ANGE AN GELE LES S UN UNIV IVER ERSI SITY TY FO UN UNDA DATI TION ON COLLEGE OF NURSING S.Y. 2013 – 2014
CASE STUDY ABOUT CORONORY ARTERY DISEASE WITH UNSTABLE ANGINA
SUBMITTED BY: BUENAFE, PATRICIA MARIE MANALANG, MA. CLARELLE SULA, JANNICA BSN III – 3 (GROUP 11)
SUBMITTED TO: DENNISON JOSE C. PUNSALAN, RN, MN CLINICAL INSTRUCTOR
OCTOBER 11, 2013
I. INTRODUCTION “Every man's disease is his personal property.” -Alonzo Clark
A person should be able to take care of his body in order to maintain a healthy life. It is because health because health refers to the levels of functional or metabolic metabolic efficiency efficiency of living living beings. In humans, humans, it is the general condition of a person's mind and body, usually meaning to be free from from illness, illness, injury injury or needless needless pain. pain. That That is why the quote said that a sick person is in his personality. During the Ottawa Charter for Health Promotion in 1986, the WHO said that health is a resource for everyday life, not the objective of living. Health is a positive concept emphasizing social and personal resources, as well as physical capacities (http://www.medicalnewstoday.com/articles/150999.php) but since health is a basic need of a person and it does not mean that if you are not sick, you are healthy, it is now presented as a complete physical, mental and social well-being and not merely the absence of disease or infirmity or simply health is the wholeness of one person. As a person is growing up, he or she cannot prevent a certain disease coming from his body parts like the brain and heart. The etiology may be coming from the hereditary/genetics, age or idiopathic. That is a disease is being manifested by a person whether it is symptomatic or asymptomatic. (http://www.medicalnewstoday.com/articles/150999.php) Coronary Artery Disease happens when the arteries that supply blood to heart muscle become hardened and narrowed. This is due to the buildup of cholesterol and other material, called plaque, on their inner walls. This buildup is called atherosclerosis. called atherosclerosis. As it grows, gro ws, less b blood lood can flow through the a arteries. rteries. As a result, the heart muscle can't get the blood or oxygen it needs. This can lead to chest pain (angina) (angina) or or a a heart heart attack. attack. Most heart attacks happen when a blood a blood clot suddenly cuts off the hearts' blood supply, causing permanent heart damage. Over time, this can also weaken the heart muscle
and contribute to heart failure and arrhythmias. arrhythmias. Heart failure means the heart can't pump blood well to the rest of the body. Arrhythmias are changes in the normal beating rhythm of the heart. The most common disease of the coronary arteries is arteriosclerosis, commonly called "hardening of the arteries." Plaque — a combination of cholesterol and other fats, calcium and other elements carried in the blood — builds up in the small blood vessels that feed the heart. When this condition exists in other parts of the body, it is called atherosclerosis. This plaque buildup can, in time, narrow the arteries so severely that blood flow to the heart is inadequate and symptoms of insufficient blood flow — called angina — develop. Angina is a term meaning strangling or oppressive heaviness and pain, but it has become synonymous with angina pectoris or chest pain caused by lack of oxygen to the heart due to poor blood supply. In addition to angina or chest pain, arteriosclerosis can produce fatigue, shortness of breath and an abnormal heart beat or arrhythmia. Plaque also can tear the artery walls and form blood clots that can lead to a heart attack. Often, there are no symptoms
of
arteriosclerosis
until
a
heart
attack
occurs.
(http://www.ucsfhealth.org/conditions/coronary_artery_disease/signs_and_symptoms.ht ml) ml) Arteriosclerosis is diagnosed through various tests including:
Coronary
Angiography
— Coronary
angiography,
also
called
cardiac
catheterization, is a minimally invasive study that is considered the gold standard for diagnosing coronary artery disease. This test is performed under local anesthesia and involves injecting X-ray dye or contrast medium into the coronary arteries via tubes called catheters. An X-ray camera films the blood flow to show the location and severity of artery narrowing. This test can show if the blood vessels in your heart have narrowed, your heart is pumping normally and blood is flowing correctly and your heart valves are functioning properly. It also can
identify any heart abnormalities you may have been born with or congenital abnormalities.
Echocardiogram (ECHO) — This non-invasive test translates sound waves from your chest into pictures of your heart. It provides information about how the heart is pumping, how blood flows in the heart and blood vessels, how large the heart is and how the valves are working.
Electrocardiogram (ECG or EKG) — The electrocardiogram records the heart's electrical activity. Small patches called electrodes are placed on your chest, arms and legs, and are connected by b y wires to the ECG machine. Your heart's electrical impulses are translated into a wavy line on a strip of paper, enabling doctors to determine the pattern of electrical current flow in the heart and to diagnose arrhythmias and heart damage.
Stress Echocardiogram — Stress tests are performed to see how the heart performs under physical stress. The heart can be stressed with exercise on a treadmill or in a few instances, a bicycle. If you can't exercise on a treadmill or bicycle, medications can be used to cause the heart rate to increase, simulating normal reactions of the heart to exercise. During the stress test, you will wear ECG electrodes and wires while exercising so that the electrical signals of your heart can be recorded at the same time.
Stress Thallium Test — Stress thallium tests have two components — a treadmill stress test and heart scan after injection of a radionuclide material, such as thallium, which allows doctors to see the coronary arteries and the shape and function of the heart. It has been used in this manner safely for many years to demonstrate the amount of blood the heart is getting under various conditions — rest
and
stress.
(http://www.ucsfhealth.org/conditions/coronary_artery_disease/diagnosis.html) (http://www.ucsfhealth.org/conditions/coronary_artery_disease/diagnosis.html) Medications and sometimes lifestyle changes, such as quitting smoking or losing weight, can help improve heart efficiency to reduce angina but can't eliminate the plaque blockages. Medications may include cholesterol-lowering drugs, Beta-
blockers, nitroglycerin, calcium channel blockers, angiotensin-converting enzyme inhibitors and others. These are the other management for CAD: Plaque Removal - to remove plaque from arteries, the follow following ing procedures are
performed:
Angiopl Angi oplasty asty - also called percutaneous transluminal coronary angioplasty or PTCA, involves inserting a long flexible tube called a catheter into a blood vessel through a small incision in your skin. The catheter has a deflated balloon on its tip. Once the catheter reaches the blocked blood vessel, the balloon is inflated and compresses the plaque against the sides of the blood vessel. The balloon may be inflated and deflated several times. Often, the procedure is done in conjunction with a small metal tube called a stent that is left in the artery to serve as a scaffold to keep the artery open and prevent the plaque from springing back toward the center of the vessel.
Coronary Artery Bypass Graft surgery - an open-heart operation in which an artery or a piece of vein taken from your leg is attached to the blood vessel to detour blood around the blockage. During part of the operation, your heart will be stopped and a heart-lung machine will be used to pump your blood and help you breathe. As with most major large incision operations, it takes about six weeks to recover. CABG is the most successful and most common major heart surgery in the Western world.
Coronary Stent - a small, latticed, high-grade stainless steel tube that is used to hold the coronary artery open and minimize the chance of abrupt closure after angioplasty. It is placed in the coronary artery using the same procedure as the angioplasty. The stent is typically positioned at the narrowed area of the artery. When the catheter's balloon is inflated, the stent expands and is pressed against the vessel wall. The balloon is deflated and withdrawn, leaving the stent permanently in place. After a stent is placed, you will be prescribed an antiplatelet medication, Clopidogrel, also known as Plavix, for one month. This is used to minimize the risk of clot formation in the stent while tissue grows around the stent to incorporate it into the blood vessel wall. Within a month, the body no
longer "sees" the stent, and the medication is no longer needed. You should continue to take aspirin, if it has been prescribed, along with the Clopidogrel.
Rotational Atherectomy - widens narrowed arteries using a high-speed rotational device to "sand" away plaque. This technique is used in particular situations, such as with plaque with large amounts of calcium or to widen blockages
within
a
stent.
(http://www.ucsfhealth.org/conditions/coronary_artery_disease/treatment.html) Although CAD can be a life-threatening condition, the outcome of the disea disease se is in many ways up to the patient. Damage to the arteries can be slowed or halted with lifestyle changes, including smoking cessation, dietary modifications and regular exercise, or by medications to lower blood pressure and cholesterol levels. Additional goals of treatment, which may involve medication and sometimes surgery, are to relieve symptoms,
MANILA, Philippines - Recent data last July 9, 2012, from the National Statistics Office (NSO) showed that five out of 10 deaths in the country were of cardiovascular causes. The NSO reported that 100,908 people died of heart diseases in 2009. This accounted for 21 percent of all deaths in the country. It was followed by cerebrovascular disease, which claimed 56,670 lives in the same year. It accounted for 11.8 percent of all deaths in 2009. "Within three years (2007-2009), the top five causes of deaths remained on their posts and proved to be fatal among other causes of deaths," the NSO said. The World Health Organization (WHO) has said that an estimated 17 million people die of cardiovascular diseases every year. Most of these were heart attacks and strokes. "A substantial number of these deaths can be attributed to tobacco smoking,
which increases the risk of dying from coronary heart disease and cerebrovascular disease 2 –3 fold. Physical inactivity and unhealthy diet are other main risk factors which increase individual risks to cardiovascular diseases," the WHO said. The NSO also reported that most females die in their older age compared to their male counterparts. "It was noted that the most number of deaths was at the age of 80 and over with 85,705 or 17.8 percent. From these, 59.6 percent (51,074) were females while the remaining 40 percent (34,631) were males," the NSO said. The age group 10 to 14 had the least number of deaths, accounting for only 1 percent of all total deaths. "It has been observed that as the age increases, the rate of dying also increasing. From age group 10 onwards it shows that the number of deaths continuously increase though a slight decrease were seen at ages 75-79 then it went up again at age 80 and over," the NSO said. Deaths in 2009 reached 480,820, which was 4.2 percent higher than the previous year. The most number of deaths in the country occurred in the National Capital Region, which accounted for 75,019 or 15.6 percent of all deaths in the country. Learn about coronary artery disease, its symptoms and about the latest developments in treatment. Coronary artery disease is caused when plaque buildup creates blockages or narrowing in the arteries. The blockages restrict blood flow and reduce the amount of oxygen delivered to the heart, potentially putting a person at risk for a heart attack. Common symptoms of coronary artery disease include chest pain, shortness of breath, fatigue and overall weakness. Simple lifestyle changes can help prevent and manage coronary artery disease. These include managing obesity and high blood pressure, living an active lifestyle, making
Staying on top of the latest medical advances helps ensure you and loved ones secure the best treatment available.
