ↑ serum Potassium
Acute Glomerulonephritis [post strep] Nursing Assessment
- Eye and facial ______
- Peripheral edema
- __________
- Irritability
- Urine is dark cola/tea colored
- Light to moderate proteinuria
- Oliguria (decreased urine output) UOP
- edema
- Hypertension
Acute Glomerulonephritis Lab
- ↑Antistreptolysin O (ASO) titer due to _____________ (diagnostic)
- ↑ BUN and creatinine
- ↑ Potassium with decreased urine output
immune response
Acute Glomerulonephritis
Diet Same as Nephrotic Syndrome
* In addition if low urine output restrict ________
Diet Same as Nephrotic Syndrome
* In addition if low urine output restrict POTASSIUM
Acute Glomerulonephritis
* _______
* Occurs post _________ infection
* _____ loss of protein
- Acute
- Occurs post strep throat infection
- Mild loss of protein
Nephrotic Syndrome
* More ________
Can have remissions and exacerbations over years
* Most cause is ________
* ________ loss of protein
- More chronic
Can have remissions and exacerbations over years - Most cause is idiopathic
- Massive loss of protein
Nephrotic Syndrome
* ________- severe generalized
* Blood Pressure- Normal
* Urine- dark frothy yellow (tons of protein)
* ASO titer negative
- Edema- severe generalized
- Blood Pressure- Normal
- Urine- dark frothy yellow (tons of protein)
- ASO titer negative
Acute Glomerulonephritis
* Edema- milder face around the eyes/possibly extremities
* Blood Pressure _________
* Urine has hematuria (dark cola/tea colored)
* ASO titer ________
- Edema- milder face around the eyes/possibly extremities
- Blood Pressure Elevated
- Urine has hematuria (dark cola/tea colored)
- ASO titer positive
DM1
Type 1 DM is believed to be an ___________ disease, arising when a person with a genetic predisposition is exposed to aprecipitating event such as a viral infection.
________ is a prominent factor in the etiology Onset typically in childhood and adolescence but can occur at any age
Most childhood cases <__ yrs. of diabetes mellitus are type 1
Type 1 DM is believed to be an autoimmune disease, arising when a person with a genetic predisposition is exposed to aprecipitating event such as a viral infection.
Heredity is a prominent factor in the etiology Onset typically in childhood and adolescence but can occur at any age
Most childhood cases <10 yrs. of diabetes mellitus are type 1
Ketoacidosis
When glucose is unavailable for cellular metabolism, the body breaks down ________ and ketones are released.
Excess ketones are eliminated in ______ (ketonuria) or by the _______ (acetone breath)
___________ in the blood are strong acids that decrease serum pH and produce ketoacidosis
When glucose is unavailable for cellular metabolism, the body breaks down proteins and ketones are released.
Excess ketones are eliminated in urine (ketonuria) or by the lungs (acetone breath)
Ketones in the blood are strong acids that decrease serum pH and produce ketoacidosis
S & S of DKA
______ deep breathing (Kussmauls Respirations)
body’s attempt to breathe off _____ in an attempt to increase pH
_________ Urine Output
_______-smelling breath.
Fast deep breathing (Kussmauls Respirations)
body’s attempt to breathe off C02 in an attempt to increase pH
Increased Urine Output
Fruity-smelling breath.
Nonspecific Signs and Symptoms DKA
_____ skin and mouth.
Flushed face.
________
Nausea and Vomiting
Dry skin and mouth.
Flushed face.
Headaches
Nausea and Vomiting
Diabetic Ketoacidosis (DKA)
Pediatric ____________
Results from progressive deterioration with dehydration, electrolyte imbalance, acidosis, coma; may cause death
Therapy: Should be instituted in an ____________________ setting
Pediatric emergency
Results from progressive deterioration with dehydration, electrolyte imbalance, acidosis, coma; may cause death
