closed supracondylar fracture type iii secondary to fall
TRANSCRIPT
PERCEPTION AND COORDINATION: CLOSED SUPRACONDYLAR
FRACTURE TYPE III SECONDARY TO FALL A CASE STUDY
IN DAVAO REGIONAL HOSPITAL
APOKON, TAGUM CITY
_____________________
A Case Study Presented To BSN-Students
And Clinical Instructors
_____________________
In Partial Fulfilment for the Requirement of BSN 3
Related Learning Experience:
Concept Perception and Coordination
By:
Van Kyssel R. Reyes
February 23, 2013
Chapter I
1
Background of the Study
A supracondylar fracture is a fracture, usually of the distal humerus just above
the epicondyles, although it may occur elsewhere. While relatively rare in adults it is one
of the most common fractures to occur in children and is often associated with the
development of serious complications. It may be of a flexion type or an extension type,
depending upon the displacement of the distal fragment of bone. The most common
type is extension type, accounting for 80% of all supracondylar fractures. The distal
fragment is displaced posteriorly. Flexion type the least common variety is the distal
fragment displacing anteriorly relative to the proximal segment. The displacements may
present in one of a number of ways the posterior shift, posterior tilt, lateral or medial
shift, proximal shift or internal rotation.
This is the most common elbow fracture in children, about 60% of fractures in
children. It is most common in children below 10, peak incidence is between the ages of
5-8 years of age. Primarily in children who are around age 7 years, which is often a
period of maximum ligamentous laxity therefore, the elbow hyperextends when the child
tries to catch himself or herself during a fall. The presenting complaint is that the child
presents with history of a falling on an outstretched hand followed by pain, swelling and
inability to move the affected elbow.
Other injuries of closed supracondylar is commonly brachial artery injury, if left
untreated could lead to Volkmann's contracture which is permanent flexion contracture
of the hand at the wrist, resulting in a claw-like deformity of the hand and fingers.
2
On Philippines it is most common below 10 years, peak age 5-8 y.o. 80% of all
pediatric distal humerus fractures, on the survey 2 is to 1 males prone on having this
supracondylar fracture . Extension type accounts for 90-98% of all supracondylar
fractures.
On Davao Regional hospital there are patient who has fracture but not the same
as supracondylar fracture, if there is the same case it is usually on the children since as
the stated earlier it is most common to the children .
This study aims to provide the readers information about the disease process of
the case chosen by the researchers, its clinical manifestations, nursing,
pharmacological and medical interventions. This also provides a clear picture of the
whole disease process through giving description about the manifestations of a real
client and the management he had undergone.
3
OBJECTIVES
Upon completion of this study and after data gathering, research and analysis,
the researchers shall have devised objectives that will guide them for the proper
understanding and fair interpretation of the case of their chosen patient and they will be
able to:
Gain knowledge about the disease process, predisposing factors, clinical
manifestation and the disease management and gain skills and appropriate
attitudes needed to function as a student nurse in the community.
Be able to use the nursing process as framework for care of the patient and
develop teaching plan and strategies appropriate for the goal attainment.
Prevent and manage potential complications that might occur and emphasize
health teachings and dietary instructions and restrictions as well as performing
appropriate exercises
I. Background of the Patient
4
BIOGRAPHICAL DATA
Name : Patient sipat
Address :Prk. 2 Tibanban, Gov. Genoroso Davao Oriental, Philippines
Age : 6 years old
Occupation : N/A
Admitting Physician : Dr. Louvette P. Donayre, M.D
Admitting Diagnosis : Closed Supracondylar Fracture Type III secondary to fall
Religion : Roman Catholic
Nationality : Filipino
Educational Attainment: Pupil
Date/Time of Admission : 11/17/12 8:00 pm
CHIEF COMPLAINT
Fall
HISTORY OF PRESENT ILLNESS
At 4:30 pm of November 17, 2012 the patient was playing and eventually
fall from an 8 ft. height causing the injury. His father and mother brought him to the
nearest hospital on their place then they transferred him to Davao Regional
Hospital at 8:00 pm.
PAST MEDICAL AND NURSING HISTORY
5
Patient received complete immunizations. He also experienced common
illness such as colds, cough, and fever during his childhood. He did not
undergone any surgery, no allergy and did not take any aspirin.