Last March 28, 2013, a new treatment was found for patients with CAD. One advancement in treatment is supported by new results from the FAME 2 Study funded by St. Jude Medical and published in the New England Journal of Medicine. The study found that use of a blood-flow measurement technology, called Fractional Flow Reserve (FFR) during treatment of stable coronary artery disease will result in better health outcomes. FFR technology offers physicians a better assessment of where blood flow blockages occur in the coronary arteries and whether treatment to open an artery narrowing, along with medication, can help lower a patient's risk of chest pain and heart attack. From less likelihood of a patient being readmitted to the hospital for urgent care, to a reduction in health care costs, FAME 2 research demonstrates that patients who receive FFR-guided treatment experienced better outcomes than those treated with medication alone. The FAME 2 Study results offer further evidence that FFR should be considered the standard of care for treating patients with coronary heart disease," said Frank J. Callaghan, president of the Cardiovascular and Ablation Technologies Division at St. Jude Medical.
B. Statistics
Coronary artery disease (CAD) is the leading cause of death in the United States, affecting over 5 million Americans. CAD is a narrowing of the coronary arteries, the vessels that supply blood to the heart muscle, generally due to the buildup of plaques in the arterial walls, a process known as atherosclerosis. Plaques are composed of cholesterol-rich fatty deposits, collagen, other proteins, and excess smooth muscle cells.
Atherosclerosis, which usually progresses very gradually over a lifetime, thickens and narrows the arterial walls, impeding the flow of blood and starving the heart of the oxygen and vital nutrients it needs (also called ―ischemia‖). This can
cause muscle cramp-like chest pain called angina. called angina. Blood clots form more easily on arterial walls roughened by plaque deposits and may block one or more of the narrowed coronary arteries completely and cause a heart attack. Arteries may also narrow suddenly as a result of an arterial spasm. (Spasms are most commonly triggered by smoking.) Heart disease is the leading cause of death for both men and women. More than half of the deaths due to heart disease in 2009 were in men. About 600,000 people die of heart disease in the United States every year –that’s 1 in every 4 deaths. Coronary heart disease is the most common type of heart disease, killing more than 385,000 people annually. Every year about 715,000 Americans have a heart attack. Of these, 525,000 are a first heart attack and 190,000 happen in people who have already had a heart attack. Coronary heart disease alone costs the United States $108.9 billion each year. This total includes the cost of health care services, medications, and lost productivity. (http://www.cdc.gov/heartdisease/facts.htm) According to the latest WHO data published in April 2011 Coronary Heart Disease Deaths in Philippines reached 57,864 or 13.73% of total deaths. The age adjusted Death Rate is 121.63 per 100,000 of population ranks Philippines #79 in the world. Review other causes of death by clicking the links below or choose the full health disease) disease)
The student nurses are hopeful for the realization of the essence of this study to the involved and to those of which this study can be of any help. Since the case of Coronary Artery Disease is very rampant, the student nurses would like to be of service in decreasing the probability of what is fast occurring. The aim of the group is not just to present what we have researched or learned from time to time but to put into profession in order to be of great help to others, to increase awareness, to educate, to prevent, to promote and to restore health.
D. Objectives Short Term
During the course of the study, the student nurse will be able to:
Establish rapport with the patient
Explain the purpose in conducting the interview
Collect information regarding the demographic data of the patient
Collect iinformation nformation regarding socio economic and cultural beliefs of the patient and environmental factors
Collect data regarding the patient’s family health illness and history, post
and present illness
List the diagnostic procedures done and explain
Identify the different medical, surgical and nursing management Emphasize the importance of health teaching
Long Term
After the completion of the study, the student student nurse will be able to:
Associate abnormal diagnostic findings with his disease condition
Demonstrate nursing interventions for procedure done
Formulate recommendations to be imparted to patient’s same condition
Provide critical thinking skills necessary for providing safe and effective nursing care.
Provide a comprehensive assessment and implement care base on our knowledge and skills of the condition
Familiarize us with effective inter-personal skil skills ls to emphasized health promotion and illness prevention.
Impart the learning experience from direct patient care.
Short Term
During the course of the study, the patient will be able to:
Develop trust with the student nurse
Understand the purpose in conducting such interview
Provide information regarding his demographic data
Provide information regarding his socio economic and cultural beliefs
Demonstrate compliance to medical regimen
Identify risk factors
Long Term
After completion of the study, the patient will will be able to:
Continue cooperating with physical assessment
Express feelings regarding his condition
Will be able to accept his situati situation on and have sense of control
Understand his manifestation related to him condition
Gain the basic information concerning Coronary Artery Disease
Eradicate activities that may worsen his condition
Comply with the treatment given upon discharge
II. NURSING PROCESS A. Assessment 1. Personal History
a. Demographic Data
Our patient’s name is Mr. Corona D. Sease for the purpose of confidentiality and
he is 56 years o ld. He is approximately 5’2 feet in height and weighs 45 kilograms in weight. He has a pale fair skin complexion. His eyes are round and his teeth are slightly yellowish. His role in the family is to work for his family as a grass cutter at a certain subdivision. He does have 6 children. He lives in Bulaon Rest City of San Fernando, Pampanga. He was born on May 16, 1957 at their house in Del Paz Norte by Normal Spontaneous Delivery. His nationality is a Filipino and ethnicity is a Kapampangan. He was admitted September 17, 2013 at around 1:40 AM. His chief complaint was difficulty of breathing and chest tightness. He is still admitted at a local hospital in Pampanga. He was diagnosed with Coronary Artery Disease with Unstable Angina.
b. Socio-Economic and Cultural Factors
Mr. Corona D. Sease lives together with his wife and his 6 children and they are pure Kapampangan. They are currently living at Bulaon Rest City of San Fernando, Pampanga. Their house is made of sement and wood house in a 1 story building and only has 1 window. They are still living there even a typhoon already flooded and destroyed some of the parts of the house like the floors. Mr. Corona D. Sease ’s work is a grass cutter during weekdays from 7AM to 5PM at a certain subdivision. He owns 5,200 pesos every month. They are categorized as poor because each member receives 900 pesos only. According to NEDA 2004, a family must have a total income of 2768.60 per family member to be classified as not poor
and
meet
the
basic
(http://localweb.neda.gov.ph/regional.html)
needs
of
each
member.
His wife budgets the money for their basic needs. They buy their food at a local market. Their source of water is from a distilled water company. Their garbage is collected once a week by the city government entities. According to Mr. Sease, their food source comes from the ma ket and they don’t have any electricity but they use candles as their source of light. They buy things for their hygiene purposes like shampoo, soap, tooth brush and tooth paste. They ride tricycles and jeepneys as means of transportation. They save money that was left for emergency purposes like medications. He gives money for his children’s projects and allowance. Some of his income was given to his relatives since his h is relatives are asking. Basic Needs
Expenses (Per Week)
Food Rice
900 pesos
Viand
800 pesos
Water Supply
140 pesos
No Electricity Suppy but for Candles
60 pesos
Hygiene Suppy
200 pesos
Transportation
112 pesos
Savings for Emergency purposes
500 pesos
Education for his children
500 pesos
For his relatives
1500 pesos
Others
488 pesos
Mr. Sease only reached Grade 5 as his highest educational attainment in a public school. He was forced to stop her studies because of the financial constraint in the family. They are affliated with Roman Catholic religion and they go to mass every
Sunday. Regarding their cultural factors affecting health, they take herbal medicines such as Malunggay and Bawang as an alternative of a medicine but they do not believe in faith healers. If one of the family members got sick, they immediately go to a hospital. Mr. Sease does not smoke but he drinks alcohol 4 times a week. He is fond of eating vegetables and has a high fat diet. TIME
ACTIVITIES OF DAILY LIVING OF MR. CORONA D. SEASE
4:00 AM – 6:00AM
Freshen up including dressing up for 30 minutes, Cooking and Preparing their Breakfast for 40 minutes, Breakfast for 30 minutes, Cleaning the Dishes for 15 minutes, Getting Ready for His Work for 5 minutes
6:00 AM – 6:45 AM
Travel Time Going to His Work
7:00 AM – 12:00 NN
Working Hours
12:00 NN – 1:00 PM
Lunch Break
1:00 PM – 5:00 PM
Working Hours
5:00 PM – 5:45 PM
Travel Time Going Back to His House
6:00 PM – 6:30 PM
Rest for 30 minutes
6:30 PM – 7:00 PM
Dinner
7:00 PM – 7:30 PM
Doing Household Chores
7:30 PM – 10:00 PM
Bonding with Family for 30 minutes, Going to His Friend’s House and Drinks Alcohol for 2 ½ Hours
10:00 PM – 4:00 AM
Sleeping Hours
C. Environmental Factors
Sease’s family live in Bulaon Rest, City of San Fernando, Pampanga. Their
house is a sement and wood type of house. h ouse. It is a 1-storey building house. ho use. They have 1 window and 1. They are still living their even there was a typhoon that flooded the house. His wife cleans the house every week.
