Case Study ON: University of Perpetual Help System Cauayan City, Isabela
Case Study ON: University of Perpetual Help System Cauayan City, Isabela
Case Study ON: University of Perpetual Help System Cauayan City, Isabela
CASE STUDY
ON
Presented by:
Presented to:
Clinical Instructors
& BSN3 Students
UPHS-IC
2
INTRODUCTION
Patent ductus arteriosus (PDA) is a congenital heart defect wherein a neonate's ductus arteriosus
close after birth ter birth. Symptoms are uncommon but in the first year of life include increased work of breathing
and poor weight gain. With age, the PDA may lead to congestive heart failure if left uncorrected. A patent ductus
arteriosus can be idiopathic (i.e. without an identifiable cause), or secondary to another condition. Some common
contributing factors in humans include: - Premature infants - Congenital rubella syndrome - Chromosomal
abnormalities such as Down Syndrome.
While still on mother’s womb a baby’s lungs are not needed to supply oxygen because the baby receives
its oxygen via the mother’s lungs and placenta. Since a baby’s lungs do not provide any oxygen, there is no need
for energy to be expended pumping blood to the lungs. The ductus arteriousus is a blood vessel that is present in
all babies while still in the womb that allows the blood to bypass the blood waste to the lungs; it allows blood to
flow from the pulmonary artery to the aorta. When the baby is born and the umbilical cord is cut the lungs are now
needed to supply oxygen.
In the developing fetus, the ductus arteriosus (DA) is the vascular connection between the
artery and the aortic arch that allows most of the blood from the right ventricle to bypass the fetus' fluid-filled
compressed lungs. During fetal development, this shunt protects the right ventricle from pumping against the high
resistance in the lungs, which can lead to right ventricular failure if the DA closes in-utero.
When the newborn takes its first breath, the lungs open and pulmonary vascular resistance decreases. After
birth, the lungs release bradykinin to constrict the smooth muscle wall of the DA and reduce bloodflow through the
DA as it narrows and completely closes, usually within the first few weeks of life. In most newborns with a patent
ductus arteriosus the blood flow is reversed from that of in utero flow, ie. the blood flow is from the higher pressure
aorta to the now lower pressure pulmonary arteries.
In normal newborns, the DA is substantially closed within 12-24 hours after birth, and is completely sealed
after three weeks. The primary stimulus for the closure of the ductus is the increase in neonatal blood oxygen
content. Withdrawal from maternal circulating maternal prostaglandins also contributes to ductal closure. The
residual scar tissue from the fibrotic remnants of DA, called the ligamentum arteriosum, remains in the normal adult
heart.
Patent ductus arteriosus, or PDA, is a heart condition that is normal but reverses soon after birth. In a
persistent PDA, there is an irregular transmission of blood between two of the most important arteries
proximity to the heart. Although the ductus arteriosus normally seals off within a few days, in PDA, the newborn's
ductus arteriosus does not close but remains patent. PDA is common in neonates with persistent respiratory
problems such as hypoxia, and has a high occurrence in premature children. In hypoxic newborns, too little
reaches the lungs to produce sufficient levels of bradykinin and subsequent closing of the DA. Premature children
are more likely to be hypoxic and thus have PDA because of their underdeveloped heart and lungs.
A patent ductus arteriosus allows that portion of the oxygenated blood from the left heart to flow back to the lungs
(following the pressure gradient from the higher pressure aorta to the pulmonary arteries). If this shunt amount is
substantial, the neonate becomes short of breath because there is not only the normal amount of unoxygenated blood
that has returned from the body to go to the lungs but in addition there is the amount shunted through the PDA. The
neonate's work of breathing is increased, using up more calories and often interfering with feeding in infancy. This
Signs and symptoms
Diagnosis
PDA is usually diagnosed using non-invasive techniques. Echocardiography, in which sound waves are used to
capture the motion of the heart, and associated Doppler studies are the primary methods of detecting PDA.
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Electrocardiography (ECG), in which electrodes are used to record the electrical activity of the heart, is not
particularly helpful as there are no specific rhythms or ECG patterns which can be used to detect PDA.
