acute renal failure
TRANSCRIPT
I. INTRODUCTION
a) IMPORTANCE OF THE CASE STUDY
Knowing the different kinds of diseases in our community, it is
important for us to know how to prevent these kinds of diseases and
what is the management we are going to use if we encountered one of
these sicknesses. According to our source, disease management has
been defined as a system of coordinated care interventions in which
patient’s self care efforts are significant. For this case study, our
purpose in doing this is to provide an overview of Acute Renal Failure
and impart ways on how to prevent and manage this disease.
b) OBJECTIVES
Introduce what Acute Renal Failure is.
Differentiate between Acute Renal Failure and Chronic Renal
Failure.
Discuss the Anatomy and Physiology of systems which can be
damaged by Acute Renal Failure.
Explain the Pathophysiology of the disease.
Discuss the predisposing and precipitating factors of the disease.
Discuss the signs and symptoms of the disease.
Discuss the possible complications of Acute Renal Failure.
Present diagnostic and laboratory procedures in detecting Acute
Renal Failure.
State management goals for a patient with Acute Renal Failure.
List the types of oral and IV medications for Acute Renal Failure
and their mechanisms of action.
Impart the role of Renal Failure self-management education in
assisting patients with Acute Renal Failure to make required
attitude changes to manage their disease.
Acute Renal Failure
Acute renal failure (ARF) is the rapid breakdown of renal (kidney)
function that occurs when high levels of uremic toxins (waste products
of the body’s metabolism) accumulate in the blood. ARF occurs when
the kidneys are unable to excrete (discharge) the daily load of toxins in
the urine.
Based on the amount of urine that is excreted over a 24-hour
period, patients with ARF are separated into two groups: Oliguric: patients who excrete less than 500 milliliters
per day (< 16 oz/day) Nonoliguric: patients who excrete more than 500
milliliters per day (> 16 oz/day)
In Nonoliguric patients, the urine is of poor quality (i.e., contains little waste) because the blood is not well filtered, despite the fact that an adequate volume of urine is excreted.
Both kidneys are failing when ARF occurs. One normally functioning kidney can maintain adequate blood filtering.
Chronic Renal Failure
Chronic, or irreversible, renal failure is a progressive reduction of
functioning renal tissue such that the remaining kidney mass can no
longer maintain the body’s internal environment. CRF can develop
insidiously over many years, or it may result from an episode of ARF
from which the client has not recovered.
Precipitating Factors of ARF:
Diet (Eating salty and fatty foods)
Lifestyle (Smoking And drinking)
Predisposing Factors:
Age
Heredity
Signs and Symptoms of ARF
The patient may manifest the following:
Oliguria
Tachycardia and hypotension
Dry mucous membranes and flat neck veins
Lethargy
Cool, clammy skin
Azotemia
Electrolyte imbalances
Nausea and vomiting
Constipation
Irritability and Fatigue
Complications of Acute Renal Failure
Ischemic acute tubular necrosis can lead to renal shutdown.
Electrolyte imbalance, metabolic acidosis, and other severe effects
follow as the patient becomes increasingly uremic, and renal
dysfunction disrupts other body systems. If left untreated, the elderly
patient is particularly susceptible to volume overload, precipitating
acute pulmonary edema, hypertensive crisis and infection.
Diagnostic and Laboratory Tests to Detect Acute Renal Failure
Blood studies: BUN, serum creatinine, potassium,
bicarbonate, hematocrit, and hemoglobin, pH, serum
osmolality
Urinalysis, protein, osmolality, sodium
Creatinine clearance
Electrocardiogram
Ultrasonography
X-ray of abdomen, kidney-ureter-bladder radiography
Excretory urography, retrograde pyelography
Renal scan, CT scan and nephrotomography
II. NURSING ASSESSMENT
A.PERSONAL HISTORY
Mr. R resides at Sta. Lucia Sasmuan Pampanga, and he is 57
years old. His wife is elementary teacher and he has a son who is in
college at present. Due to financial difficulties of the family of Mr. R in
his times, he is not able to finish his elementary course and finished
grade four. Their religion is Catholic.
Mr. R lives a sedentary lifestyle. He likes to eat salty and fatty
foods such as chicken, pork and instant noodles. He also states that
everyday, his day is not complete if he is not able to eat his favorite
food which is noodles. He smokes and drinks alcoholic beverages
whenever there is occasion but it’s neither a vice nor a habit. More
often, he sleeps around 7:30pm and wakes at 5:00am. He usually stays
at home and prepare their meal everyday, sometimes he play cards
with his neighbors. Mr. R does not exert effort on having exercise. His
wife supports them financially.
B.HISTORY OF PAST ILLNESS
Mr. R doesn’t remember if he had mumps or chickenpox before
nor completed his immunization. He had never been hospitalized
before. He has an allergic in penicillin. Their family doesn’t have
history of renal failure or any hereditary diseases. They believed on
traditional beliefs and seek for albularyo when their sick.
C.HISTORY OF PRESSENT ILLNESS
Mr. R condition started a week before he was admitted to the
hospital. He had fever and chills then took biogesic. On the second day
he had hypogastric pain and vomited that’s why they sought
consultation to a nearby hospital (Diosdado Macapagal Hospital).
He was admitted with the impression of Acute Renal Failure.
Because his condition becomes worst, they decided to transfer him to
JBLMRH last December 11, 2005 at 4:30 pm. He was brought to
Medicine Ward. His vital signs upon admission are as follows: BP:
120/80, CR: 89, RR: 22. His blood type is B. His doctor suggested
submitting himself for dialysis but he refused due to their financial
status. December 13, 2005, he was subjected for blood transfusion.
Because of his anxiety and fear of pain made by needle prick, he
refused to subject himself for CBC and withdraws for any kind of care
give to him; he even refuses to take his vital signs. Mr. R is suffering
from oliguria, uremia and anemia.
Usually the family argues about Mr. R diet. His wife stated that
Mr. R is hard headed but they can’t do anything because he is the one
who usually prepare their meal.
D.PHYSICAL ASSESSMENT
A. General Appearance
Mr. Romeo Velasco is 57 year old. He was brought to JBLMRH last
December 11, 2005 with a chief complaint of general body weakness.
Appears to be untidy (uncombed hair).Vital signs are as follows: BP:
120/80, CR: 90, RR: 22.
B. Review of Systems
SKIN: fair complexion, dry skin, no jaundice, cold to touch and
patient is pale
HEAD: head is proportional to the body, no tenderness observed,
and no inflammation
EYES: (+) Perrla, eyebrows are well-distributed, no cataract
observed, eyelids are able to blink
EARS: are symmetrical, no tinnitus, no discharges, no lesion
NOSE AND SINUSES: no epistaxis, no discharges, and no
tenderness observed
MOUTH AND THROAT: dry lips, hoarseness of voice, tongue can
be protruded, and no inflammation observed
NECK: able of full neck motion without pain, there is no
inflammation upon palpation, no lump and no swollen lymph node
RESPIRATORY: no sputum and no asthma
CARDIAC: hypertensive
GASTROINTESTINAL: low appetite, allergic to penicillin
URINARY: has oliguria (with average urine output of 10mL/hour)
GENITAL: not assessed
PERIPHERAL VASCULAR: nail beds are pale, with an impaired
capillary refill time
MUSKULOSKELETAL: with impaired mobility
NEUROLOGIC: general body weakness
HEMATOLOGIC: redness, pain in areas where transfusion was
done, has a decrease hgb count upon laboratory results
PSYCHIATRIC: patient is nervous and anxious
NO HISTORY OF FAMILIAL DISEASES
Domingo Velasco Purificacion Sanchez Virgilio Roman
Laura Roman
Narcisa Roman
Cecilia RomanVirginia Velasco
Julia Velasco
Aries Velasco
Rufina Aguilar
Antonio Velasco
Romeo Velasco (allergic in penicillin, has ARF)
III. ANATOMY AND PHYSIOLOGY
KIDNEYS
The kidneys are bean shaped organs, each about the size of a
tightly clenched fist. They lie on the posterior abdominal wall, behind
the peritoneum, with one kidney on either side of the vertebral column.