3. History of Past Illness Illness
Mr. Corona D. Sease is complete with his immunizations when he was 1 year old at the year of 1958. He experienced tigdas at the age of 10 years old at the year of 1967 and did not have any chicken pox and mumps during his childhood years. He does not have any allergies like in dust, pollens and foods such as shrimps or chickens. Sometimes, he experience fever. His highest temperature when he experiences his fever on October 2005 was 38.5 degree Celsius. His wife only did tepid sponge bath and bed rest. When he has cough and colds and flu, he drinks Lagundi as his alternative medicine when they lack of financial resources. If he is severe ill, he immediately goes to the hospital.
4. History of Present Illness Mr. Corona D. Sease experienced chest pain or angina pectoris in medical term when he was 55 years old on December 2012. He experienced chest pain again last January and August 2013 and was brought at a local hospital in Pampanga. He did not buy his take home medications because of lack of financial resources. The day before his admission, last September 17, 2013 at around 4:30 PM, he experienced sudden difficulty of breathing and chest tightness when he was still in work. He was brought to a local hospital here in Pampanga at around 6:30 PM by the worker, where he was
working. His chief complaint was difficulty of breathing and chest tightness. He admitted that before the day of admission, he ate high fat foods like chicharon and sisig and he drank alcohol straight 4 days in that week. The physician made the admitting and final diagnosis as Coronary Artery Disease. Hence, he was admitted on September 17, 2013.
(September 18, 2013 – First Day of Assessment) General Appearance:
Mr. Corona D. Sease is lying on bed, with an IVF of 5% Dextrose in Water 500 cc, with an O 2 Inhalation. He looks weak in appearance. He has pale skin and conjunctiva.
Vital Signs
Temperature: 36.5 degree Celsius
Pulse rate: 74 bpm
Respiratory rate: 31 cpm
Blood Pressure: 110/80 mmHg
Hair – Short, black hair, no pediculosis and lesions noted, evenly distributed
o
Skin – Pale complexion, good skin turgor, absence of edema and jaundice
o
Nails – Long and untrimmed
o
Head – Round, smooth without lesions
o
Eyes – Pale palpebral conjunctiva, round eyes
o
Ears – No presence of discharge
o
Mouth – No sores, reddish in color
o
Nose – No nasal discharge
o
Lips – Pale and slightly dry
o
Neck – No lymph nodes were palpated
o
Heart – Diminished in heart rate, irregular heart rhythm
o
Lungs – Crackles and rales were auscultated in BLF
o
Abdomen - Skin is as the same color as with that of that body or lighter. Hair is
o
evenly distributed. Bluish discoloration of the umbilicus is not presence. Bowel sounds are 15 per minute/quadrant. Pain is not felt during urination. Legs and feet – Negative Homan’s sign, edema
o
(September 19, 2013 – Second Day of Assessment) General Appearance:
Mr. Corona D. Sease is lying on bed, with an IVF of 5% Dextrose in Water 500 cc, with an O 2 Inhalation. He looks weak in appearance. He has pale skin and conjunctiva.
Vital Signs
Temperature: 35.8 degree Celsius
Pulse rate: 77 bpm
Respiratory rate: 31 cpm
Blood Pressure: 110/80 mmHg
Hair – Short, black hair, no pediculosis and lesions noted, evenly distributed
Skin – Pale complexion, good skin turgor, absence of edema and jaundice
Nails – Long and untrimmed
Head – Round, smooth without lesions
Eyes – Pale palpebral conjunctiva, round eyes
Ears – No presence of discharge
Mouth – No sores, reddish in color, had excessive sputum
Nose – Presence of nasal discharge
Lips – Pale and slightly dry
Neck – No lymph nodes were palpated
Heart - Diminished in heart rate, irregular heart rhythm
Lungs – Crackles and rales were auscultated in BLF
Abdomen - Skin is as the sa same me color as with that of that body or lighter. Hair iis s
o
o
o
o
o
o
o
o
o
o
o
o
o
evenly distributed. Bluish discoloration of the umbilicus is not presence. Bowel sounds are 15 per minute/quadrant. Pain is not felt during urination.
o
Legs and feet – Negative Homan’s sign, edema
(September 20, 2013 – Third Day of Assessment) General Appearance
Mr. Corona D. Sease is lying on bed, with an IVF of 5% Dextrose in Water 500 cc, with an O 2 Inhalation. He looks weak in appearance. He has pale skin and conjunctiva.
Vital Signs
Temperature:36.8 degree Celsius
Pulse rate: 78 bpm
Respiratory rate: 26 cpm
Blood Pressure: 120/80 mmHg
Hair – Short, black hair, no pediculosis and lesions noted, evenly distributed
Skin – Slightly pale complexion, good skin turgor, absence of edema and
o
o
jaundice
Nails – Long and untrimmed
Head – Symmetrical, round, smooth without lesions
Eyes – Slightly pale palpebral conjunctiva
Ears – No presence of discharge
Mouth – No sores, reddish in color
Nose – Presence of nasal discharge
Lips – Pale and slightly dry
Neck – No lymph nodes were palpated
Heart - Diminished in heart rate, irregular heart rhythm
Lungs – Crackles and rales were auscultated in BLF
Abdomen - Skin is as the sa same me color as with that of that body or lighter. Hair iis s
o
o
o
o
o
o
o
o
o
o
o
evenly distributed. Bluish discoloration of the umbilicus is not presence. Bowel sounds are 15 per minute/quadrant. Pain is not felt during urination. Legs and feet – Negative Homan’s sign, edema o
Diagnostic/Laboratory Date Ordered Procedures
> Complete Blood
Date
Indications or
Results
Purposes
Resulted
Normal
Analysis and
Values/
Interpretation of results
Units used
(Client-centered)
in Hospital
Count Hemoglobin
DO: 09-17-
Measures the
2013
amount of Hgb,
seen by client having the
DS: 09-18-
protein found in RBC in the blood
absence of dehydration
2013 Hematocrit
DO: 09-17-
Measures the
2013
proportion of the
DS: 09-182013 White Blood Cells
0.38 – 0.48
Same of Hgb, hydration status is normal
up of RBC Numerates the
2013
number of WBC in
2013
0.44
115 – 155 g/L The result is normal, normal, c can an be
blood that is made
DO: 09-17-
DS: 09-18-
130
7
5 – 10 x
The client did not acquire
10^9/L
any infections as a result to
the blood, a
normal WBC
decrease and increase in this may suggest presence of
illness Neutrophils
0.49
0.45 – 0.65
Client did not manifest
DO: 09-17-
This test
2013
measures the
infection as evidenced by
amount of
normal neutophils
DS: 09-182013
neutrophils type of WBC in the blood if disease or toxicity is suspected
Lymphocytes
0.27
0.20 – 0.35
The amount of lymphocytes
DO: 09-17-
This test measures
2013
amount of
in the blood is normal as
neutrophils type of
evidenced by clients
WBC in the blood
absence of infection; this is
if disease or
related to WBC and
DS: 09-182013
toxicity is
neutrophils since
suspected
neutrophils and lymphocytes are types of WBC
Platelet
DO: 09-17-
To determine any
2013
bleeding disorders
DS: 06-182013 > Blood Chemistries
298
150 – 400 x
The client did not have any
10^9
spontaneous bleeding, bone
or bone marrow
marrow disorder or
diseases and for
leukemia which results to a
unexplained
normal platelet count
bruises Fasting Blood Sugar
DO: 09-17-
This is to measure
2013
the amount of
DS: 09-182013 Blood Urea Nitrogen
4.1 – 9.00
Client’s glucose level is
mmol/L
within normal range. No signs of diabetes
glucose present in the body
DO: 09-17-
Measures amount
2013
of urea nitrogen is
DS: 09-18-
6.02
4.1
1.7/8.3mmol/
Result is normal as
L
evidenced by client’s normal
kidney function
the blood
2013 Creatinine
DO: 09-17-
Measures the
2013
amount of
DS: 09-182013
130.8
58-
The client is dehydrated. His
120mmol/L
urine is tea-colored. Pain is
creatinine present
felt when urinating but there
is the blood and/or
is no presence of blood.
urine
Sodium (Na)
DO: 09-17-
Measures the level
2013
of Na is the blood
146.6
135 – 145
Client is in good hydration
mmol/L
status
3.55 – 5
Client’s K level is within
DS: 09-182013 Potassium (K)
DO: 09-17-
Measures the
4.23
2013 DS: 09-182013 Urinalysis
mmol/L
amount of K
normal range
present is the blood
DO: 09-17-
Urinalysis can
2013
reveal diseases
DS: 09-182013
Color
Normal
Yellow to
Patient has lightyellow color
that have gone
amber in
urine.
unnoticed because
color
Yellow
they do not
There is presence of
produce striking
suspended particles in the
signs and Transparency
symptoms
urine such as normal urine crystals and mucus because of inflammation of the
Determination of
gallbladder.
urine composition
Turbid
Clear
and possible abnormal components (e.g. protein or glucose) or infection
Normal This means that the patient has normal Specific Gravity
hydration status AEB patient didn’t manifest
signs of dehydration such as poor skin turgor, etc.
1.013
1.010 – 1.025
Normal Sugar
There is absence of sugar in the urine which means that the patient is not indicative of diabetes.
Negative
Negative
Microscopic Findings Pus
The patient has mild inflammation of the
Cells
gallbladder and mild infection.
0-1 /hpf
0-1/hpf
RBC
The patient has mild inflammation of the gallbladder and mild infection.