A chest X-ray may be taken, which reveals the overall size of neonate's heart (as a reflection of the combined mass
of the cardiac chambers) and the appearance of the blood flow to the lungs. A small PDA most often shows a normal
sized heart and normal blood flow to the lungs. A large PDA generally shows an enlarged cardiac silhouette and
increased blood flow to the lungs.
Treatment
Neonates without adverse symptoms may simply be monitored as outpatients, while symptomatic PDA can be
treated with both surgical and non-surgical methods.[3] Surgically, the DA may be closed by ligation, wherein the
DA is manually tied shut, or with intravascular coils or plugs that leads to formation of a thrombus in the DA. This
was first performed in humans by Robert E. Gross. Because Prostaglandin E-2 is responsible for keeping the ductus
patent, inhibitors of prostaglandin synthesis such as Indomethacin have been used to help close a PDA. This is an
especially viable alternative for premature infants.
In certain cases it may be beneficial to the neonate to prevent closure of the ductus arteriosus. For example, in
transposition of the great vessels, a PDA may prolong the newborn's life until surgical correction is possible. The
ductus arteriosus can be induced to remain open by administering prostaglandin analogs such as alprostadil (a
prostaglandin E1 analog).
Recent days PDA can be closed by percutaneous interventional method, through femoral vein or femoral artery, a
coil can be placed with the help of myocardial forceps to make an embolus, which closes the PDA without open
heart surgery.
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Patient’s Profile
Name: Aeg. Bebs
Age: 7 y/o
Birth date: July 2, 2002
Gender: Female
Civil Status: Single
Religion: Latter Day Saint
Nationality: Filipino
Address: Linglingay, Alicia, Isabela
Occupation: ---
Chief Complaint: Fever, Cough and Difficulty of Breathing
Admitting Diagnosis: Pneumonia
Attending Physician: Dra. Cadelina
Nursing History:
Past History
OPD APPOINTMENTS
Time Date Clinic
8 am August 10/07
8 am November 19/07
8 am November 21/07
8 am December 14/07
8 am April 23/08
8 am July 14/09
8 am November 05/09
8 am February 23/09
Social History
Family history
Physical Examination
General Survey:
General appearance/ health status
Measurements:
Weight: 14kg
Level of consciousness: spontaneous, oriented
Body build: small and scrawny
Grooming: fair
Vital Signs:
-Temperature: 39.3C
- RR: 53 cpm
- PR: 163 bpm
Date of assessment: August 11, 2009 (12:15 pm)
Head to Toe Assessment
Areas Assessed Technique Findings Analysis
Used
) Head
7.) Upper
Extremities
Impression:
Circ
ulation in the body
Systemic Circulation
From the lungs, the blood is returned to the heart through
pulmonary veins, two from each lung. From the pulmonary veins the
blood enters the left atrium and then passes through the mitral
valve to the left ventricle. As the ventricles contract, the
mitral valve prevents backflow of blood into the left atrium, and
blood is driven through the aortic valve into the aorta, the
major artery that supplies blood to the entire body. The aortic
valve, like the pulmonary valve, has a semilunar shape.
The aorta has many branches, which carry the blood to
various parts of the body. Each of these branches in turn has
branches, and these branches divide, and so on until there are
literally millions of small blood vessels. The smallest of these
on the arterial side of the circulation are called arterioles.
They contain a great deal of smooth muscle, and because of their
ability to constrict or dilate, they play a major role in
regulating blood flow through the tissues.
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Pulmonary Circulation
From the right atrium the blood passes to the right
ventricle through the tricuspid valve, which consists of three
flaps (or cusps) of tissue. The tricuspid valve remains open
during diastole, or ventricular filling. When the ventricle
contracts, the valve closes, sealing the opening and preventing
backflow into the right atrium. Five cords attached to small
muscles, called papillary muscles, on the ventricles' inner
surface prevent the valves' flaps from being forced backward.
From the right ventricle blood is pumped through the
pulmonary or semilunar valve, which has three half-moon-shaped
flaps, into the pulmonary artery. This valve prevents backflow
from the artery into the right ventricle. From the pulmonary
artery blood is pumped to the lungs where it releases carbon
dioxide and picks up oxygen.