PERSONAL, FAMILY AND SOCIO-ECONOMIC HISTORY
Patient sipat is an elementary pupil. His father and mother are
both laborer. They have an income of Php 3,000 – 4,000 per month.
His father has no vices and their family has no history of
diabetes, hypertension, tuberculosis, bronchial asthma and malignancy.
PATIENT NEED ASSESSMENT
Name : Patient sipat Age : 6 y.o. Sex : M Status : Child
Admission Date / Time : Novenmber 17, 2012 / 8:00 pm____________
Admitting Medical Diagnosis : Closed Supracondylar Fracture Tpe III
secondary to fall
Arrived on unit by : Wheel chair_________ From : Emergency Room
Accompanied by : Mother
*VS : BP = 90/70 mmHg____ CR = 110 bpm___
RR = 29 cpm_________ Temp. = 37 ºC__
Client’s Perception of Reason for Admission: “, Nahulog ni siya kay nisaka man
ni siya sa pultahan .”, as verbalized by the mother.____
How was the problem being managed at home? :Supporting arm by splint_
Medication taken at home : none_
6
PHYSIOLOGICAL NEEDS
Oxygenation *BP : 90/70 mmHg__ *PR : 110 bpm__
*RR : 29 cpm__
*Lungs (per auscultation: character; lung sound; symmetry of chest expansion;
breathing character and pattern): No adventitious sounds / clear lung sounds
heard upon auscultation; equal rise and fall of chest / chest expansion and with
normal depth of respiration; breathing in eupnic pattern.____
*Cardiac Status (per auscultation: sound, character; chest pain : Normal “lub
dubb” sound is heard upon auscultation, no murmurs noted; no chest pain felt.__
*Capillary Refill : Capillary refill returns before 2 second upon blanching.___
*Skin Character and Color : Pallor, dry skin.___
*Life-supporting apparatus : IVF = D5LR 1L @ 55cc/hour .
Temperature Maintenance
*Temperature : 37 ºC__
*Skin Character: Upper and lower extremities normally warm to touch.
Nutritional Fluids
*Amt. of Food Consumed : Able to consume the meal served. ____
*Prescribed Diet : Diet as Tolerated
*Problem (nausea, vomiting: no. of times & amount): None
*Eating Pattern (frequency, amount, character) : 3x a day; whole meal served.
*Intake (IVF; fluid / water) : IVF = D5LR 1L @ 55cc/hour; H20 = 1000cc.
Elimination
7
*Last Bowel Movement (frequency, amount, character) : The patient has
defecated for about 320 grams and has a brownish color.
*Normal Pattern : Once a day, every morning.______
*Urination (frequency, amount, character, sensation) : Able to urinate at least 4x
a day with a yellowish colored urine; at least 100cc per urination.___
Rest and Sleep
*Bed Time : 07:00 pm_____ *Waking Up : 05:00 am______
*Sleep (pattern, amount of sleep) : 10 hours every night, undisturbed. 1-2 hours
sleep every afternoon.
*Problem (as verbalized): none.__
Stimulation-Activity
*Work : none_____________
*Recreation/Pastime: Playing with his brother
*Hobbies / Vices : Cellphone game,watching television.
SAFETY AND SECURITY NEED
Patient sipatfeels safe and secure in terms of his condition because of
hisparents who took care of him and that these people will never leave him even
though he has a skin traction.
LOVE-BELONGING NEED
Patient sipat feels the love and belongingness from his family. They are
always there for him. He was always being visited by hismother and father was
always the one who took care of her in the hospital and even at home.
SELF-ESTEEM NEED
8
The patient’s situation is hard for him and for his family since he was a
child then absent for almost 3 weeks, he will be having his operation also to
reform his arm and his activity will be disturbed.
SELF-ACTUALIZATION NEED
The patient together with his family thinks positively and entrust to God
everything. He feels accepted and loved by others and feels deep loving bonds
with the people around him.
PHYSICAL ASSESSMENT
GENERAL SURVEY
The patient is a 6-year old male, stands 3 ft in height and 16 kg. in
weight, and with the following VS as monitored and recorded upon
admission BP=90/70mmHg, PR=110bpm, RR=29cpm, Temp.=37ºC. He is
conscious, coherent, and responsive to the questions asked and
procedures done by the health care team providers.