1 – 2
(Negative or Rare)
Normal This indicates that the patient is not Epithelial Cells
indicative of inflammation in the bladder and present of epithelial cells represent possible contamination of the specimen with skin bacteria
Few
Bacteria Few
Rare
Bacteria in urine are unusual, but few bacteria can due to contamination None
Electrocardiogram
There is an Elevated ST Segment which means independent of changes in ventricular activation and that may be the result of global or segmental pathologic processes that affect ventricular repolarization and has Occasional Pulmonary Vascular Resistance.
7. ANATOMY AND PHYSIOLOGY
The heart is located in the chest between the lungs behind the sternum and above the diaphragm. It is surrounded by the pericardium. Its size is about that of a fist, and its weight is about 250-300 g. Its center is located about 1.5 cm to the left of the midsagittal plane. Located above the heart are the great vessels: the superior and inferior vena cava, the pulmonary artery and vein, as well as the aorta. The aortic arch lies behind the heart. The esophagus and the spine lie further behind the heart. (Williams and Warwick, 1989).
The walls of the heart are composed of cardiac muscle, called myocardium. It also has striations similar to skeletal muscle. It consists of four compartments: the right and left atria and ventricles. The heart is oriented so that the anterior aspect is the right ventricle while the posterior aspect shows the left atrium. The atria form one unit and
the ventricles another. This has special importance to the electric function of the heart, which will be discussed later. The left ventricular free wall and the septum are much thicker than the right ventricular wall. This is logical since the left ventricle pumps blood to the systemic circulation, where the pressure is considerably higher than for the pulmonary circulation, which arises from right ventricular outflow. The cardiac muscle fibers are oriented spirally and are divided into four groups: Two groups of fibers wind around the outside of both ventricles. Beneath these fibers a third group winds around both ventricles. Beneath these fibers a fourth group winds only around the left ventricle. The fact that cardiac muscle cells are oriented more tangentially than radially, and that the resistivity of the muscle is lower in the direction of the fiber has importance in electrocardiography and magneto cardiography. The heart has four valves. Between the right atrium and ventricle lies the tricuspid valve, and between the left atrium and ventricle is the mitral valve. The pulmonary valve lies between the right ventricle and the pulmonary artery, while the aortic valve lies in the outflow tract of the left ventricle (controlling flow to the aorta). The blood returns from the systemic circulation to the right atrium and from there goes through the tricuspid valve to the right ventricle. It is ejected from the right ventricle through the pulmonary valve to the lungs. Oxygenated blood returns from the lungs to the left atrium and from there through the mitral valve to the left ventricle. Finally blood is pumped through the aortic valve to the aorta and the
systemic circulation.
In the heart muscle cell, or myocyte, electric activation takes place by means of the same mechanism as in the nerve cell - that is, from the inflow of sodium ions across the cell membrane. The amplitude of the action potential is also similar, being about 100 mV for both nerve and muscle. The duration of the cardiac muscle impulse is, however, two orders of magnitude longer than that in either nerve cell or skeletal muscle. A plateau phase follows cardiac depolarization, and thereafter repolarization takes place. As in the nerve cell, repolarization is a consequence of the outflow of potassium ions. (Netter, 1971).Associated with the electric activation of cardiac muscle cell is its mechanical contraction, which occurs a little later. For the sake of comparison, Figure 6.5 illustrates the electric activity and mechanical contraction of frog sartorius muscle, frog cardiac muscle, and smooth muscle from the rat uterus (Ruch and Patton, 1982). An important distinction between cardiac muscle tissue and skeletal muscle is that in cardiac muscle, activation can propagate from one cell to another in any direction. As a result, the activation wavefronts are of rather complex shape. The only exception is the boundary between the atria and ventricles, which the activation wave normally cannot cross except along a special conduction system, since a nonconducting barrier of fibrous tissue is present. Located in the right atrium at the superior vena cava is the sinus node (sinoatrial or SA node) which consists of specialized
muscle cells. The sinoatrial node in humans is in the shape of a crescent and is about 15 mm long and 5 mm wide (see Figure 6.6). The SA nodal cells are self-excitatory, pacemaker cells. They generate an action potential at the rate of about 70 per minute. From the sinus node, activation propagates throughout the atria, but cannot propagate directly across the boundary between atria and ventricles, as noted above. The atrioventricular node (AV node) is located at the boundary between the atria and ventricles; it has an intrinsic frequency of about 50 pulses/min. However, if the AV node is triggered with a higher pulse frequency, it follows this higher frequency. In a normal heart, the AV node provides the only conducting con ducting path from the atria to the ventricles. ven tricles. Thus, under normal conditions, the latter can be excited only by pulses that propagate through it. Propagation from the AV node to the ventricles is provided by a specialized conduction system. Proximally, this system is composed of a common
bundle, called the bundle of His (named after German physician Wilhelm His, Jr., 18631934). More distally, it separates into two bundle branches propagating along each side of the septum, constituting the right and left bundle branches. (The left bundle subsequently divides into an anterior and posterior branch.) Even more distally the bundles ramify into Purkinje fibers (named after Jan Evangelista Purkinje (Czech; 17871869)) that diverge to the inner sides of the ventricular walls. Propagation along the conduction system takes place at a relatively high speed once it is within the ventricular region, but prior to this (through the AV node) the velocity is extremely slow. From the inner side of the ventricular wall, the many activation sites cause the formation of a wavefront which propagates through the ventricular mass toward the outer wall. This process results from cell-to-cell activation. After each ventricular muscle region has depolarized, repolarization occurs. Repolarization is not a propagating phenomenon, and because the duration of the action impulse is much shorter at the epicardium (the outer side of the cardiac muscle) than at the endocardium (the inner side of the cardiac muscle), the termination of activity appears as if it were propagating from epicardium toward the endocardium.
8. THE PATIENT AND HIS ILLNESS a. PATHOPHYSIOLOGY (BOOK-CENTERED) Schematic Diagram
Non-modifiable Factors:
Modifiable Factors:
Smoking
Gender (male and menopause
Physical Inactivity
women)
Obesity
Hereditary(Including Race)
Diabetes
Stress
Homocysteine Levels
Inflammatory Response
Menopause
Age (older adults)
Change in the condition of the plaque in the coronary artery
Activation latelet
Thrombus formation
M oca ocardi rdial al is isch chemi emia a
Prolonged unrelieved
Anaerobic metabolism
Lactic Acid Production
ischemia
Acidosis
An ina
Myocardial cell death
Altered re olarization
Release of lysosomal enz mes
Elevated ST segment
Conduction system disorder
D srh thmias Elevated Cardiac Biomarkers
↓ Heart Contractility
SNS Stimulation
↓ LV Function
Tac Ta ch ca card rdiia
Increased
Increased
Increased
Oxygen Demand
Afterload
Preload
Tach
nea
Vasoconstriction
Decreased CO
Increased CVP and PCWP
b. Synthesis of the disease b.1. Definition of the disease
Coronary artery disease develops when your coronary arteries — the major blood vessels that supply your heart with blood, oxygen and nutrients — become damaged or diseased. Cholesterol-containing deposits (plaque) on your arteries are usually to blame for coronary artery disease. When plaques build up, they narrow your coronary arteries, causing your heart to receive less blood. Eventually, the decreased blood flow may cause chest pain (angina), shortness of breath, or other coronary artery disease signs and symptoms. A complete blockage can cause a heart attack. Because coronary artery disease often develops over decades, it can go virtually unnoticed until you have a heart attack. But there's plenty you can do to prevent and treat coronary artery disease. Start by committing to a healthy lifestyle. Coronary artery disease is a narrowing or blockage of the arteries and vessels that provide oxygen and nutrients to the heart. It is caused by atherosclerosis, an accumulation of fatty materials on the inner linings of arteries. The resulting blockage restricts blood flow to the heart. When the blood flow is completely cut off, the result is a
heart attack. Coronary artery disease, also called coronary heart disease or heart disease, is the leading cause of death for both men and women in the United States. According to the American Heart Association, deaths from coronary artery disease have declined some since about 1990, but more than 40,000 people still died from the disease in 2000. About 13 million Americans have active symptoms of coronary artery disease. Coronary artery disease occurs when the coronary arteries become partially blocked or clogged. This blockage limits the flow of blood from the coronary arteries, which are the major arteries supplying oxygen-rich blood to the heart. The coronary arteries expand when the heart is working harder and needs more oxygen. Arteries expand, for example, when a person is climbing stairs, exercising, or having sex. If the
arteries are unable to expand, the heart is deprived of oxygen (myocardial ischemia). When the blockage is limited, chest pain or pressure, called angina, may occur. When the blockage cuts off the flow of blood, the result is heart attack (myocardial infarction or heart muscle death). Healthy coronary arteries are clean, smooth, and slick. The artery walls are flexible and can expand to let more blood through when the heart needs to work harder. The disease process in arteries is thought to begin with an injury to the linings and walls of the arteries. This injury makes them susceptible to atherosclerosis and blood clots (thrombosis). b.2. Nonmodifiable HEREDITARY (INCLUDING RACE)
Children whose parents had heart disease are at higher risk for coronary artery disease. This increased risk is related to genetic predisposition to hypertension, elevated lipid levels, diabetes and obesity, all of which increase the risk f coronary artery disease. For people 35 to 74 years of age, the age – adjusted death rate from coronary artery disease for African – American women is 72% higher than that for white women and
Native Americans. The prevalence of coronary is lowest among Mexican American AGE
Age influences both the risk and the severity of coronary artery disease. Symptomatic coronary artery disease appears predominantly in people older than 40 years of age and 4 of 5 people who die of coronary artery disease are age 65 years or older. Angina and Myocardia l Infarction, however, can occur in a person’s 30s and even in one’s 20s. at older ages, women who have heart attacks are twice as likely as to die from the heart attack.