Structures that are behind the peritoneum are said to be
retroperitoneal. A connective tissue renal capsule surrounds each
kidney. Around a renal capsule is a thick layer of fat, which protects
the kidney from mechanical shock. On the medial side of each kidney
is the hilum, where the renal artery and nerves enter and where the
renal vein and ureter exit the kidney. The hilum opens into cavity
called the renal sinus, which contains blood vessels, part of the system
for collecting urine and fat
The kidney is divided into an outer cortex and an inner medulla,
which surround the renal sinus. The bases of several cone- shaped
renal pyramids are located at the boundary between the cortex and
the medulla, and the tips of the renal pyramids project towards the
center of the kidney. A funnel shaped structure called a calyx
surrounds the tip of each renal pyramid. The calyces from all the renal
pyramids join to form a larger funnel called the renal pelvis. The renal
pelvis then narrows to form a small tube, the ureter, which exits the
kidney and connects to the urinary bladder. Urine passes from the
kidney and connects to the urinary bladder. Urine passes from the tips
of the renal pyramids into the calyces. From the calyses urine collects
in the renal pelvis and exits the kidney through the ureter.
The functional unit of the kidney is the nephron and there are
approximately 1.3 million of them in each kidney. Each nephron
consists of a renal corpuscle, a proximal tubule, a loop of Henle, or
nephronic loop and a distal tubule. Fluid enters the renal corpuscles
and then flows into the proximal tubule. From there it flows into the
loop of Henle, each loop of Henle has a descending limb, which
extends towards the renal sinus and an ascending limb. Which extends
back toward the cortex. The fluid flows through the ascending limbs of
the loop of Henle to the distal tubule. Many distal tubules empty into a
collecting duct, which carries the fluid from the cortex, through the
medulla. Many collecting ducts empty intro a papillary duct and the
papillary ducts empty their contents into a calyx.
The renal corpuscles and both convoluted tubules are in the
renal cortex. The collecting duct and loop of Henle enter the medulla.
Approximately 15 % of the nephrons called juxtamedullary nephrons
have loop of Henle that extends deep into the medulla of the kidney.
The other nephrons called cortical nephrons have loop of Henle that do
not extend deep into the medulla.
The renal corpuscles of the nephrons consist of Bowman’s
capsule and the glomerulus. Bowman’s capsule consist of the enlarge
end of the nephron, which is extended to form a double walled
chamber. The indention is occupied by a tuft of capillaries called
glomerulus, which resembles a ball of yarn. The cavity of Bowman’s
capsule opens into the proximal tubule, which carries fluid away from
the capsule. The inner layer of Bowman’s capsule surrounds the
glomerulus and consists of specialized cells called podocytes. The
outer layer of the Bowman’s capsule consists of simple squamous
epithelial cells.
The glomerular capillaries have pores in their walls, and the
podocytes have cell processes with gaps between them. The
endothelium of the glomerular capillaries, the podocytes and the
basement membrane between them form a filtration membrane. In the
first step of urine formation, fluid called filtrate is filtered from the
glomerular capillaries into Bowman’s capsule through the filtration
membrane.
Most of the nephron and collecting duct are made up of simple
cuboidal epithelium. However, the thin segments of the descending
and ascending limbs of Henle’s loop have very thin walls up of simple
squamous epithelium. The cells of proximal, thick segment of the
ascending limb of Henle’s loop, distal tubules and collecting ducts have
microvilli and many mitochondria. The proximal tubule, thick segment
of the ascending limb of Henle’s loop and the collecting duct actively
transport molecules and ions across the wall of the nephron. The thin
segment of the descending limb of the Henle’s loop is very permeable
to water and solutes and the thin segment of the ascending limb is
permeable to solutes but not to water.
URETERS, URINARY BLADDER, and URETHRA
The ureters are small tubes that carry urine from the renal pelvis
of the kidney to the posterior inferior portion of the urinary bladder.
The urinary bladder is a hallow muscular container that lies in the
pelvic cavity just posterior to the symphysis. Its function to store urine
and its size depends on the quantity of urine present. The urinary
bladder can hold from a few millimeters to a maximum of about 1000
ml of urine. When the urinary bladder reaches a volume of a few
hundred ml, a reflex is activated, which causes the smooth muscle of
the urinary bladder to contract and most of the urine flows out of the
urinary bladder through the urethra
The urethra is a tube that exits the urinary bladder inferiorly and
anteriorly. The triangle shaped portion of the urinary bladder located
between the opening of the ureters and the opening of the urethra is
called tragone. The urethra carries from the urinary bladder to the
outside of the body.
The ureters and the urinary bladder are lined with transitional
epithelium, which is specialized to stretch. As the volume of the
urinary bladder increases the epithelial cells, and the number of
epithelial cell layers decreases. As the volume of the urinary bladder
decreases, transitional epithelial cells assume their columnar shape
and form a greater number of cell layers.
The walls of the ureter and urinary bladder are composed of
layer of smooth muscle and connective tissue. Regular waves of
smooth muscle contractions in the ureters produce the force that
causes urine to follow from the kidneys to the urinary bladder.
Contractions of smooth muscle in the urinary bladder force urine to
flow from the bladder through the urethra.
At the junction of the urinary bladder and urethra, the smooth
muscle of the bladder wall forms the internal urinary sphincter in
males. No well defined internal urinary is found in females. Elastic
fibers at the junction of the urinary bladder and urethra keep urine
from passing through the urethra until the urinary bladder pressure
increases. The internal urinary sphincter of males is under involuntary
control. Contraction of the internal urinary sphincter during ejaculation
prevents semen from entering the urinary bladder and keeps urine
from flowing through the urethra. The external urinary sphincter is
formed of skeletal muscle that surrounds the urethra as the urethra
extends through the pelvic floor. The external urinary sphincter is
under involuntary and voluntary control. It controls the flow of urine
through the urethra.
In male, the urethra extends to the end of the penis, where it
opens to the outside. The female urethra is much shorter
(approximately 4 cm) than the male urethra (approximately 20 cm)
and opens into the vestibule anterior to the vaginal opening.
IV. PATIENT AND HIS ILLNESS
A. PATHOPHYSIOLOGY (book based)
The driving force for glomerular filtration is the pressure gradient
from the glomerulus to the Bowman space. Glomerular pressure is
primarily dependent on renal blood flow (RBF) and is controlled by
combined resistances of renal afferent and efferent arterioles.
Regardless of the cause of ARF, reductions in RBF represent a common
pathologic pathway for decreasing GFR. The etiology of ARF comprises
3 main mechanisms.
Pre-renal failure is brought about by diminished blood flow to the
kidneys. GFR is depressed by compromised renal perfusion. Such
decreased flow may result fro hypovolemia, shock, embolism, blood
loss, sepsis, pooling of fluid in ascites or burns, and cardiovascular
disorders, such as congestive heart failure, arrhythmias and
tamponade.
Intrinsic renal failure results from damage to the kidneys
themselves, usually resulting from acute tubular necrosis. Such
damage may also result from acute poststreptococcal
glomerulonephritis, systemic lupus erythematosus, periarteris nodosa,
vasculitis, sickle-cell disease, bilateral renal vein thrombosis,
nephrotoxins, ischemia, renal myeloma and acute pyelonephritis.
Post obstructive renal failure initially causes an increase in
tubular pressure, decreasing the filtration driving force. This pressure
gradient soon equalizes, and maintenance of a depressed GFR is then
dependent upon renal afferent vasoconstriction. Post-renal failure is a
bilateral obstruction of urinary out-flow results. Its multiple causes
include kidney stones, blood clots, papillae from papillary necrosis,
tumors, benign prostatic hyperplasia, strictures and urethral edema
from catheterization.
Patients with chronic renal failure also may present with
superimposed ARF from any of the aforementioned etiologies.
Depressed RBF eventually leads to ischemia and cell death. This
initial ischemic insult triggers production of oxygen free radicals and
enzymes that continue to cause cell injury even after restoration of
RBF. Tubular cellular damage results in disruption of tight junctions
between cells, allowing back leak of glomerular filtrate and further
depressing effective GFR. In addition, dying cells slough off into the
tubules, forming obstructing casts, which further decrease GFR and
lead to oliguria.