Ductus Arteriosus
It is kept widely patent by low arterial oxygen content and
circulating prostaglandins which are produced in part by the
placenta.
Ductus arteriosus partially close within 12-24 hrs. after birth
and DA should be sealed of within 3 weeks after birth, the
closing of vessels is a normal changes occurring on baby’s
circulation after the stimulation.
In some babies, however, the ductus arteriosus remains open
(patent). This opening allows oxygen-rich blood from the aorta to
mix with oxygen-poor blood from the pulmonary artery. This can
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put strain on the heart and increase blood pressure in the lung
arteries.
COURSE IN THE WARD
Subjective: Increased After 30 min. 1. Established To gain trust & Goal partially
“nilalagnat body of nursing rapport through cooperation of met. After 30
siya” as temperature intervention, NPI. the patient and min. of nursing
verbalized by r/t pyrogenic the patient SO in the intervention,
the mother. effect due to will be able succeeding the patient’s
bacterial to decrease nursing temperature
Objective: invasion body interventions. decreases to:
temperature 2. Monitored v/s To established
-body into normal especially baseline data for Temp.: 38.4’C
temperature range of 36.8- temperature. follow up care.
above normal 37 C. To assess for
range (39.3’C) abnormal findings
-looks weak on v/s.
-looks pale 3. Performed TSB. To promote heat
-(+) cough- loss by
productive cough evaporation.
- warm to touch 4. Provided To promote
- dry lips comfortable bed. comfort.
- irritable
-increased 5. Provided cool Promotes heat
RR:53cpm environment. loss.
-increased 6. Discouraged use Promotes heat
PR:163bpm of blankets. loss.
7. Assisted patient To promote
in comfortable comfort.
position
8. Encouraged S.O. To prevent
to increase the dehydration.
patient’s fluid
intake.
8. Encouraged S.O. To provide
to let the patient comfort.
wear loose clothing
DRUG STUDY
Generic Classificati Availab Indication/ Contraindic Side effect Adverse Nursing
name on ility/ action ation reactions considerations
dosage
Cefuroxime Anti- 500 mg Treat Hypersensit Most common CNS: Before giving
Na infective, IV q8 respiratory ivity to side effects: fever drug ask patient
Antibiotic, tract cephalospor diarrhea, headache if he is allergic
2nd infection; in nausea, dizziness to penicillins or
Brand generation inhibits vomiting, . cephalosporins.
name: cephalospori cell wall headaches or CV: Obtain specimen
Profurex n synthesis, migraines, phlebitis for culture and
promoting dizziness and GI: sensitive test
osmotic abdominal pain Diarrhea before giving
instability GU: first dose.
; usually Genital Therapy may begin
bactericida pruritus, before results.
l. candidias Drug is commonly
is used in home
Hematolog antibiotics
ic: programs for
leukaemia outpatient
Skin: treatment of
pain serious infection
induratio Don’t confuse
n drug with other
tendernes cephalosporin
s at that sound like.
injection
site,
rash,
pruritus.
Generic
name: Antiasthmati 1 neb. Management Hypertrophi >serious Hypersens Assess lung
Albuterol c, COPD TID of c side itivity sounds, pulse,
Preparations reversible obstructive effects: reactions and blood
, bronchospas cardiomyopa : pressure before
an allergic
Brand Bronchodilat m thy or Hypokalae administration
name: or associated tachyarryth reaction mia and during peak
Duavent w/ mia. (difficulty Tremor, of medication.
obstructive Hypersensit breathing; headache, Note amount,
airway ivity to closing of your hyperacti colour, and
diseases soya throat; vity, character of
lecithin or swelling of tachycard sputum produced.
related your lips, ia, Withhold
food tongue, or palpitati medication and
products face; or ons, notify physician
(for MDI). hives); or cardiac if paradoxical
chest pain or arrhythmi bronchospasm
irregular a, (wheezing) had
heartbeats. periphera been observed.
>less serious l
side effects: vasodilat
headache; ation,
dizziness or muscle
lightheadedness cramps.
; Pulmonary
insomnia; oedema,
tremor or myocardia
nervousness; l
sweating; ischaemia
nausea, , nausea
vomiting, or &
diarrhea; or vomiting
dry mouth. (IV
infusion)
.