Therapy: Should be instituted in an intensive care unit setting
DKA Treatment in ICU
IV ________ continuous infusion
Every one hour ________
Balance D5W with NS – depends on serum glucose
Monitor Serum Potassium
Never turn off ________ , if glucose drops <250 add more glucose
________ is the only thing that corrects the acidosis
IV Insulin continuous infusion
Every one hour glucose
Balance D5W with NS – depends on serum glucose
Monitor Serum Potassium
Never turn off Insulin, if glucose drops <250 add more glucose
Insulin is the only thing that corrects the acidosis
Long-Term Complications of Diabetes Mellitus
___________ complications, especially nephropathy and retinopathy
Macrovascular disease, neuropathy
With poor control, vascular changes as early as 2.5 to 3 years after diagnosis
With excellent control, can be delayed ___ years
Microvascular complications, especially nephropathy and retinopathy
Macrovascular disease, neuropathy
With poor control, vascular changes as early as 2.5 to 3 years after diagnosis
With excellent control, can be delayed 20 years
Situations that increase need for Insulin
Increased ____________ intake
Illnesses
Decreased ______________
Increased carbohydrate intake
Illnesses
Decreased physical activity
Situations that decrease need for Insulin and that can cause hypoglycemia
Missed ______
Increased __________
Missed Meal
Increase Exercise
S& S of hypoglycemia
________..
feeling _________.
dizziness.
feeling ________..
tingling lips.
feeling ________.or trembling.
a fast or pounding ________.(palpitations)
becoming easily ________., tearful, anxious or moody.
sweating.
feeling tired.
dizziness.
feeling hungry.
tingling lips.
feeling shaky or trembling.
a fast or pounding heartbeat (palpitations)
becoming easily irritated, tearful, anxious or moody.
Treat Hypoglycemia
Able to take PO
__________
Glucose Gel tabs
Can’t tolerate PO
__________
Able to take PO
Orange juice
Glucose Gel tabs
Can’t tolerate PO
IV glucose
Problems with Compliance [T1D]
Parental non- compliance
-Need to have a home with a ___________
-Need to understand life and death consequences
-Always ___________ non- compliance – may need to refer to Child Protective Services.
Adolescents/Young Adults
-Social Services
-Support Group
Parental non- compliance
-Need to have a home with a refridgerator
-Need to understand life and death consequences
-Always investigate non- compliance – may need to refer to Child Protective Services.
Adolescents/Young Adults
-Social Services
-Support Group
Monroe Kellie Doctrine:
The Monro-Kellie doctrine or hypothesis states that the sum of volumes of brain, cerebrospinal fluid (CSF) and intracerebral blood is _______.
An increase in one should cause a reciprocal decrease in either one or both of the remaining two.
The Monro-Kellie doctrine or hypothesis states that the sum of volumes of brain, cerebrospinal fluid (CSF) and intracerebral blood is constant.
An increase in one should cause a reciprocal decrease in either one or both of the remaining two.
Basic Problems (heart)
Decreased Pulmonary Blood Flow- ↓ ____________
_______ of Deoxygenated Blood with Oxygenated Blood
Decreased Pulmonary Blood Flow- ↓oxygenation
Mixing of Deoxygenated Blood with Oxygenated Blood
If there are holes in heart, blood moves ___________ ?
Left to right
A baby has VSD & CHF
He is underweight why?
He is underweight because of CHF induced failure to thrive
He is exhuasted, so not eating as much as he should
VSD is a birth defect with _________________ between the ventricles of the heart
abnormal connection
____ are the most common heart defect
VSDs
VSD >
With the holes, the blood pumps from left to right ventricle
This causes mixing of red and blue blood
this may be heard as a
Heart murmur
Tetralogy of Fallot
Infective Endocarditis- portals of Entry
**_______ work – S. viridans
Cardiac surgery
Indwelling lines
Dental
Infective Endocarditis Diagnosis
+ _______________ (definitive diagnosis)
ECG changes (prolonged PR)
Cardiomegaly
Anemia
↑ ESR, WBC
Hematuria
Vegetations seen on echocardiogram
blood culture
Infective Endocarditis - PREVENTION is key
_________ (PO or IV) 1 hour prior to procedure
IE prophylaxis for complex cardiac defects
Most dental procedures (including teeth cleaning)
Procedures involving respiratory tract, infected skin, skin structures or musculoskeletal tissue
Antibiotic
Infective Endocarditis Prognosis
____% successful if treated early
High risk patients
Infants
Resistant organisms
Fungal infection
Death from CHF, MI, emboli, cardiac perforation
80% successful if treated early
High risk patients
Infants
Resistant organisms
Fungal infection
Death from CHF, MI, emboli, cardiac perforation
Nursing Considerations for IVIG
- Blood Product pooled from 1000s of donor concentrated immune globulins
- Modulates the cytokine toxins that contribute to the manifestations of Kawasaki’s
- Activates the recipients T cell functions improves immune response
- Must have an informed ________
- Must screen for previous _________ to IVIG
- Must start administration ________ 0.5 to 1ml/kg over 15-30 minutes
- Monitor for reactions similar to blood products but are mostly due to the stabilizing components in manufacturing process.