B. PATHOPHYSIOLOGY (CLIENT CENTERED) WITH DIAGRAM
The patient’s condition that leads to acute renal failure is related
to nephrotoxins (diet, lifestyle). There is an increase in BUN and
creatinine that indicates impaired renal function .There is also an
increase in WBC, neutrophils, and lymphoctes that indicates of
infection /inflammation. The doctor’s order is to check the CBC, RBC,
BUN, CREATININE, Na, K Cl, and for Urinalysis. The patient was advice
to submit himself for dialysis because he is anemic and to take
Furosemide as diuretics. The doctor prescribed CaCo3 because of
hypocalcemia and Kalium Durule because of hypokalemia.
While there is decrease in renal blood flow the symphathetic
response is to increase the production of Renin and Angiotensin II that
cause hypertension, thus the doctor order manidipine for the patient.
PATHOPHYSIOLOGY OF ACUTE RENAL FAILURE (Client Center)
Nephrotoxins
Symphatetic Response
Increase Renin and Angiotensin II
Circulatory Inadequacy
Increase BUN and Creatinine
Decrease K, Na Hypokalcemia
Uremia /Severe Anemia
Hypertension
Increase WBC, Neutrohils, Lymphocytes
Med’s given
C. DIAGNOSTIC AND LABORATORY PROCEDURES
DATE ORDERED: DECEMBER 11, 2005
HEMATOLOGY
DIAGNOSTIC
PROCEDURE
RESUL
T
NORMAL
VALUES
INTERPRETATIO
N
NURSING
REPONSIBILITIES
MCH 32.4 27-33 pg Normal
MCV 90.1 82-92 fl Normal
MCHC 36 31-36g / dL Normal
reticulocyte
count
2.5 1- 5 % Normal
DATE ORDERED: DECEMBER 11, 2005
DIAGNOSTI
C
PROCEDUR
E
RESUL
T
NORMAL
VALUES
INTERPRETATI
ON
NURSING
REPONSIBILITI
ES
Hgb 77 M:125-175g/L
F:115-155g /L
> Indication of
severe anemia
>Notify the
physician
>Continue
monitor the
laboratory
results
>Advise the
patient to eat
foods rich and
iron
>Encourage the
patient to take
iron
supplements
Hct 0.23 M 0.40 – 0.52
F 0.38 – 0.48
> Indication of
anemia from
dietary
deficiency,
malnutrition and
kidney diseases.
>Notify
physician
>Monitor lab
results
WBC 12.0 > Indication of
infection or
inflammation.
> Notify
physician
Neutrophil
s
0.90 0.20- 0.35 > Indication of
infection
> Notify
physician
Lymphocyt
es
0.08 0.02 – 0.05 > Indication of
infection
> Notify
physician
Stab 0.02 0.02 – 0.05 Normal
Platelet 163 Normal
DATE ORDERED: DECEMBER 11, 2005
DIAGNOSTIC
PROCEDURE
RESULT NORMAL
VALUES
INTERPRETATIO
N
NURSING
REPONSIBILITIES
FBS 6.64 3.85 – 9.0
mmol / L
Normal
BUN 13.1 1.7 – 8.3
mmol / L
> Indication of
renal failure or
glomerulonephritis
.
Creatinine 1,939 M = 60 –
120 mmol / L
F = 58 – 100
mmol / L
> Indication of
urinary tract
failure or high
protein diet
Sodium 137 136 – 145
mmol / L
Normal
Potassium 2.3 3.5 – 5.0
mmol / L
> Indication of
hypokalemia or
loss of potassium
in the body
because of severe
vomiting.
>Notify Resident
on Duty
>Encourage to
take potassium
supplements and
foods rich in
potassium such as
banana etc.
Chloride 109 101 – 111
mmol / L
Normal
Calcium 1.71 2.05 – 2.60
mmol / L
Phosphorus 1.1 0.81 – 1.62
mmol / L
Normal
DATE ORDERED: DECEMBER 11, 2005
URINALYSIS
COLOR Light yellow
REACTION Acidic
SPECIFIC GRAVITY 1.020
COARSE GRANULAR 2.4 / LPF
PUS CELLS 8.10 / HPF
RC 3.5 / HPF
EPITHELIAL CELLS Few
DATE ORDERED: DECEMBER 12, 2005
DIAGNOSTIC
PROCEDURE
RESULT NORMAL
VALUES
INTERPRETATIO
N
NURSING
REPONSIBILITIES
FBS 95.9 70 – 105
mg / dL
Normal
DATE ORDERED: DECEMBER 13, 2005
DIAGNOSTIC
PROCEDURE
RESULT NORMAL
VALUES
INTERPRETATIO
N
NURSING
REPONSIBILITIES
Potassium 3.0 3.5 – 5.0
mmol / L
> Indication of
mild hypokalemia
or mild loss of
potassium in the
body because of
vomiting.
>Notify resident on
duty
>Encourage the
patient to take
potassium
supplements and
foods rich in
potassium such as
banana, etc.
DATE ORDERED: DECEMBER 13, 2005
DIAGNOSTIC
PROCEDURE
RESULT NORMAL
VALUES
INTERPRETATIO
N
NURSING
REPONSIBILITIES
Sodium 135 136 – 145 > Indication of
mmol / L mild
hyponatremia,
renal insufficiency
and uremia.
Potassium 3.1 3.5 – 5.0
mmol / L
> Indication of
mild hypokalemia
or mild loss of
potassium in the
body because of
vomiting.
>Notify resident on
duty
>Encourage the
patient to take
potassium
supplements and
foods rich in
potassium such as
banana, etc.
DATE ORDERED: DECEMBER 13, 2005
DIAGNOSTIC
PROCEDURE
RESULT NORMAL
VALUES
INTERPRETATIO
N
NURSING
REPONSIBILITIES
Hgb 73 M =125-
175g/L
F = 115 –
155g/L
> Indication of
severe anemia
>Notify the
physician
>Continue monitor
the laboratory
results
>Advise the
patient to eat
foods rich and iron
>Encourage the
patient to take
iron supplements
Hct .20 M =.40-.52
F = .38
-.48
> Indication of
anemia from
dietary deficiency,
>Notify physician
>Monitor lab
results
malnutrition and
kidney diseases.
DATE ORDERED: DECEMBER 14, 2005
DIAGNOSTIC
PROCEDURE
RESULT NORMAL
VALUES
INTERPRETATIO
N
NURSING
REPONSIBILITIES
Hgb 83 M = 125 –
175 g / L
> Indication of
severe anemia
>Notify the
physician
>Continue monitor
the laboratory
results
>Advise the patient
to eat foods rich and
iron
>Encourage the
patient to take iron
supplements
Hct 0.25 M =.40-.52
F =.38-.48
> Indication of
anemia from
dietary deficiency,
malnutrition and
kidney diseases.
>Notify physician
>Monitor lab results
Potassium 3.0 3.5 – 5.0
mmol / L
> Indication of
mild hypokalemia
>Notify resident on
duty
>Encourage the
patient to take
potassium
supplements and
foods rich in
potassium such as
banana, etc.
V. PATIENT AND HIS CARE
A. PLANNING (NURSING CARE PLAN)
NCP#1
CUES NURSING DIAGNOSIS
SCIENTIFIC EXPLANATIO
N
OBJECTIVE INTERVENTION RATIONALE EVALUATION
Subjective: Objective: >Patient is conscious and coherent >with ongoing IV of D5 0.3 NaCl 500cc X KVO >Vital signs: BP: 110/80 PR: 79 RR: 20 Temp: 37.6 >Patient manifest generalized body weakness >Patient is
>Fatigue related to decreased Hgb count.
>A decrease in Hgb count would be a factor in having fatigue because RBC plays an important role in our cells and muscle to function normally. Patient with ARF may suffer to anemia because our kidney is one of the
>After 4 hours of nursing intervention, the patient will demonstrate an improve ability to participate in desired activities and he will verbalize an increase energy level.
>Establish rapport
>Discuss with the patient the need for activity. Plan schedule with the patient and identify the activities that leads to fatigue.