GENDER
Coronary artery disease is the number one killer of both men and women. In 1999 mortality from coronary artery disease was almost equal for men and women. Although men are at higher risk for heart attacks at younger ages, the risk for women increases significantly at menopause, so that coronary artery disease rates in women after menopause are two to three times that of women the same age before menopause. Women who take oral contraceptives and who smoke or have high blood pressure are at greater risk for coronary artery disease. Women with an early menopause are also at higher risk than are women with a normal or late menopause.Two lifestyle changes during the past 2 decades may be responsible for the increased incidence of coronary artery disease among women. More women (many with full responsibility for the household and children) have entered the work force, and more women have begun to smoke tobacco at an earlier age. Modifiable SMOKING
Both active smoking and passive smoking have been strongly implicated as a risk factor in the development of coronary artery disease. Currently 23% of men and 18% of
women are smokers. The prevalence of smoking is higher in people with 11 years of education or less. Smoking triples the risk of heart attack in women and doubles the risk of heart attack in men. It also doubles the risk of dying from a heart attack and may quadruple the risk of sudden death. Nonsmokers who are exposed to second – hand tobacco smoke at home or work may also have a higher death rate from coronary artery disease. The risk of coronary artery disease is decreased by 50% 1 year after smokers quit. The risk is further reduced to that of nonsmokers within 5 to 10 years after smoking cessation.Tar, nicotine, and carbon monoxide contribute to the damage. Tar contains hydrocarbons and other carcinogenic substances. Nicotine increases the release of epinephrine and norepinephrine, which results in peripheral vasoconstriction, elevated blood pressure and heart rate, greater oxygen consumption, and increased likelihood of dysrhythmias. In addition, nicotine activates platelets and stimulates smooth muscle cell
proliferation in the arterial walls. Carbon monoxide reduces the amount of blood available to the intima of the vessel wall and increases the permeability of the endothelium. PHYSICAL INACTIVITY
In the United States about 25% of adults report no leisure time physical activity, even though regular aerobic exercise is important in preventing heart and blood vessel disease. There is an inverse relationship between exercise and the risk of coronary artery disease. Those who exercise reduce their risk of coronary artery disease because they have (1) higher HDL levels; (2) lower LDL cholesterol, triglyceride and blood glucose levels; (3) greater insulin sensitivity; (4) lower blood pressure; and (5) lower body mass index. The AHA recommends 30 to 60 minutes of physical activity on most days of the week. OBESITY
Obesity places an extra burden on the heart, requiring the muscle to work harder to pump enough blood to support added tissue mass. In addition obesity increases the risk for coronary artery disease because it is often associated with elevated serum cholesterol and triglyceride levels, high blood pressure, and diabetes. The prevalence of
obesity has increased to 30% in the years 1999 to 2002 compared to 22% from 1988 to 1994. Since 1993 the prevalence of those who are obese increased to 61%. Distribution of body fat is also important. A waist measurement is a way to estimate fat. For men a high – risk waistline measurement is more than 40 inches and for women a high – risk waist measurement is more than 35 inches. Body mass index is another measure to estimate body fat. A BMI from 18.5 to 24.9 is considered healthy. Extreme obesity, or a BMI greater than 40, is estimated to occur in 4.9% of the population. People can lower their heart disease risk by losing as little as 10 to 20 pounds. An altering pattern of weight gain and weight loss, however, is associated with an increased risk for coronary artery disease.
DIABETES
Since 1990 the prevalence of people diagnosed with diabetes increased by 61%. In addition, the prevalence of diabetes has increased by 8% since 2000 to 2001. Contributing to these statistics is the increased frequency of obesity and sedentary lifestyles. A fasting blood glucose level of more than 126 mg/dl or a routine blood glucose level of 180 mg/dl and glucosuria signals the presence of diabetes and represents an increased risk for coronary artery disease. Clients with diabetes have a two – to four – fold higher prevalence, incidence, and mortality from all forms of coronary artery disease. STRESS
A person’s response to stress may contribute to the development of coronary artery
disease. Some researchers have reported a relationship between coronary artery disease risk and stress levels, health behaviors, and socioeconomic status. Stress response appears to increase coronary artery disease risk through its effect on major risk factors. For example, some people respond to stress by overeating or by starting or increasing smoking. Stress is also associated with elevated blood pressure. Although stress is unavoidable in modern life, an excessive response to stress can be a health hazard. Significant stressors include major changes in residence, occupation, or
socioeconomic status. HOMOCYSTEINE LEVELS
Researchers have reported that elevated levels of plasma Homocysteine (an amino acid produced by the body) are associated with an increased risk of coronary artery disease. Scientists do not know whether homocysteine directly or indirectly increases coronary artery disease risk, however, because homocysteine levels are related to renal function, smoking, fibrinogen, and C – reactive protein (CRP). Elevated homocysteine levels can be reduced by treatment with folic acid, vitamin B6, and vitamin B12. Experts currently recommend that homocysteine levels be measured in people with a history of premature coronary artery disease, stroke, or both in the absence of other risk factors.
INFLAMMATORY RESPONSE
A newly identified risk factor currently being researched is the presence of any chronic inflammatory state that leads to an increase in the body’s production of @ -
reactive protein (CRP). Too much CRP tends to destabilize plaque inside artery walls. When plaque lesions crack or break, a clot is formed and this may lead to a heart attack. Researchers have discovered that a high CRP level is a marker for coronary disease. This means that clients with chronic inflammatory diseases, such as arthritis, lupus, and autoimmune deficiency, may be at higher risk for heart attack.
MENOPAUSE
The incidence of coronary heart disease markedly increases among women after menopause. Before menopause estrogen is thought to protect against coronary artery disease risk by raising HDL and lowering LDL level. Epidemiologic studies have shown that the loss of natural estrogen as women age may be associated with increase in total and LDL cholesterol and a gradually increasing coronary artery disease risk. If menopause is caused by surgical removal of the uterus and ovaries, the risk of coronary artery disease and myocardial infarction increase.
b.3. Signs And Symptoms
If your coronary arteries become narrowed, they can't supply enough oxygen-rich blood to your heart — especially when it's beating hard, such as during exercise. At first, the decreased blood flow may not cause any coronary artery disease symptoms. As the plaques continue to build up in your coronary arteries, however, you may develop coronary artery disease symptoms, including:
Chest pain (angina). You may feel pressure or tightness in your chest, as if someone were standing on your chest. The pain, referred to as angina, is usually triggered by physical or emotional stress. It typically goes away within minutes
after stopping the stressful activity. In some people, especially women, this pain may be fleeting or sharp and noticed in the abdomen, back or arm. Shortness of breath. If your heart can't pump enough blood to meet your body's needs, you may develop shortness of breath or extreme fatigue with exertion. Heart attack. If a coronary artery becomes completely blocked, you may have a heart attack. The classic signs and symptoms of a heart attack include crushing pressure in your chest and pain in your shoulder or arm, sometimes with shortness of breath and sweating. Women are somewhat more likely than men are to experience less typical signs and symptoms of a heart attack, including nausea and back or jaw pain. Sometimes a heart attack occurs without any apparent signs or symptoms.
Children whose parents had heart disease are at higher risk for coronary artery disease. This increased risk is related to genetic predisposition to hypertension, elevated lipid levels, diabetes and obesity, all of which increase the risk f coronary
Rales were during
artery disease. AGE
Age influences both the risk and the severity of coronary artery disease. Symptomatic coronary artery disease appears predominantly in people older than 40 years of age and 4 of 5 people who die of coronary artery disease are age 65 years or older. GENDER
Coronary artery disease is the number one killer of both men and women. In 1999 mortality from coronary artery disease was almost equal for men and women. Men are at higher risk for heart attacks at younger ages.
MODIFIABLE FACTORS PHYSICAL INACTIVITY
In the United States about 25% of adults report no leisure time physical activity, even though regular aerobic exercise is important in preventing heart and blood vessel disease. There is an inverse relationship between exercise and the risk of coronary artery disease. Those who exercise reduce their risk of coronary artery disease because they have (1) higher HDL levels; (2) lower LDL cholesterol, triglyceride and blood glucose levels; (3) greater insulin sensitivity; (4) lower blood pressure; and (5) lower body mass index. The AHA recommends 30 to 60 minutes of physical activity on most days of the week. STRESS
A person’s response to stress may contribute to the development of coronary artery
disease. Some researchers have reported a relationship between coronary artery disease risk and stress levels, health behaviors, and socioeconomic status. Stress response appears to increase coronary artery disease risk through its effect on major risk factors. For example, some people respond to stress by overeating or by starting or increasing smoking. Stress is also associated with elevated blood pressure. Although
increasing smoking. Stress is also associated with elevated blood pressure. Although stress is unavoidable in modern life, an excessive response to stress can be a health hazard. Significant stressors include major changes in residence, occupation, or socioeconomic status. HIGH FAT DIET
The vessels that bring blood to the heart are called the coronary arteries. They are like narrow tubes. A fatty substance called plaque (say this: plak) can build up in these arteries and make them narrow, so less blood gets to the heart. A diet high in saturated fat greatly increases your risk of heart disease. Saturated fat increases your LDL cholesterol. LDL cholesterol is bad cholesterol. SIGNS AND SYMPTOMS
Pain and discomfort are the main symptoms of angina. Angina often is described as pressure, squeezing, burning, or tightness in the chest. The pain or discomfort usually starts behind the breastbone. Pain from angina also can occur in the arms, shoulders, neck, jaw, throat, or back. The pain may feel like indigestion. (September 18, 2013)
Difficulty of breathing due to tightness of chest brought about interruption in the artery.
Pallor manifested on September 18, 2013 due to poor perfusion, poor venous return and decreased oxygen level in the blood.