Paradoxic
al
bronchosp
asm,
mouth &
throat
irritatio
n
(inhaled
prep).
Lactic
acidosis
(nebule/I
V
infusion
DISCHARGED PLAN
SUBJECTIVE: Body weakness After the shift Independent: -to gain Goal met.
Nanghihina related to disease (7-3pm) the >established rapport cooperation and After the
siya. As state. patient will be through NPI. trust from the nursing
verbalized by the able to ensure >monitored VS patient and the SO interventions
SO(mother) of the more strength- (PR,RR,T) -to establish the patient
patient gained baseline data and can ensured
to assess early more strength-
OBJECTIVES: >encouraged patient abnormal VS gained as
Paleness to eat foods which -carbohydrates evidenced by:
Increase is high in sustain enough -good looking
RR(53cpm) carbohydrates energy on our -can do things
Weak looking body, serves as such as
Easy >encouraged use of body fuel walking
fatigability relaxation -to facilitate -RR within
techniques(breathing relaxation/ to normal range
technique-tet spell) feel relax
>instructed patient
to have complete
sleep hours(8- -to have rest and
10hours) appropriate gain more strength
to her age
>encouraged patient
to express positive -it can enhance
emotions feelings of power
>instructed the
patient not to show -negative emotions
emotions such as can lessen energy
anger, frowning and
other negative
emotions
>encouraged soft -to prevent
diet aspiration
ASSESSMENT DIAGNOSIS PLANNING INTERVENTIONS RATIONALE EVALUATION
Subjective: Knowledge At the end of Assessed client’s Learning depends on Goal met. The
”laro lang po deficit the shift, the ability to learn emotional and physical client
ako ng laro un related to client will readiness and is verbalized
pala bawal po”,
Subjective: lack of
Diagnosis: verbalize
Planning: Interventions: achieved Rationale:
at an little
Evaluation:
as verbalized exposure to understanding of individual pace understanding
by siya
Hindi the patient.
araw- information
>Self-care disease, Provided>established Written
After the shift(7- rapport information
-to gain trust andon Goal
his disease
met,
araw kung maligo deficit: process/programs
3am) the instruction and NPI relieves cooperation
through client of the
of theandAfter
prevention
the
tinatamad siya bathing/hygieneand prevention. specific
SO/patient will written burden of having to
patient and the being imposed..
shift(7-3am)
sabi niya saakin. related to agree on the information for
>discussed remember -To
the large amounts
assure the the SO/patient
As verbalized by decreased motivation client to refer to of
purposes of health information.
patient not to be agreed on the
the SO of the motivation. techniques in Repetition
teaching(on bathing) strengthens
offended motivation
patient. bathing the >discussed the learning.-to get knowledge techniques in
patient. Provides
disadvantages and opportunity
about bathing to bathing the
advantages ofcorrect patient.
Objective: Encouraged
bathing misconceptions/alleviate
client/SO to
>guided anxiety. -to
the client Inadequate
maintain or
-(+)infestation of verbalize
in meeting her finances/prolonged
promote a sense of
lice fears/concerns.
needs(bathing) denial may affect coping
wellbeing
-odorous smell Answers questions with managing the task
- dirty finger factually. Note necessary-for
>provided privacy to regain
easy
nail prolonged
anduse of
equipment health
within accessible of the
denial easy reach during patient on the
personal care May indicate progression
equipments needed
activities. of disease or side
>provided foreffects of medications
-Enhances
communication among coordination and
those who are continuity of care
Meeting
involved in caring metabolic needs
for/assistinghelpsthe minimize fatigue
Identified
client. and promote recovery.
symptoms>discussed
that Fluids aid
the -toinpromote
should be reported ofliquefying/expectorating
importance taking cleanliness
to health care daily secretions
a bath
provider,
teachers(e.g.
chest pain, fever, Enhances cooperation
difficulty of with therapeutic regimen
breathing) It is important that
Emphasized the anti-tuberculosis drugs
importance of not to be discontinued
maintaining high- because of nuisance side
protein and effects
carbohydrate diet