>Monitor vital signs
>to facilitate client and student nurse interaction
>education may provide motivation to increase activity level through patient may feel too weak initially
>indicates physiological
>After 4 hours of nursing intervention, goal was met as evidenced by: *clients verbalization of feeling of less fatigue and weakness *patient participates in some activities as much as he could
pale >Patient is dizzy >with poor muscle tone >the patient has a decreased Hgb count of 83. (Normal Value is 123-175g/L for males)
producers of erythropoietin that is one component for RBC production and RBC are the one who carries oxygen and nutrients to other cells and muscles for them to function. A decrease in erythropoietin production will tend to produce a small amount of RBC that would lead to a decreased supply of oxygen to different cells and muscles in the body. Therefore, leading to poor muscle tone and a problem
>Encourage the patient to eat
>Administer medications such as ferrous sulfate as prescribed
>Encourage/advise the patient to perform ROM exercise
>Encourage the patient to rest
>Promote overall health measures such as proper nutrition, adequate fluid intake and
level of tolerance
>to gain energy
>for the body to have enough RBC to supply the muscles and cells enough nutrients to function properly
>to increase the patients activity level in a step-by-step manner
>restoration of energy
>to correct the need of supply of RBC and to reduce fatigue by gaining
*patient is awake
with muscle contractility that could make the client feel that he is weak.
appropriate vitamin/iron supplement.
>Maintain strenuous activity restrictions.
energy
>to improve activity tolerance, avoid activities that requires too much energy
NCP #2
CUES NURSING DIAGNOSIS
SCIENTIFIC EXPLANATIO
N
OBJECTIVE INTERVENTION RATIONALE EVALUATION
Subjective:Objective: >Patient is conscious and coherent >with ongoing IV of D5 0.3 NaCl 500cc X KVO >Vital signs: BP: 110/80 PR: 79 RR: 20 Temp: 37.2 >patient is oliguric average of 10mL/hour >Hgb: 73 Hct: 0.20(Normal Values:
>Excess fluid volume related to inability of the kidney to excrete waste products
>Kidneys are responsible for the elimination of waste products in our body. If there is an alteration on the normal functioning of the kidney, there would be a problem in the excretion of waste products. Making the waste to stay in the circulation and excessive fluid may be the result because
>After four hours of nursing interventions; *there would be a stabilized fluid volume by increasing the urine output of the patient *the client verbalize an understanding of individual dietary/fluid restriction
>Establish rapport
>Monitor vital signs
>Monitor I and O
>Assess appetite and note for nausea or vomiting
>to facilitate client and student nurse interaction
>to be able to monitor the changes in the condition of the client
>to monitor the normality of urine output
>to be able to know other reason which contributes to his condition
>After four hours, goal met as evidenced by: *an increase in urine output from 10mL to 30mL/hour *the client verbalized understanding of fluid restriction in his diet and began to implement it *patient is awake *patient always stay on bed
Hgb is 125-175g/L and Hct I 0.40-0.52 for male) >patient is restless
there are only intake but a limited amount of output because of the damaged of malfunctioning kidney.
>Restrict Na and fluid intake as indicated
>Administer medications such as diuretics as ordered
>Evaluate edematous extremities, change position frequently
>Discuss importance of fluid restriction and “hidden sources” of intake such as foods high in water content
>Identify “danger” signs requiring notification of healthcare provider.
>to avoid further excess fluid accumulation
>to promote elimination of waste products
>to reduce tissue pressure and risk of skin breakdown
>for better understanding on why the client needs t restrict his fluid consumption
>to ensure timely evaluation
NCP #3
ASSESSMENT
NURSING DIAGNOSIS
SCIENTIFIC EXPLANATIO
N
OBJECTIVE NURSING INTERVENTIO
N
RATIONALE EVALUATION
Subjective: Objective: >Patient is conscious and coherent >with ongoing IV of D5 0.3 NaCl 500cc X KVO >Vital signs: BP: 110/80 PR: 79 RR: 20 Temp: 37.2 = poor
sanitation = unable to
meet patients demands
>Risks for infection related to environmental condition
>Risk for infection is the state in which an individual is at risks for being invaded by pathogenic organisms / microorganisms due to poor environmental sanitation to its surroundings
>After 5 hours of patient and student nurse interaction the patient will verbalize understanding and identify intervention to reduce risk for infection
>Establish rapport
>Encourage the pt. and the S.O to practice proper hand washing techniques
>Encourage the patient and the SO to practice environmental sanitation
>Encourage the
> To gain the cooperation of the patient during the interaction
> To reduce or minimize the transfer of microorganisms
> To prevent the spread of microorganisms in the surroundings
> To avoid
>Goal met because the patient as well as the SO practicing the interventions given
for personal care
= poor hygiene
= presence of insects in the surroundings
patient to throw the garbage or trash properly
>Instruct the patient to eat foods rich in Vit. C like guava, oranges, calamansi etc…
>Encourage compliance to drug regimen
insects and other microorganisms that carries viruses
> To increase body resistance
> For protection against infection
NCP #4
ASSESSMENT NURSING DIAGNOSI
S
SCIENTIFIC EXPLANATIO
N
OBJECTIVE NURSING INTERVENTION
RATIONALE
EVALUATION
Subjective: Objective: >Patient is conscious and coherent >with ongoing IV of D5 0.3 NaCl 500cc X KVO >Vital signs: BP: 110/80 PR: 79 RR: 20 Temp: 37.2 = refuse to
take the medication
>Ineffective therapeutic regimen management related to financial status
>Ineffective therapeutic regimen is the state in which the patient was unable to meet the demands in prevention and curing of illness because of financial problem
>After 5 hours of nursing intervention the patient and the SO will understand the importance in the compliance of drugs and other therapeutic regimen.
>Establish rapport
>Provide information about the patients condition
>Encourage to
>To gain the cooperation of the patient during the interaction
>To know the importance of therapeutic regimen and the value of treatment program
>Goal was partially met as evidence by the patient cooperation in some of the intervention given.
given = limited
social interaction
= lack of interest
=uncooperative
identify the patients and significant others perception and expectation of treatment regimen
>To identify causative factor
NCP #5
ASSESSMENT
NURSING DIAGNOSI
S
SCIENTIFIC EXPLANATIO
N
OBJECTIVE NURSING INTERVENTIO
N
RATIONALE
EVALUATION
Subjective: “ Bisa kung mangan babi”
Objective : >Patient is conscious and coherent >with ongoing IV of D5 0.3 NaCl 500cc X KVO >Vital signs:
>Knowledge deficit related to disease condition
>Knowledge deficit is the state in which the patient lack of information about his condition
>After 5 hours of nursing intervention the patient verbalize understanding about his condition
>Establish rapport
>Assess for the patient’s readiness to learn
>To gain the cooperation of the patient during the interaction
>To evaluate if the patient is ready to learn the concept of wound cleaning
>Goal met because the patient participates in learning process.
BP: 110/80 PR: 79 RR: 20 Temp: 37.2 =uncoopera
-tive = lack of
interest = the pt.
frequently ask about his condition
= eating food which are restricted on his diet
>Determine client’s ability to learn.
>Determine blocks to learning. (Like language barriers, physical factors and physical stability)
>Provide information about the patient condition
>Encourage the patient to follow the right diet
>To assess what level of teaching we are going to impose.