VITAL SIGNS
9
Date Shift Time Temp BP RR PR I O
10
11-17-12 3-11 8 pm 37 90/70 29 110 ---- -----
11-18-12 11-7 1:30 am 36.8 90/60 28 105 ---- U-1 S-0
11-18-12 7-3 9:10 am 36.4 90/60 25 112 ---- U-1 S-1
11-18-12 3-11 6:40 pm 36.6 100/60 17 65 ----
8:50 pm 36 90/60 18 67 ---- U-1 S-0
11-19-12 11-7 1:15 am 36.9 90/60 20 97 ---- U- 1 S-0
11-19-12 7-3 9:20 am 36.6 90/60 22 105 ---- U-1 S-0
11-19-12 3-11 6:05 pm 37.2 90/60 23 110 ---- U- 1 S-0
11-20-12 11-7 1:20 am 37 100/70 24 102 ---- U-2 S-0.
11-20-12 7-3 9:20 am 37.2 90/70 25 104 ---- U-2 S-0
11-20-12 3-11 6:35 pm 37.4 90/60 23 100 ---- U-1 S-0
11-20-12 11-7 1:20am 36.5 90/60 24 101 ---- U- 1 S-0
11-21-12 7-3 4:20 am 36.6 90/60 24 104 ---- U-1 S-1
11-21-12 3-11 6:10 pm 37.2 90/60 25 102 ---- U-1 S-0
11-22-12 11-7 6:30 am 37 90/60 25 102 ---- U-1 S-0
11-22-12 7-3 9:00 am 37.2 90/60 26 102 ---- U-1 S-0
11-22-12 3-11 6:30 pm 37.2 90/60 23 100 ---- U-1 S-0
11-23-12 11-7 1:00 am 37.1 90/60 24 101 ---- U- 1 S-0
11-23-12 7-3 8:00 am 36.5 90/60 30 104 ---- ----
12:00 nn 36.4 90/60 28 102 H2O-500ccU-300cc
S- 2
11-23-12 3-11 5:00 pm 36 90/60 27 105 ---
11
11-24-12 11-7 4:30 am 37.2 90/70 24 101 ---
11-24-12 7-3 8:00 am 36.6 90/60 28 110 ----
12:00 nn 37 90/60 26 105 H2O-700ccU-500cc
S-1
11-24-12 3-11 7:20 pm 36.7 90/70 28 102 --- U-1 S-1
11-25-12 11-7 3:10 am 36.6 100/60 24 104 --- U-1 S-0
11-25-12 7-3 9:30 am 36.4 100/70 26 108 ---- U-1 S-1
11-25-12 3-11 6:15 pm 37 90/70 23 100 ---- U-1 S-0
11-26-12 11-7 2:20 am 36.7 90/60 24 101 ---- U-1 S-1
11-26-12 7-3 8:20 am 37.2 90/60 26 104 ---- U-1 S-0
11-26-12 3-11 6:30 pm 36.4 90/60 25 105 ---- U-1 S-0
11-27-12 11-7 1:30 am 36.5 90/70 27 104 ---- U-1 S-0
11-27-12 7-3 9:00 am 36.2 90/60 23 101 ---- U-1 S-1
11-27-12 3-11 7:20 pm 36.7 90/70 28 102 ---- U-1 S-0
11-28-12 11-7 3:10 am 36.6 100/60 24 104 ---- U-1 S-1
11-28-12 7-3 8:10 am 37 90/60 27 102 ---- U-1 S-0
11-28-12 3-11 7:20 pm 36.5 90/70 24 107 ---- U-1 S-0
11-29-12 11-7 2:10 am 36.5 90/60 25 102 ---- U-1 S-0
11-29-12 7-3 8:00 am 36.5 90/60 30 110 ---- ----
12:00 nn 36.3 90/60 28 104 H2O-750ccU-300cc
S-1
NUTRITIONAL STATUS
12
The patient is 3ft. in height and weighs 16 kg. He is on Diet as
Tolerated. He is able to consume the food served. He eats 3 meals a day
with small snacks in between meals; able to consume 1000mL of water a
day. With D5LR 1L @ 55cc/hour.
NEUROLOGIC STATUS
Patient is alert, attentive, and follows commands. If asleep, he
responds promptly to external stimulation and, once awake, remains
attentive.