- This is a manufactured product but does have a rare risk of passing on __________
- Blood Product pooled from 1000s of donor concentrated immune globulins
- Modulates the cytokine toxins that contribute to the manifestations of Kawasaki’s
- Activates the recipients T cell functions improves immune response
- Must have an informed Consent
- Must screen for previous reactions to IVIG
- Must start administration slowly 0.5 to 1ml/kg over 15-30 minutes
- Monitor for reactions similar to blood products but are mostly due to the stabilizing components in manufacturing process.
- This is a manufactured product but does have a rare risk of passing on bacteria
Left-to-right shunting: Causes pulmonary overcirculation, leading to signs of heart failure like _______ breathing, sweating, and failure to thrive.
rapid
Right-to-left shunting: Can lead to______________ , hypoxia, fatigue, and poor feeding, as deoxygenated blood is circulated.
cyanosis (bluish skin)
Infective Endocarditis Nursing
METICULOUS ______ health & care
Teach need for & specifics of SBE _________
High index of suspicion for children with CHD
Teach symptoms of SBE
METICULOUS oral health & care
Teach need for & specifics of SBE prophylaxis
High index of suspicion for children with CHD
Teach symptoms of SBE
Medications for Congestive Heart Failure (CHF)
Diuretics (e.g., furosemide): To reduce fluid overload.
Digoxin: To improve heart contractility.
ACE inhibitors (e.g., enalapril): To lower blood pressure and reduce strain on the heart.
Beta-blockers (e.g., carvedilol): To decrease the heart’s workload.
Digoxin: To improve heart _____________.
contractility
Diuretics (e.g., furosemide): To reduce _____________
fluid overload.
ACE inhibitors (e.g., enalapril): To lower ______________ and reduce strain on the heart.
blood pressure
Beta-blockers (e.g., carvedilol): To decrease the heart’s ___________.
workload
Infants with congenital heart disease (CHD) often have difficulty _______________ due to poor feeding, increased metabolic demands, and heart failure symptoms that impact their ability to thrive.
gaining weight
Low Cardiac Output Symptoms:
Fatigue, weak _______, ______ extremities, poor capillary refill, _________ urine output, _____________, and altered mental status.
Fatigue, weak pulses, cold extremities, poor capillary refill, decreased urine output, hypotension, and altered mental status.
What pulmonary symptoms occur with congestive heart failure?
- Tachypnea
- Retractions, nasal flaring
- Cough
More:
Dyspnea
Exercise intolerance
Orthopnea
hoarseness
Cyanosis
Wheezing
Grunting
Besides pulmonary symptoms what other organ can be affected in congestive heart failure?
_______ : Hepatomegaly (enlarged liver) from blood backing up in the venous system.
__________ : Decreased perfusion leading to reduced urine output (oliguria).
Liver: Hepatomegaly (enlarged liver) from blood backing up in the venous system.
Kidneys: Decreased perfusion leading to reduced urine output (oliguria).
What causes clubbing and polycythemia in a cardiac patient?
Clubbing: Chronic _______ (______________) causes the tips of the fingers and toes to become rounded and enlarged.
Polycythemia: The body produces more red blood cells to compensate for _____________
Clubbing: Chronic hypoxia (low oxygen levels) causes the tips of the fingers and toes to become rounded and enlarged.
Polycythemia: The body produces more red blood cells to compensate for chronic hypoxia.
Nursing care of post cardiac cath pt
How do you keep involved extremity?
Keep affected leg straight
Nursing care of post cardiac cath pt
how long do you need a pressure dressing or bag
intact for at least 4 hours
Post-Cardiac Cath Assessments:
Monitor for bleeding at the insertion site.
Check pulses
capillary refill time
VSD (Ventricular Septal Defect) is a hole in the septum between the left and right ventricles, leading to a _______________, which can cause pulmonary overcirculation and heart failure.
left-to-right shunt
What complications can occur to a patient’s lungs with a L to R shunt-?
Increased pulmonary blood flow can cause
pulmonary __________
congestive _____________
respiratory __________.
Increased pulmonary blood flow can cause
pulmonary hypertension
congestive heart failure
respiratory distress.