>To identify possible hindrances that would affect in the teaching and learning process
>To understand the condition of the patient
>To avoid secondary problem and complication
NCP # 6
ASSESSMENT
NURSING DIAGNOSI
S
SCIENTIFIC EXPLANATIO
N
OBJECTIVE NURSING INTERVENTIO
N
RATIONALE EVALUATION
Subjective :
Objective : >Patient is conscious and coherent >with ongoing IV of D5 0.3 NaCl 500cc X KVO
Imbalanced nutrition less than body requirements related to disease condition
Imbalanced nutrition related to therapeutic dietary restrictions; as evidenced by lack of interest in food/eating
After 4 hours of client and student nurse interaction the client will be able to verbalize understanding of the therapeutic
>ascertain understanding of individual nutritional needs
>discuss eating habits, including food preferences
>to determine what information to be provide the client/SO
>to appeal to clients likes & desires
Goal was met as evidenced by the clients verbalization of understanding of the therapeutic dietary restrictions
>Vital signs: BP: 110/80 PR: 79 RR: 20 Temp: 37.2>body weakness-numbness in the lower extremities-dizziness-fatigue-dry skin-pale
dietary restriction
>assess drug interactions and use of diuretics
>assist in developing individualized diet regimen
>explain to the client the prescribed diet
>provide oral liquid preparation
>provide frequent mouth care
>these factors may be affecting appetite, food intake, or absorption
>to correct underlying causative factors
>in order to facilitate understanding and gain the clients participation to the diet regimen
>these will help in providing nutrients to the client
>to prevent stomatitis, remove bad taste,
>provide atleast 30-35 kcal/kg body weight/day
>restrict protein and maintain body weight
>restrict protein and phosphate at prescribed amount
increase patients comfort
>to minimize metabolism of body protein and maintain body weight
>to improve taste and increase carbohydrate/ calorie intake
>to decrease the metabolic end products of urea, potassium, phosphate and hydrogen
NCP # 7
ASSESSMENT
NURSING DIAGNOSI
S
SCIENTIFIC EXPLANATIO
N
OBJECTIVE NURSING INTERVENTIO
N
RATIONALE EVALUATION
Subjective
Objective: - >Patient is conscious and coherent >with
Impaired urinary elimination related to disease condition
Usually occurs with urinary tract obstruction that affects the kidneys bilaterally such
After 4 hours of client and student nurse interaction the client will be able able to verbalize
>assess clients understanding of condition
>to be able to provide appropriate information that are needed by the client
Goal was met as evidenced by the clients verbalization of understanding
ongoing IV of D5 0.3 NaCl 500cc X KVO >Vital signs: BP: 110/80 PR: 79 RR: 20 Temp: 37.2>oliguria>irritability>decreased urine output
as prostatic hyperplasia
understanding of condition >provide time
for the client to have question and answer them in the simplest understandable form
> Determine clients previous elimination pattern of elimination and compare with current situation
>palpate bladder
>Emphasize importance of keeping the area clean and dry
>provide hard candy or gum>in order to facilitate understanding
>in order to assess deviation
>to assess retention
>to reduce risk of infection and/or skin breakdown
of condition
NCP # 8
ASSESSMENT NURSING DIAGNOSI
S
SCIENTIFIC EXPLANATIO
N
OBJECTIVES NURSING INTERVENTIO
N
RATIONALE EVALUATION
Subjective:
Objective: >Patient is conscious and
Social Isolation related to traumatic incidents
Aloneness experienced by the individual and perceived as
After 4o of nursing intervention the patient will be able
>Established rapport
>To improve client’s perception of self as a worthwhile
Goal met. After 4o of nursing intervention the patient
coherent >with ongoing IV of D5 0.3 NaCl 500cc X KVO >Vital signs: BP: 110/80 PR: 79 RR: 20 Temp: 37.2>the patient manifest restlessness, incommunicable,projects hostility in behavior, poor eye contact.
causing physical pain.
imposed by others as a negative or threatening state.
to demonstrate willingness or desire to socialize with other.
>Encouraged the patient to express his feelings
>Identify support system available to the patient
>Provide positive reinforcement when client make moves toward others
>Be honest and keep all promises
>Be cautious with touch until trust has established.
person >to enhance client’s feelings of self worth >to maintain involvement with others
>to encourage continuation of efforts
>honesty and dependability promote a trusting relationship
>a suspicious client may perceive touch as a
was able to demonstrate willingness or desire to socialize with other.
>Introduce client to those with similar / shared interest and other supportive people
threatening gesture.
>provide role models, encourage problem solving.
NCP #9
Cues Nursing
Diagnosi
s
Scientific
Explanation
Desired
Outcome
Interventions Rationale Expected
Outcomes
Subjective
:
Anxiety
related to
Anxiety often
accompanies
After 30
minutes of
Create an
atmosphere
> Trust is an
essential first
After 30
Ø
Objective:
>Patient is conscious and coherent >with ongoing IV of D5 0.3 NaCl 500cc X KVO>Vital signs: BP: 110/80 PR: 79 RR: 20 Temp: 37.2
> poor eye
contact
>restless-
ness
>irritable
> increase
tension
> facial
pain. pain. The threat
of the unknown
and the
inability to
control the pain
or the events
surrounding it
often augment
the pain
perception. A
perception of
lacking control
or a sense of
helplessness
tends to
increase pain
perception.
nursing
intervention,
the patient
will appear
relaxed and
report
anxiety is
reduced to a
manageable
level.
that facilitates
trust.
Seek to
understand
client’s
perspective of a
stressful
situation.
Encourage
verbalization of
feelings,
perceptions,
and fears.
step in the
therapeutic
relationship
> To facilitate
planning for
the best
approach to
anxiety
reduction.
> To identify
specific
emotions
such as anger
or
helplessness,
distorted
perceptions
and
unrealistic
fears.
minutes of
nursing
intervention,
the patient
appears
relaxed and
reported
anxiety is
reduced to a
manageable
level.
tension
> facial
grimace
Identify
situations that
precipitate
anxiety
(describe what
the person
experienced
immediately
prior to feeling
anxious and
identify
associated
events).
> These will
enable the
client to
prevent or
recognize his
anxiety in
order to
initiate
problem
solving.
B. IMPLEMENTATION
1. MEDICAL / SURGICAL MANAGEMENT
INTRAVENOUS FLUID
Date Ordered: Date
Started/discontinued
IVF (type of
fluid and
regulation)
Fluid Description Nursing
Responsibility
Date Started: December
11, 2005 and December
15, 2005
Discontinue: December
16, 2005
Date Started: December
12, 2005 and December
14, 2005
Discontinue: Discontinue
after BT, replace
previous IVF
> D5 0.3
NaCl 500 cc
X KVO
>PNSS
500cc X KVO
> It is a solution of sodium
chloride in sterile water but in
much higher concentration.
>In medicine saline is a
solution of sodium chloride in
sterile water, used commonly
for intravenous infusion,
cleaning contact lenses, and
nasal irrigation or jala neti.
Sodium chloride (NaCl) is
ordinary salt.
> Watch out for
emptying of the
solution. Replace
solution whenever
necessary.
>Check for the
patency of IV lines.
MEDICATION AND DRUG STUDY
DRUG DATE ORDERE
D
ACTION INDICATION
DOSAGE: ROUTE OF
ADMINISTRATION, FREQUENCY
SIDE EFFECTS
NURSINGRESPONSIBILITIES
Generic Name:Paracetamol
December 11, 2005
Antipyretic
Analgesic
Analgesic- Antipyretic in patients with aspirin allergy, haemostatic disturbances and bleeding.
300 mg IV 30 min prior to BT
CNS: HeadacheGI: Hepatic toxicity and failure, jaundiceCV: Chest pain, dyspnea
Monitor Temperature
Assess for history of allergy to Paracetamol, impaired hepatic function, chronic alcoholism.
Physical assessment, skin color, lesions, liver evaluation; CBC, liver and renal function test.
Give drug with food if upset is noted.
Discontinue drug if hypersensitivity reactions occur.
Report skin rash, unusual bleeding or bruising, following of skin or eyes, changes, in voiding patterns.
DRUG DATE ORDERED
ACTION INDICATION
DOSAGE SIDE EFFECTS
NURSINGRESPONSIBILITIE
S
Generic Name:DiphenhydramineHydrochloride
Brand Name:Benadryl
December 11, 2005
Competitively blocks the effects of histamine at H1 receptor sites, has atropine- like an antipruritic, and sedative effects.
Relief of symptoms associated with allergic reactions to blood or plasma.
1 amp IV 30 min prior to BT
- Dizziness-Sedation-Drowsiness-Dry mouth
Assess history of allergy to antihistamines.
Physical assessment, skin color, lesions, texture, reflexes, PR, RR, BP, adventitious sounds; bowel sounds; prostate palpation; CBC with differential.
Inform patient about the following side effects that may occur.
Monitor for difficulty breathing, hallucinations, tremors, loss of coordination, unusual disturbances, and irregular heartbeat.