Restlessness manifested on September 18, 2013 caused by loss of oxy oxygen gen and nutrients to the myocardial tissue because of inadequate coronary blood flow.
PLANNING (NURSING CARE PLAN) Problem#1: Ineffective airway clearance related to retained secretions due to decreased cardiac output Assessment
will verbalize 3. encourage airway mucus understandin deep breathing
3. To maximize
can cause g of disease exercises serious process. 4. elevate head problems. of bed and This condition Long term: change position is called After two every 2 hours impaired days of 5. encourage airway nursing hydration clearance. interventions 6. balance
4. to decrease
effort
pressure in the diaphragm
and
enhance ventilation loosen Long term: The patient shall secretion have maintained 6. to reduce 5.
to
the Excess, often sticky mucus may accumulate in
will maintain activities
7.
airway
7. position head
open airway
patency
appropriate for
8. help maintain
condition
adequate
the airways in
8.
conditions as
patient
varied
as
importance
cystic fibrosis,
ambulation
cerebral palsy,
and
chronic obstructive pulmonary disease bronchiectasi s.
Retained
secretions are
a
universal problem people
in with
artifical airways (tracheostomi es) or those who on
depend assisted
ventilation.
As
a
consequence of
retained
mucus, breathing becomes labored. More
airway patency
patient rest periods with fatigue to
maintain
Instruct expansion the of
lung
energy
and
effort
are
required
to
take in vital oxygen to
and exhale
carbon dioxide. Although underlying causes
are
diverse, consequence s
are
the
same: vulnerable individuals are caught up in the vicious cycle
of
recurrent, everworsening episodes
of
inflammation, pulmonary infection, increased
production of excess mucus,
and
airway obstruction, lung damage,
and respiratory failure.
Problem#2: Decreased Cardiac Output related to Increased Vascular Resistance ASSESSMENT
DIAGNOSIS
SCIENTIFIC
OBJECTIVE
EXPLANATION
S-∅ O-The
patient
may manifest: -Restlessness
-Increased BP
Decreased
CAD
cardiac
narrowing
output
r/t blood
increased
This
vascular
leads to intense
resistance
pressure exerted
clammy
skin
condition
on the walls of the blood
-Cold
vessels.
vessels.
The
body’s
compensatory mechanism is to
-Decreased peripheral pulses
increase
workload of the heart and thus the patient decreased
-Dyspnea
the
cardiac output
has
After 2-3 hours of
determine
condition
possible
nursing
problems
interventions,
2. Monitor
understanding
record
of
signs
disease
and
3. Encourage
After two days nursing
interventions
vital
shall
have
verbalized
obtain of disease baseline process. data
patient verbalize
patient 3. To make The shall have client to express his participated in feelings
concerns
the patient will activities
patient
Long term:
Long term:
participate
The
2. To
process.
of
Short term:
understanding
the patient will verbalize
EXPECTED OUTCOME
1. Assess patient’s 1. To
in 4. Encourage patient to
decrease in the
RATIONALE
INTERVENTIONS
causes Short term: of
NURSING
4. To improve to
change position
venous return
activities
to
decrease
in
the
heart’s
workload
every two hours
heart’s
workload
-Prolonged
5. To reduce
5. Encourage
capillary refill
patient
to
stress
do
relaxation -Jugular
techniques
vein
distention 6. Encourage -Edema
6. To
patient
to
engage
in
divertional
divert
attention and
help
patient
activities
lessen
-Weight gain
experience d pain and anxiety
-Pallor
low 7. To prevent further salt and low fat complicatio diet ns of the
7. Reinforced -Oliguria
disease.
Problem#3: Ineffective Tissue Perfusion related to decreased cardiac output ASSESSMENT
S- ∅
NURSING
SCIENTIFIC
DIAGNOSIS
EXPLANATION
Ineffective
tissue During
a
PLANNING
INTERVENTIONS
OUTCOME
1. Established
chest Short term:
manifested the following: -Shortness of breath
decreased cardiac the heart, such as output
secondary the
coronary
to Coronary Artery arteries, Disease
become occluded with intravascular plaques. heart
does
absorb -Fatigue
can
through myocardial
The not blood the wall.
Short term:
therapeutic
perfusion related to pain, vessels of O- The patient
EXPECTED
After 3 hours of nursing
2. Assessed pt.’s
interventions, the patient
will
be
able
to
demonstrate behaviors how
relationship.
to
condition. 3. Monitored and recorded vital
The pt. shall have demonstrated behaviors on how to have effective airways.
Coronary artery Activity intolerance disease results related to
from the
imbalance
interruption of
oxygen
blood supply to
supply and a part of the demand
heart, causing
skin
heart cells to
-decreased
die. Typical
peripheral
symptoms
pulses
include sudden
-pallor
chest pain
Nursing
Rationale
Intervention Short term:
After 2-3 hours of nursing interventions, the patient will verbalize
1. assess patient’s
Outcome
1. to determine possible
condition
problems
2. monitor and
2. for baseline
record vital signs 3. encourage
Expected
data
Short term:
The patient shall have verbalized understanding of disease process.
3. to make client express his
understanding
patient to
feelings
of disease
verbalize
4. to improve
process.
concerns
-cyanosis -fatigue
(typically
4. encourage Long term:
radiating to the left arm or left side of the neck),
After two days of nursing interventions
patient to change
venous return 5. to reduce stress 6. to divert
position
attention and
every two
help patient
hours
lessen
Long term:
The patient shall
shortness of breath, nausea, vomiting, palpitations, sweating, and anxiety. Women may experience fewer typical symptoms than men, most commonly shortness of breath, weakness, a
have maintained
the patient will be able to maintain her breathing pattern as
5. encourage
pain and
pattern as
relaxation techniques
anxiety
evidenced by: vital
evidenced by: 6. Encourage patient to vital signs within the
engage in
normal range
diversional activities such as chatting with family and friends. 7. reinforced
feeling of
low salt and
indigestion, and
low fat diet
in musculoskeletal impairment and/or pain, cognitive impairment and anxiety, metabolic abnormalities.
her breathing
patient to do
fatigue resulting
experienced
8. adjust activities 9. balance rest periods with activities 10. increase activity levels gradually
7. to prevent further complications of the disease 8. to prevent overexertion 9. to reduce fatigue 10. to conserve energy
signs within the normal range
C. IMPLEMENTA IMPLEMENTATION TION 1. MEDICAL MANAGEMENT a. IVFs, NGT feeding, Nebulization, TPN, Oxygen therapy, etc Indication
Client’s Response to
Date Performed
Or
Treatment
Date Changed
Purposes
Medical
Date Ordered
Management/ Treatment
D5W 500ccx KVO
General Description
Date ordered:
D5W is initially infused, Lactated Ringer’s and Mr. Corona D. Sease
09/17/2013
it
is
an
isotonic 5%
Dextrose,
solution, but when the indicated Date performed:
dextrose
09/17/2013
metabolized, solution
is Corona D. Sease actually calories
solution
where
osmotic
pressure
into cells.
Nursing Responsibilities Prior
Verify the Doctor’s order
Prepare all the equipment needed
Do not administer unless solution is clear and container is undamaged.
Properly label the IV fluid.
Explain the purpose of the procedure and what to expect
During
Provide patient's safety
Locate for a good vein
Apply antiseptic to the puncture site
Check if it is the correct ty type pe of IV fluid
After
or
as
alkalinizing agent.
causes fluid to shift
Mr. good hydration status as as evidenced by good
the a source of water and skin turgor and moist
becomes hypotonic, a
to
is was able to maintain
an oral membrane.
mucous
After
Secure the IV tubing
Discard unused portion
Regulate the IV fluid as prescribed
Document the procedure
Indication
Client’s Response to
Date Performed
Or
Treatment
Date Changed
Purposes
Medical
Date Ordered
Management/ Treatment
O2
Inhalation Date ordered:
regulated at 2-3 LPM
09/17/2013
General Description
Inhalation of oxygen O2
restoring indicated
aimed
at
toward
normal
Date performed:
physiologic alterations a
09/17/2013
of gas exchange in the supplementary
of a respirator, nasal catheter,
tent,
chamber, or mask.
Nursing Responsibilities Prior
Verify the Doctor’s order
Prepare all the equipment needed
During
Provide patient's safety
Place properly on patient’s nose
Regulate at 2-3LPM as ordered
source
oxygen.
system, as by the use
to
any Corona D. Sease
cardiopulmonary
Inhalation,
is Mr. Corona D. Sease Mr. was able to maintain as normal
respiratory
of breathing pattern.
After
Document and record
b. Drugs 1. Aspirin
General Action,
Indication or
Client’s
Route, Dosage
Mechanism of
Purposes
Response to
and Frequency
Action
Name of
Date
Drug; Generic
Ordered/
name; Brand
Date Taken
name
Date
with Actual
Changed
Side Effect
Generic name:
Date ordered:
Aspirin
08/17/2013
(acetylsalicylic acid)
Date taken:
PO, 80 mg 1 tab , OD
the Medication
General action:
Indicated for Mr. Corona D.
NSAID;
Mr.
Anti-platelet
D. Sease for responded well
aggregation
treatment of in the drug as
Corona Sease
to evidenced
mild
08/17/2013
normal platelet
of moderate
Brand Name:
Mechanism
Asaphent
action:
pain;
Inhibits
reduction
prostaglandin
risk of death
synthesis,
or
count. of
unstable
resulting in anti- angina inflammatory
pectoris,
by
or
activity,
and recurrent
platelet
transient
aggregation
ischemia
inhibition;
attacks
reduces fever by (TIAs). acting
on
brain's
the heat-
regulating center to
promote
vasodilation sweating.
Nursing responsibilities Prior
Verify the doctor's order
Give necessary information to the patient
Obtain a history of previous use and reactions to medication.