DRUG DATE ORDERED
ACTION INDICATION DOSAGE SIDE EFFECTS
NURSINGRESPONSIBILITIE
S
Generic Name:Calcium Carbonate
Brand Name:Caltrate
December 11, 2005
Essential element of the body; helps maintain the functional integrity of the nervous and muscular systems, helps maintain blood coagulation.
Dietary supplement when calcium intake is inadequate.
1 tab TID -constipation-nausea-GI upset-loss of appetite
Assess history o allergy to calcium; renal calculi; hypercalcemia ventricular fibrillation; digitalis toxicity.
Physical assessment, BP, peripheral perfusion, ECG; abdominal exam, bowel sounds, mucous membranes; serum electrolytes, urinalysis.
Monitor serum phosphorus levels periodically during long-term oral therapy.
Advice client to take drug between meals and at
bedtime. Chew tablets thoroughly before swallowing, and follow with a glass of water or milk.
Advice client about following side effects that may occur.
Advice client to report loss of appetite; nausea, vomiting, abdominal pain, constipation, dry mouth, thirst, increased voiding.
DRUG DATE ORDERED
ACTION INDICATION DOSAGE SIDE EFFECTS
NURSINGRESPONSIBILITIE
S
Generic Name:Furosemide
Brand name:Lasix
December 11, 2005
Inhibits the reabsorption of sodium and chloride from the proximal and distal renal tubule and the loop of henle, leading to sodium, rich diuretics.
-Edema associated with renal disease.
80 mg IV post BT
-Increased volume and frequency of urination;- drowsiness-dizziness-feeling faint on arising-sensitivity to sunlight-loss of body potassium
Assess history: Allergy to furesemide, sulfonamides; tartazine; electrolyte depletion anuria, severe renal failure.
Physical assessment: skin color, lesions, edema, orientation, reflexes, hearing, pulses, baseline ECG, BP, orthostatic BP, perfusion; RR, liver evaluation, bowel sounds; urinary output patterns; CBC, serum electrolytes, blood sugar, liver and renal function tests,
uric acid, urinalysis.
Administer with food or milk to prevent GI upset.
Inform client about the side effects that may occur.
Report loss or gain of more than 3 lbs. in one day, swelling in ankles or fingers, unusual bleeding or bruising, dizziness, trembling, numbness, fatigue, muscle weakness or cramps.
DRUG DATE ORDERED
ACTION INDICATION DOSAGE SIDE EFFECTS
NURSINGRESPONSIBILITIE
S
Generic Name: Metoprolol Brand Name: Toprol XL
December 15, 2005
Competively blocks beta-adrenergic receptors in the heart and juxtaglomerular apparatus, decreasing the influence of the sympathetic nervous system on these tissues and the excitability of the heart, decreasing cardiac output and the release of rennin, and lowering BP; acts in the CNS to reduce
-Hypertension, alone or with other drugs, especially diuretics.-prevention of reinfarction in the MI pts who are hemodymacally stable or within 3-lod of acute MI-treatment of angina pectoris.
50 mg 1 tab BID
-Dizziness-Drowsiness-Light headedness-blurred vision-nightmares-depression-sexual impotence
Assess history of sinus bradycardia (HR < 45 beats/min)Second or third-degree heart block (PR interval > 0.24 sec), cardiogenic shock CHF, systolic BP < 100 mg Hg; diabetes or thyroxicosis; asthma or COPD.
Physical Assessment: weight, skin condition, neurologic status, PR, BP, ECG, respiratory status, kidney and thyroid function, blood and urine glucose.
sympathetic outflow and vasoconstrictor tone.
Inform clients regarding side effects that may occur.
Monitor difficulty breathing, night cough, swelling of extremities, slow pulse, confusion, depression, rash, fever and sore throat.
Name of Drug
Mechanism of
Action
Indication Dosage, Route of
administration and
Frequency(Date
Oredered)
Contraindication
Side Effects/Adverse
Effects
Nursing Implicatio
n
Generic Name:Manidipine
Brand Name:Caldine
Long-acting calcium antagonist, dilating blood vessels, mainly by calcium channel blockade
For patients with hypertension
Manidipine 20mg/tab OD
> December 14, 2005
It should not be taken by the patient who is pregnant or suspected of being pregnant.
Cardiovascular: Facial hot flushes, feeling of warmth, conjunctival congestion, palpitation or tachycardia. GI: Nausea, vomiting, stomach discomfort, enlarged feeling of abdomen, constipation or oral dryness. Psychoneurologic: Dizziness,
Blood Pressure should always be monitored.
Watch out for excessive drop of blood pressure so that appropriate measures such as dosage restriction
dizziness on standing up, headache, dull headache, sleepiness or numbness. Blood: Leukopenia.Liver: Elevation of GOT, GPT, g-GPT, LDH and alkaline phosphatase. Kidney: Elevation of BUN and serum creatinine. Hypersensitivity: Rash or pruritus. Others: General malaise, weakness, edema, pollakiuria and elevation of total serum Cholesterol, uric acid and triglycerides.
and cessation should be done.
Caution the patient that such symptoms like dizziness may occur.
Advise the patient to avoid hazardous activities requiring the alertness of the patient.
Watch out for adverse reactions.
Name of Drug
Mechanism of Action
Indication Dosage, Route of
administration and
Frequency(Date
Orederd)
Contraindication Side Effects/Adverse
Effects
Generic Name:ErythropoietinBrand Name:Eprex
Recombinant human erythropoietin (r-HuEPO) is a purified glycoprotein which stimulates erythropoiesis.
Symptomatic or transfusion requiring anaemia associated with chronic renal failure.
5000 iu / SC / once a week
>December 16, 2005
-uncontrolled hypertension-known hypersensitivity to mammalian-cell derived products-known hypersensitivity to any of the components of this product
Increased blood pressure and hypertensive encephalopathy-Flu-like symptoms, bone pain and chills following injections-Seizures-Headache-Pain in the subcutaneous area
Name of Drug
Mechanism of
Action
Indication Dosage, Route of
administration and
Frequency(Date
Ordered)
Contraindication
Side Effects/Advers
e Effects
Nursing Implication
Generic Name:KClBrand Name:Kalium Durule
Replaces potassium and maintain potassium levels
For patients with hypokalemia
Kalium Durule 1 tab TID
>December 13, 2005
Contraindicated for patients with hyperkalemia and renal insufficiency
Hyperkalemia, arrhythmias, weakness, confusion and hypotension.
Frequently monitor the potassium levels of the patient
Use the drug with caution for patients with cardiac disease.
The drug is commonly used orally with
potassium wasting diuretics to maintain potassium levels.
Watch out for adverse reactions.
SPECIAL PROCEDURES
DATE
ORDERED /
DATE
PERFORMED
PROCEDURE RESULT PROCEDURE
DESCRIPTION
NURSING
RESPONSIBILITIE
S
December 11,
2005
December 12,
2005
> Blood
Transfusion
(1 “u”)
> Blood
Transfusin
> No allergic
reactions
> No allergic
reactions
> Blood
transfusion is
performed to
supply any
blood loss or
any deficiency
in RBC.
> Blood
transfusion is
> Watch for allergic
reactions
> Watch for signs
of shock
> Watch for allergic
reactions> Watch for signs
December 14,
2005
(1 “u”)
> Blood
Transfusion
(1 “u”)
> No allergic
reactions
performed to
supply any
blood loss or
any deficiency
in RBC
> Blood
transfusion is
performed to
supply any
blood loss or
any deficiency
in RBC
of shock
> Watch for allergic
reactions> Watch for signs
of shock
VI. PATIENTS DAILY PROGRESS
Doctor’s Order
Name: Romeo Velasco Age: 57 Male Civil
Status: M
Address: Sasmuan, Pampanga Ward: Med
Hospital #: 130290
Date: December 11, 2005
Please admit to as under ORANGE
Secure consent for admission and NGT
TPR on shift
NPO temporarily except meds
# uremia
CBC 12 LEKG
RBC CXR PAV
BUN / Creatinine Renal UTZ
Na K CL Urinalysis
.Uremia / anemia 2° to ESRD prob. To CBN
BP = 130/80mmHg CR = 76 bpm Cra. = 3.1
IVF D5 0.3 NaCl 500cc x KVO, start KCL drip 10meqs + 90cc
PNSS x 1° x 4 doses then for serum K 1 hour after the last
dose.