During
Administer medication as ordered
Verify/check the medication again
After
Monitor fungal/bacterial super infection
Monitor sodium level
and
2. Clopidogrel Name of drug;
Date ordered/
Generic Name;
Date Taken/
Brand Name
Date Changed
General Action,
Indication or
Client’s
Route, Dosage
Mechanism of
Purposes
Response to
and Frequency
Action
the medication with Actual Side Effect
Generic name: Clopidogrel
Date ordered:
PO, 75mg/tab, 1 tab General action:
09/17/2013
OD
It was indicated Mr. Corona D.
platelet for Mr. Corona D. Sease
Inhibits
for responded well
by Sease
aggregation
of in the drug as
Brand name:
Date taken:
blocking
AD prevention
Plavix
09/17/2013
Preceptors
on thrombosis along evidenced
platelets
,preventing with Aspirin and normal
clumping of platelets
to
prevent count.
vascular of ischemic events.
Mechanism action:
It was found to inhibit prostaglandin synthesis
and
to
complete for binding
at the prostaglandin receptor sites, giving analgesic
and
anti-
inflammatory effect
Nursing Responsibilities Prior
by
platelet
Check the doctor’s order three times and verify the patient
Check the label of the drug, its name and its expiration date. Explain the importance of compliance in medication regimen
Obtain a history of previous use and reactions to medication.
During
Instruct patient to notify prescriber if unusual bleeding or bruising occurs.
Tell patient to inform all health care providers, including dentist, before undergoing procedures or starting new
drug.
After
Evaluate the effect of the medication to the patient’s condition
Tell patient to refrain from activities in which trauma and bleeding may occur.
3. Enoxaparin Name of drugs;
Date Ordered/
Generic name;
Date Taken/
Brand name
Date Changed
General Action,
Indication or
Client’s
Route, Dosage
Mechanism of
Purposes
Response to
and Frequency
Action
the Medication with Actual Side Effect
Generic name: Enoxaparin
Date ordered:
SQ, 0.4 cc, BID x 5 General action:
It was indicated Mr. Corona D.
09/17/2013
days
to
Anti coagulant drug
prevent
Mr. Sease
Corona D. Sease responded well Brand name:
Date taken:
Mechanism
Clexane,
09/17/2013
action:
Lovenox
and
from absence
Accelerates formation complications of
of from blood clots as evidenced by
anti-thrombin
III from angina and
chest pain.
of
thrombin and
complex heart
attacks
deactivates with oral aspirin
thrombin, preventing therapy
and
conversion
ST-
fibrinogen
of Acute to
fibrin. segment
Drug has a higher elevation MI. anti factor Xa to antifactor IIa activity ratio than heparin.
Nursing Responsibilities Prior
Check the doctor’s order three times and verify the patient
Check the label of the drug, its name and its expiration date.
Explain the importance of compliance in medication regimen. regimen.
Obtain a history of previous use and reactions to medication.
During
Instruct patient and SO to watch for signs of bleeding or abnormal bruising and notify prescriber immediately if any
occur. Tell patient to avoid OTC drugs containing aspirin or other salicylates unless ordered by prescriber
After
Evaluate the effect of the medication to the patient’s condition
4. Captopril Name of drugs;
Date Ordered/
Generic name;
Date Taken/
Brand name
Date Changed
General Action,
Indication or
Client’s
Route, Dosage
Mechanism of
Purposes
Response to
and Frequency
Action
the Medication with Actual Side Effects
Generic name: Captopril
Date ordered:
PO, 25 mg/tab , 1 General action:
It was indicated Mr. Corona D.
09/17/2013
tab B.I.D
for hypertension Sease
Antihypertensive
of Mr. Corona D. responded well Brand name:
Date taken:
Mechanism
Capoten
09/17/2013
action:
of Sease,
and
to as evidenced by
vasodilate blood lower
Inhibits
ACE, vessels so blood pressure.
preventing conversion flows
more
of angiotensin I to smoothly
and
angiotension
can
II,
a the
heart
pump
potent
vasoconstrictor. Less efficiently. angiotensin
II
decreases peripheral arterial
resistance,
decreasing aldosterone secretion,
which
reduces sodium and water retention and lowers pressure.
blood
more
blood
Nursing Responsibilities Prior
Check the doctor’s order three times and verify the patient
Check the label of the drug, its name and its expiration date.
Explain the importance of compliance in medication regimen. regimen.
Obtain a history of previous use and reactions to medication.
Instruct patient to take drug 1 hour before meals.
During
Inform patient that light headedness is possible, especially during the first few days of therapy.
If fainting occurs, he should stop the drug and call the prescriber.
After
Evaluate the effect of the medication to the patient’s condition
Tell patient to use caution in hot weather and during exercise.
Advise patient to report signs and symptoms of infection, such as fever and sore throat.
Urge patient to promptly report swelling of the face, lips, mouth or difficulty breathing.
5. Rosuvastatin Name of
Date Ordered/
Drugs;
Date Taken/
Generic Name;
Date Changed
General Action,
Indication or
Client’s
Route, Dosage
Mechanism of
Purposes
Response to
and Frequency
Action
the Medication with Actual
Brand Name
Side Effects
Generic name: Rosuvastatin
Date ordered:
PO,
20
09/17/2013
OD HS
mg/tab, General action: Antilipemic
was
reduce
indicated risk
of
to Mr. Corona D. Mr. Sease
Corona D. Sease in responded well
Calcium Brand name:
It
Date taken:
Mechanism
09/17/2013
action:
of death from CV disease as
evidenced
in by
reduced
and
CV
events
Crestor
patients at high risk of cholesterol
Competiting
inhibitors HMG CoA coronary
the
to level.
This reduce total and LDL
reductase. enzyme
events,
catalyzes cholesterol,
early
rate apolipoprotein B, and
limiting step in the triglyceride levels and of increase
synthesis
HDL
cholesterol.
cholesterol
Decreased
patients with primary
cholesterol,
hyperlipidemia
triglycerides,
mixed dyslipidemia; to
VDL,LDL
and reduce
increased
HDL. density
Does basal
not
reduce cholesterol plasma patients
cortisol
level
very
in and low
lipoprotein level
in with
or dysbetalipoproteinemia
testosterone level
Nursing Responsibilities Prior
Check the doctor’s order three times and verify the patient.
Check the label of the drug, its name and its expiration date.
Explain the importance of compliance in medication regimen. Obtain a history of previous use and reactions to medication.
Instruct patient to take drug in the evening.
During
Teach patient about proper dietary management of cholesterol and triglycerides
Tell patient to inform prescriber iiff adverse reactions occur, particularly muscle aches and pains or tenderness or
weakness with malaise or fever. After
Evaluate the effect of the medication to the patient’s condition
6. Lactulose Name of Drugs;
Date Ordered/
Generic Name;
Date Taken
Brand Name
Date Changed
General Action,
Indication or
Client’s
Route, Dosage
Mechanism of
Purposes
Response to
and Frequency
Action
the Medication with Actual Side Effects
Generic name: Lactulose
Date ordered:
PO, 30CC, OD HS
09/17/2013
General action:
Indicated for Mr. Mr. Corona D.
Laxatives
Corona D. Sease Sease prevent experiences
to Brand name:
Date taken:
Mechanism
Lilac, Rilax
09/17/2013
action:
of constipation and regular
prevent movement.
to
Produces an osmotic straining effect
while
colon; defecating
in
distention could
resulting
that
increase
promotes peristalsis. the workload of decreases the heart.
Also ammonia,
probably
as a result of bacterial degradation, lowers
the
which pH
colon contents.
Nursing Responsibilities Prior
Check the doctor’s order three times and verify the patient
Check the label of the drug, its name and its expiration date.
of
bowel
Explain the importance of compliance in medication regimen
Obtain a history of previous use and reactions to medication.
During
Monitor mental status and potassium levels
Replace fluid loss
Instruct patient not to take other laxatives dur during ing lactulose therapy.
After
Evaluate the effect of the medication to the patient’s condition
7. Furosemide Name of Drugs;
Date Ordered/
Generic Name;
Date Taken/
Brand Name
Date Changed
General Action,
Indication or
Client’s
Route, Dosage
Mechanism of
Purposes
Response to
and Frequency
Action
the Medication with Actual Side Effects
Generic name: Furosemide
Date ordered:
IV, 40 mg, every 6 General action:
Indicated for Mr. Mr. Corona D.
09/17/2013
hours for 3 days
Corona D. Sease Sease
Loop Diuretic
to Brand name:
Date taken:
Mechanism
Lasix
09/17/2013
action:
Acts
by
treat
of blood
pressure
and to prevent within
normal
the accumulation
luminal Na-K-2Cl luminal Na-K-2Cl
of
Henle. Henle. failure.
tubules
is
independent of any
of edema
can
be
limb of cause by heart
The action on the distal
range
fluid of the body noted.
symporter in the the thick thick that ascending
a
pressure blood
inhibiting excessive
NKCC2,
the the loop
high established
and
no was
inhibitory
effect
on
carbonic
anhydrase
or aldosterone; it also abolishes
the
corticomedullary osmotic gradient and blocks negative, as well as positive, free positive, free water clearance. clearance.
Nursing Responsibilities Prior
Check the doctor’s order three times and verify the patient
Check the label of the drug, its name and its expiration date.
Explain the importance of compliance in medication regimen
Obtain a history of previous use and reactions to medication.
Instruct patient to take drug 1 hour before meals,
During
Inform patient that light headedness is possible, especially during the first few days of therapy.
If fainting occurs, he should stop the drug and call the prescriber.
After
Evaluate the effect of the medication to the patient’s condition
Tell patient to use caution in hot weather and during exercise.