CaCO3 500mg/tab 1 tab TID
Advise dialysis
# Anemia
Place MCV MCH MCHC PBC Retic G
prepare 3 “u” PRBC properly typed and matched
PNSS 500cc while on BT, replace previous IVF after each unit
Transfuse 1st unit once available
Paracetamol 300mg / IV and Diphenhydramine 50g /IV 30
minutes prior to BT
Furosemide 80mg/ IV / post BT
Insert Folley Catheter and do I & O q 1° and record pls.
Monitor vital signs q 1°.
# Glucoserum
FBS in AM
HBAC
CBC q 12° and record pls.
Inform service residence.
Complete Hx / pls.
Refer accordingly.
December 12, 2005
BP = 110/ 70mmHg (+) body weakness (-) N / V
Repeat serum K after 4th dose KC
Low salt, low protein diet.
Transfuse 1 unit PRBC properly typed and matched to run for 4
hours.
Furosemide 80mg / post BT.
For renal UTZ
Repeat with in 6 hours post BT.
Continue meds.
December 13, 2005 7:30am
(-) pallor
For repeat H & H.
Romeo Velasco – refused dialysis.
8:00am
BP = 120/80mmHg; T = 35.8 °C; RR = 21; PR = 79bpm
(+) nausea (+) vomiting of coffee
Transfuse 1 “u” PRBC properly typed and matched to run for 6
hours.
Furosemide 80mg / IV.
Insert NGT.
Fecalysis with occult blood
Still for dialysis.
Monitor VS, I & O q 1°
Continue meds.
Consent for blood transfusion.
Meds:
1. Furosemide 80mg TID
2. CaCO3 TID
4:20pm
Start Kalium Durules 1 tab. TID
December 14, 2005
BP = 180/ 100mmHg: CR = 94bpm; (+) anorexia
Manidipine 200mg / tab OD
For H/H.
For removal of NGT.
Start tube feeding at 1600 kcal in 6 divided doses.
Continue meds.
VS q 4°
12-14-05 6:50pm
BP = 140/90 mmHg CR = 82bpm T = 37.2 °C
(+) upper arm twitching (-) DOB (-) chest pain
May remove NGT.
For K and Albumin
Prepare and transfuse 1 “u” of PRBC properly typed and
matched.
H/H 6° prior to BT
Furosemide 80mg / post BT, watch for transfusion reaction.
VS q 1°
December 15, 2005 4:00pm
BP = 170/90mmHg
start metoprolol 50mg / tab BID
H/H prior to BT
Continue meds.
VS q 1°
Refused medications, VS q 1° and BT.
December 16, 2005
BP = 110/80mmHg
MGH
home meds
1. Erythropoietin 5,000 u/ sc once a week
2. CaCO3 / tab TID.
3. Manidipine 20mg /tab OD
Follow up check up:: January 11, 2006
Discharged @ 4:30pm 12/16/05
Daily Progress Table
12-11-2005 12-12-2005 12-13-
2005
12-14-2005 12-15-
2005
12-16-2005
Vital Signs
at 12PM
T: 37
PR: 90
RR: 22
BP: 120/80
T: 36.7
PR: 76
RR: 20
BP: 110/70
T: 35.8
PR: 79
RR: 21
BP: 120/80
T: 37.2
PR: 82
RR: 22
BP: 140/90
T: 37
PR: 83
RR: 20
BP: 170/90
T: 37.2
PR: 79
RR: 21
BP: 110/80
Lab
Procedure
*Blood
Chemistry*
>MCH – 32.4
>MCV – 90.1
>MCHC – 36
>Reticulocyte
count– 2.5%
>Hgb – 77
>Hct – 0.23
>WBC – 12.0
>Neutrophils –
0.90
>Lymphocytes –
0.08
>Stab – 0.02
*Blood
Chemistry*
>FBS – 95.9
>K – 3.0
>Hgb – 73
>Hct – 0.20
*Blood
Chemistry
*
>K – 3.0
>Hgb – 73
>Hct –
0.20
*Blood
Chemistry*
>Hgb – 83
>Hct – 0.25
>K – 3.0
REFUSED REFUSED
>Platelet – 163
>RBS – 6.64
>BUN – 13.1
>Crea – 1939
>Na – 137
>K – 2.3
>Chloride – 109
>Ca – 1.71
>Phosphorus – 1.1
*Urinalysis*
>Color: Light
Yellow
>Reaction – Acidic
>Specific Gravity
– 1.020
>Coarse Granular
– 2.4/LPF
>Puss Cells –
8.1/HPF
>RC – 3.5/HPF
>Epithelial cells –
few
Medication
s
>CaCO3
500mg/tab TID
>Paracetamol 300
mg IV
>Diphenhydramid
e 50mg IV 30
mins prior to BT
>Furosemide
80mg IV Post BT
Continue meds:
>CaCO3
500mg/tab TID
BT meds:
>Diphenhydramid
e 50mg IV 30
mins prior to BT
>Furosemide
80mg IV Post BT
New Meds:
>Kalium
Durule
1tab TID
Continue
meds:
>CaCO3
500mg/ tab
TID
New Meds:
>Manidipine
200mg/tab OD
Continue meds:
>CaCO3
500mg/tab TID
>Kalium Durule
1tab TID
BT meds:
>Diphenhydramid
e 50mg IV 30
mins prior to BT
>Furosemide
80mg IV Post BT
New Meds:
>Metoprolo
l 50mg/tab
TID
Continue
meds:
>Manidipin
e
200mg/tab
OD
>CaCO3
500mg/tab
TID
>Kalium
Durule 1tab
TID
MGH
Home meds:
>Erythropoietin
5,000 u/ sc
once a week>CaCO3 / tab
TID.
>Manidipine
20mg /tab OD
IVF >D5 0.3 NaCl
500cc X KVO
>PNSS 500cc X
KVO
>PNSS 500cc X
KVO
>PNSS 500cc X
KVO
>D5 0.3
NaCl X KVO
Special
Procedure
s
>1st unit BT
9:40PM
>2nd unit BT
11:30AM
>3rd unit BT
9:00PM
NORMAL VALUES:
* Normal Values
Hgb M: 125 – 175g/L F: 115 – 155g/L
Hct M: 0.40 – 0.52F: 0.38 – 0.48
WBC
Neutrophils 0.45 – 0.65
Lymphocyte 0.20 – 0.35
Stab 0.02 – 0.05
Platelet
RBS 3.85-9.0mmol/L
BUN 1.7-8.3
Creatinine M: 60 – 120F: 58 – 100
Sodium 135 – 145
Potassium 3.5 – 5.0
Calcium 2.02 – 2.60
Phosphorus 0.81 – 1.62
Chloride 101 – 111
FBS 4.1 – 6.1 mmol/L
MCH 27 – 33 pg
MCV 82 – 92 fl
MCHC 31 – 36 g/dL
Reticulocyte count 1 – 5%
PATIENTS DAILY PROGRESS
12-11-05
The patient was transferred from Diosdado Macapagal Hospital at Lubao, Pampanga, and was admitted to JBLMRH under orange service.The vital signs taken were BP 130/80, PR 76. The ongoing diagnosis is Uremia/Anemia 2 to ESRD prob. 2 to CBN.
He was hooked with an IVF of D5 0.3 NaCl 500cc x KVO, started KCl drip 10 meqs + 90 cc PNSS x 1x 4 doses then for serum K 1 after the last dose.
CaCO3 500 mg 1 tad TID was ordered as meds
Patient is refusing dialysis, that’s why dialysis was advised
# Anemia1st unit of 3 U pack RBC was transfused. Pre BT meds are given and they are as follows: Paracetamol 300 mg IV, Diphenhydramine 50 g IV 30 mins prior to BT and furosimide 80 g IV was given post BT.
Foley catheter was inserted
# Glucoserum
FBS in AM was takenHBAC
CBG was ordered to be done q 12.
12-12-05
The patient BP was 110/70. There was (+) body weakness and (-) N/V. Serum K after 4th dose KCl was repeated. Low salt, low protein diet was prescribed.
1 unit of packed RBC was transfused, consumed within 4 hours, furosemide 80 mg was given post BT.
For renal UTZ, H/H was repeated within 6 hours post BT.
12-13-05
7:30 amThere was (-) pallor. The patient was for H/H
The patient refused dialysis
8:00 amThe patients vital signs were as follows: BP: 120/80, T: 35.8C, RR: 21, PR: 79. The patient has (+) nausea and vomiting.
He was transfused with 1 U PRBC consumed for 6 hours; furosemide 80 mg IV was given. He was inserted with NGT. For fecalysis with occult blood.The patient was for dialysis but still he is still refusing.
4:20 pm
Kalium Durule TID was started.
12-14-05
The patients vital signs are as follows; BP: 180/100, CR: 94. Manidipine 200 mg 1 tab OD was started. For H/H. Tube feeding was 1600 kcal in 6 divided doses. The NGT was removed due to the anxiety of the patient.
12-14-05
6:50 pm
The patients vital signs were as follows BP: 140/90, CR: 82, T: 37.2°C. There was positive arm twitching, negative DOB, negative chest pain. He was for K, Ca, and Albumin count.
12-15-05
The patient BP was 170/90. Metropolol 50 mg 1 tab BID was started. For H/H post BT.
The patient was lying on bed and not talking and would not open his eyes. He refused H/H, and all his oral meds.
12-16-05
The patient BP was 110/80. The he was sitting on bed, and verbalizes that he does not remember that he had refused all to take all his medications. There was (+) dizziness and loss of appetite due to therapeutic diet prescribed. He is still refusing dialysis.May go home. Home meds were as follows: Erythropoietin 5,000 IU SC once a week, CaCO3 1 tab TID, and Manidipine 20 mg 1 tab OD.
He was scheduled to have his checked up on Jan.11, 2006. The patient was discharged at 4:30 pm.
VII. DISCHARGE PLANNING
Medications:
Erythropoietin 5000 IU, SC once a week
CaCO3 1 tab TID
Manidipine 20mg 1 tab OD
Exercise:
Encouraged to perform ROM exercise
Limit activities that requires too much movement
May perform ADL in a limited range
Treatment:
Medication as prescribed by ROD
Low salt – low fat diet and Uremic diet
Health Teaching:
Advised patient to eat nutritious food like fruits, fish and
vegetables.
Advised to limit salt and fat intake
Advised patient to monitor intake and output.
Advised patient to perform light exercises
Out-Patient Visit
Instructed patient to be back on January 11, 2006 for
follow up check-up.
Diet:
Low fat – low salt diet, Uremic diet
VIII: Conclusion and Recommendation
Acute Renal Failure is a kind of disease that is suddenly
manifested by people who are not aware of what they are eating.
People who manifest ARF have same manifestations and these are
high in creatinine, hyperkalemia, oliguria, anemia and the worst is
uremia. Uremia is a toxic manifestation of this disease in which a
person has urine in its blood because of inability of the kidney to
excrete the waste from the body because of its damage. Having
uremia in a person with ARF can lead to its worst condition and if
cannot be prevented, it can lead to death of the person. However,
there is still hope in treating Acute Renal Failure in compare with
Chronic Renal Failure. There are different prevention strategies,
diagnostic screening methods and treatments that can be applied in
patients with Acute Renal Failure.
Renal Failure can be acute or chronic. Chronic Renal Failure
affects patients for a long period of time and can only be treated by
kidney transplant. Unlike Acute Renal Failure, the normal functioning of
the kidney can be achieved by spontaneous treatment and
hemodialysis if advised by the doctor. Though, hemodialysis can be
performed for persons with CRF, however, the normal functioning of
the kidney could not be achieved. To manage the patient with this kind
of condition (ARF), it should be done with complete cooperation of the
patient and its family. The client with ARF must be endowed to accept
self-management and learn how to control himself in times of
temptation of doing wrong things that could affect his condition.
Clients with ARF should have a consistent check-up, updating and
monitoring his own condition.
Proper education should be imparted in clients with ARF. They
should be educated on what are the things that they should be aware
of. This includes his diet, his activities of daily living and his
medications. Proper monitoring of his urine output should also be
included in educating them. In addition to the diet of the client, we
should also present substitutes for foods that the patient wants that
could not affect his condition. A uremic and a low-salt low-fat diet
should be imposed on patients with ARF. We should also include that
they should abide the orders of the physician in order for him to be
treated in his condition. As nurses, we should also take in consideration
the financial stability and the degree of knowledge our client has so
that we can come out with nursing interventions that is appropriate to
his level of understanding.
Health care providers should be aware of the risk and
complications of acute renal failure to patients. We should always
monitor their fluid and electrolyte balance and other laboratory results
for us to be updated of the patient’s progress in the hospital.
Acute Renal Failure is a major disease condition. We should be
careful of what we are eating and doing. We can avoid having this
disease by following a healthy diet and regular exercise. As a famous
saying from the medical field, “Prevention is better than cure”.
Current Trends on Acute Renal Failure
Taken from: RenaMed Biologics and Genzyme Announce Worldwide Collaboration to Advance Investigational Treatment for Acute Renal Failure-- Data from Phase II study, completed by RenaMed, to be presented at ASN in November –
Sep 28, 2005
LINCOLN, R.I., and CAMBRIDGE, Mass., Sept. 28 – RenaMed Biologics, Inc. (RenaMed™), formerly Nephros Therapeutics, Inc., and Genzyme Corporation (NASDAQ = GENZ ) announced today that they have entered into a strategic collaboration to jointly develop and commercialize RenaMed’s Bio-Replacement Therapy™ for the treatment of acute renal failure. The product utilizes physiologically active renal epithelial cells, administered ex vivo in a hollow-fiber cartridge, intended to treat a sudden loss of kidney function with the ultimate goal of improving survival rate. Genzyme and RenaMed will undertake a collaborative
effort to advance the product through clinical development, manufacturing, and commercialization on a worldwide basis.
The joint development and commercialization agreement calls for a 50/50 sharing of costs and profits. Genzyme will contribute funding of approximately $23 million through the third quarter of 2006 to support the next stage of clinical development, and may make additional payments to RenaMed upon completion of certain developmental milestones. These additional payments could total $20 million. Thereafter, the agreement calls for shared program funding, and for potential additional milestone payments by Genzyme at approval. Genzyme also made an equity investment in a recent private financing completed by RenaMed in June 2005.
Reaction:
It is a fact that acute renal failure is one of the major diseases that occur in this world. There are lots of treatments that are being presented today to treat acute renal failure. These include hemodialysis, medications and many more. But recently, corporations which are the RenaMed and the Genzyme joined forces to develop and commercialize a new product to treat Acute Renal Failure; the Bio-Replacement therapy which utilizes epithelial cells and so on to treat the sudden loss of function of our kidney and improve the survival rate of the patient who possess this kind of disease.
This latest trend in medicine will contribute a lot in treating this kind of disease. As individuals here in this society, we should support this kind of breakthroughs because this will not just benefit the elite people in our society but also to indigent people who cannot afford the expensive therapies that should be done in treating acute renal failure. Even though this kind of treatment was discovered and developed, we should always be careful on what we are doing so that the probability of having the disease will decrease. But the most important is, early prevention and detection of the disease is one of the main goal to avoid renal failure such as limit intake of salty and fatty foods.
IX. BIBLIOGRAPHY / REFERENCES
Laboratory Procedures and Results/ Reference unit HAU Library www.yahoo.com Medical-surgical book by Black Angeles City Library (Nursing Books specifically Pathophysiology
Book) Anatomy and Physiology (Official book of CON-HAU)
JBLMRH (Patient’s Records)
Holy Angel University College of Nursing
In Partial Fulfillment of the requirement in Related Learning Experience
A case study about
Presented by : Group - 1
Acoba, Anna Mary Golda G. Angeles, Leonardo Jr. M.
Antido, Arleen Bognot, Mariel
Castilllo, Christine C
Presented to: Mr. John Paul Cuengco, R.N