Advise patient to report signs and symptoms symptoms of infection, such as fever and sore throat.
Urge patient to promptly report swelling of the face, lips, mouth or difficulty breathing.
8. Salbutamol Name of
Date Ordered/
Drugs; Generic
Date Taken/
Route, Dosage
Name; Brand
Date Changed
and Frequency
General Action,
Indication or
Client’s
Mechanism of Action
Purposes
Response to the Medication with Actual
Name
Side Effects
Generic name: Albuterol Sulfate
Date ordered:
Nebulizer
09/18/2013
doses minutes
X
every
3 General action: 15 Bronchodilator
Indicated for Mr. Mr. Corona D. Corona D. Sease Sease to
relieve cooperated with
Brand name:
Date taken:
Mechanism of action:
bronchospasm
medication and
09/18/2013
A
brought
substance
the
improvement
that dilates that dilates the the bronchi bronchi
compensatory
with
and bronchioles, and bronchioles,
mechanism
about shown a slight
Accuneb
of pattern
decreasing resistance lungs to maintain in
the respiratory adequate oxygen the respiratory
airway and increasing supply. airflow to the lungs. the lungs.
Nursing Responsibilities Prior
Check the doctor’s order three times and verify the patient
Check the label of the drug, its name and its expiration date.
Explain the importance of compliance in medication regimen
During
Position patient on high back rest
After
Evaluate the effect of the medication to the patient’s condition
Do back tapping
Instruct patient to take food immediately.
breathing
9. Hydrocortisone Name of Drugs;
Date Ordered/
Generic Name;
Date Taken/
Brand Name
Date Changed
General Action,
Indication or
Client’s
Route, Dosage
Mechanism of
Purposes
Response to
and Frequency
Action
the Medication with Actual Side Effects
Generic name: Hydrocortisone
Date ordered:
IV, 100mg , PRN
09/18/2013
General action:
Indicated for Mr. Mr. Corona D.
Corticosteroid
Corona D. Sease Sease to relieve from cooperated with
Brand name:
Date taken:
Mechanism
Hydrotex,
09/18/2013
action:
of short-term
inflammation.
medication and relieved
Synacort
Enter
cells
where
they
combine
with
steroid receptors in cytoplasm combination nucleus
enters
where
it
controls synthesis of protein,
including
enzymes regulate
that vital
cell
activities over a wide range
of
metabolic
functions including all aspects inflammation.
Nursing Responsibilities Prior
Check the doctor’s order three times and verify the patient
Check the label of the drug, its name and its expiration date.
Explain the importance of compliance in medication regimen
of
inflammation.
During
Watch out for adverse reactions
After
Evaluate the effect of the medication to the patient’s condition
C. DIET Date ordered/ Type of Diet
Date started/
General
Indication/
Specific Food
Client’s Response to
Description
Purpose
Taken
Treatment
Date changed
Low Salt, Low Fat Diet
Date ordered: 08/17/2013
A type of diet It was indicated which in food to prevent Mr. provided
the Corona
D.
client is low Sease to have fat and a fluid retention Date started: 08/17/2013
sodium
and decreased
content, with in a
strict demand.
precaution to aspiration which
metabolic
the
Rice and fish
Mr.
Corona
D.
Sease
responded well on the diet by not eating food that are salty and fatty and by just eating such as boiled food.
patient be
must
position
into
semi-
fowler’s or the
head is being elevated.
Nursing Responsibilities: Prior
Check physician’s order
Inform the patient’s SO about the type of diet.
Explain the purpose of the the diet ordered the consequences of not following such diet and how it will be
implemented.
During
Monitor if the patient c complies omplies w with ith the given diet.
Monitor intake and output.
After
Monitor patient’s reaction and compliance with diet.
Instruct patient to maintain the optimal nutritional status
Provide oral hygiene after meals
D. ACTIVITY/EXE ACTIVITY/EXERCISE RCISE Type
Date Ordered/
General Description
Indications/ Purposes
Client’s Response/ Reaction
Performed/ Changed
Bed
Rest Date ordered:
with bathroom
09/17/2013
privilege
Confined him on bed to Indicated to restore the energy rest but can do some light and
activities like going to the Corona bathroom
Date performed:
promote
Having
and some
D.
rest
Sease
of that
Mr. to
walking. decreased the workload of limited heart.
Mr. Corona D. Sease complied on the instructed exercise AEB he limits his activity and was able to take a rest and sleep properly to promote wellness
strenuous movement.
09/17/2013
Nursing Responsibilities: Prior
Check physician’s order
Inform the patient’s SO about the type of activity.
Explain the purpose of the activity ordered the consequences of not following such diet and how it w will ill be
implemented. Provide proper positioning.
During
Assist the client in doing any activities.
After
Document response of the patient.
2. SURGICAL MANAGEMENT
No surgical management was done
3. NURSING MANAGEMENT (ACTUAL SOAPIERs)
SEPTEMBER 18, 2013
S= “Medyo nahihirapan akong huminga‖ as verbalized by the patient.
O=Received patient in sitting position, conscious and coherent with an IVF of D5 in
water x KVO @ 4500cc level, with 02 inhalation of 2-3LPM, with signs of fatigue, with pale palpebral conjunctivas, with prolonged capillary refill, body weakness, cold clammy skin, VS as follow: T= 36.5C, HR=74bpm, RR=31bpm, BP=110/80mmHg.
A= Decreased cardiac output related to altered cardiac function secondary to CAD
P= After 2 hours of nursing interventions patient will be able to verbalized
understanding and importance of hemodynamic stability
I= INDEPENDENT > Established rapport > Monitored and recorded VS
> Provided bed side care > Oral medications given and noted
> Kept client on semi – fowler’s position > Evaluated client’s reports and evidence of extreme fatigue
> Monitored cardiac rhythm continuously > Scheduled activities and assessment > Assisted patient in performing self-care > Provided health teachings in reducing activities that may stimulate an increase in oxygen demand >Provided adequate rest > Assisted patient in changing position DEPENDENT
>For 2Decho/requested
E= Patient verbalized understanding and importance of hemodynamics stability
SEPTEMBER 19, 2013
S= ―Agad akong napapagod‖ as verbalized by the patient
O= Received patient on a sitting position, conscious and coherent, with ongoing IVF
of D5W x KVO @ 450cc level, with O2 inhalation of 2-3 LPM, with foley catheter draining on a yellowish brown output @ 800cc level, with pale nail beds, seemed weak and restlessness, with presence of productive cough, move with assistance, VS taken as follows: T= 35.3C, HR=91bpm, RR=28bpm, BP=110/80mmHg.
A= Fatigue related to decreased muscle strength as evidenced by decreased in
performance
P= After 3 hours of nursing interventions the patient will participate in desired
activities of level ability
I= INDEPENDENT
>Establishes rapport >Provided morning care >Assessed general condition
> Monitored and recorded VS > Instructed to have adequate rest > Encouraged to practice deep breathing technique > Encouraged to have passive range of motion exercise > Provided support when moving > Instructed to avoid foods with caffeine or high sugar > Oral medications given as ordered DEPENDENT
>For 2Decho-advised E= Patient participated to the desired activities at level ability
SEPTEMBER 20, 2013
S= O
O= Received patient on a lying position, conscious and coherent, with ongoing IVF
of D5W x KVO @ full level, with foley catheter draining on a yellowish brown output @ 100cc level, with pale nail beds, seemed weak and restlessness, with presence of productive cough, move with assistance, with excessive sputum seen in a cup at the bed side, rales and crackles are heard during auscultation VS taken as follows: T= 36.8C, HR=78bpm, RR=26bpm, BP=120/80mmHg.
A= Ineffective airway clearance related to retained secretions as evidenced by
excessive sputum seen in a cup at the bed side.
P= after 3 hours of nursing interventions the patient will verbalize understanding of
causes and therapeutic management regimen.
I= INDEPENDENT
>Establishes rapport >Provided morning care > Kept patient comfortable >Assessed general condition > Monitored and recorded VS
> Instructed to have adequate rest > Encouraged to practice deep breathing technique > Elevate head of bed and change position every 2 hours > Encouraged increase fluid intake
E= the patient verbalized understanding of causes and therapeutic management
a. General Condition of Client Upon Discharge The patient prior to discharge demonstrated the following indications of good health and alleviation from the previous diagnosis: - Patient was able to cope up with his/her ADL’s - Patient was able to return to normal appetite to increase body nutrition - Patient was able to verbalize needs - Patient was portraying absence or decreased pain - Patient together with the S.O was able to comply with health teachings
given prior discharge
b. METHODS
M(edications) – Instructed the patient to continue medication as ordered
1. Salbutamol Neb 1 Neb twice a day 2. Aspirin 80 mg/tab 1 tab once a day 3. Clopidogrel 70 mg/tab 1 tab once a day 4. Enalapril 5 mg/tab 1 tab once a day 5. Atovastatin80mg/tab 1 tab once a day 6. Lactulose 30cc once a day 7. Lanoxin 0.25gmg/tab once a day 8. Acetylcysteine 200mg/sachet 1 sachet in 1 glass water three times a day 9. Prednisone 20mg/tab two times a day E(xercise) – Instructed the patient to do exercise as tolerated such as walking
-Instructed patient to obtain adequate rest periods T(reatment) – Instructed patient to continue medication H(ealth Teachings) – Encouraged patient to increase fluid intake
-
Encourage patient to eat foods rich in vitamins especially vitamin C and nutritious foods
-
Encouraged patient to avoid salty and fatty foods
-
Instructed patient to limit her activ activity ity for 24 to 48 hours after discharge
O(ut-patient Department) – Advised patient to have OPD follow-up check up on
September 27, 2013 at 10 am D(iet) – Encouraged patient to eat smaller than normal amounts of food at meal time