INTEGUMENTARY SYSTEM
Skin is pale and slightly dry with brown patches. Hair is fine and evenly
distributed. With a short, clean and well-trimmed fingernails and toenails.
HEENT (Head, Eyes, Ears, Nose and Throat)
Head is normocephalic. Eyes has fine, coordinated movements and are
symmetrical. Ears are patent and bilaterally hears sounds; both are symmetrical.
Nose is midline, patent and sinuses are non-tender. Lips are moist; gums are
pinkish, intact and non-bleeding with midline uvula and non-inflamed tonsils.
Some teeth are missing and some have caries. Tongue is pink and even; dorsal
surface rough with papillae.
PULMONARY SYSTEM
13
Clear lung sounds are heard upon auscultation. Chest is bilateral
symmetry in general shape. There’s an equal rise and fall of the chest and
with normal depth of respiration.
CARDIOVASCULAR SYSTEM
Normal “lub dubb” sound is heard upon auscultation, with no chest pain
felt.
GASTROINTESTINAL SYSTEM
Abdomen has an equal color as the rest of the body, hassoft and flat
abdomen. Normal clicks heard upon auscultation 25 clicks per minute.
MUSCULOSKELETAL SYSTEM
Hands are medium in size, has supracondylar fracture at left arm, has
overhead skin traction, bruises noted at left arm, skin is slightly dry but with
no lesions noted. Right arm is able to move through active ROM. The size of
the feet is about 4 inches; symmetrical in shape. Upper and lower extremities
are normally warm to touch. Skin peeling on both hands and feet noted.
GENITO-URINARY SYSTEM
Patient urinates at least 4 times a day without difficulty with yellowish
colored urine at about 100cc per urination.
COURSE IN THE WARD
14
Date/Shift Nurse’s
Assessment
Nurse’s Intervention Medical Management
11-17-12
3-11
Admitt
ed
this 6
years
old;
male ;
awak
e and
respo
nsive
came
in due
to fall
V/S taken
and recorded.
® To obtain baseline
data.
Started with
D5LR 1L
regulated @
55cc/hr.
® For venous access.
Laboratory
exams
requested
(x-ray)
done.
® To obtain
baseline data and
identify
abnormalities and
underlying causes.
11-17-12
3-11
Received
from ER per
wheelchair;
awake and
responsive;
V/S checked and
recorded.
® To obtain baseline
data.
Per application of
overhead skin
traction.
® To maintain limb
aligned to the body
surface and to prevent
complication.
15
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
11-17-12
11-7
Received on
bed; awake
and
responsive;
with #1
D5LR
regulated @
55cc/hr.
V/S checked and
recorded
® To obtain baseline
data.
Watched and cared
for
® To identify
appropriate
interventions if there
are unusualities.
Still for overhead
skin traction.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated
® To maintain and
continue tolerated
diet.
11-18-12
7-3
Received on
bed; awake
and
responsive;
With D5LR
@900cc
regulated
V/S checked and
recorded.
® To obtain baseline
data.
Watched and cared
for.
Overhead skin
traction a left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
16
@55cc/hr ® To identify
appropriate
interventions if there
are unusualities.
tolerated.
® To maintain and
continue tolerated
diet.
11-18-12
3-11
Received
patient on
bed; awake
and
responsive;
with IVF of
D5LR @
800cc level
@55cc/hr.
V/S taken and
recorded.
® To obtain baseline
data.
Due meds given.
® To treat underlying
cause.
Watched and cared
for.
® To identify
appropriate
interventions if there
are unusualities.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
11-18-12
11-7
Received on
bed; Awake.
with IVF #1
D5LR @
55cc/hr.
V/S checked and
recorded.
® To obtain baseline
data.
17
11-19-12
7-3
Received on
bed; awake
and
responsive;
on diet as
tolerated;
with IVF
D5LR
@900cc
level
regulated
@55cc/hr.
V/S taken and
recorded.
® To obtain baseline
data.
Due available meds
given.
® To treat underlying
cause.
Maintain on
overhead skin
traction.
® To maintain limb
aligned to the body
surface and to prevent
complication.
refer to
orthopedics.
11-19-12
3-11
Received on
bed; awake
and
responsive;
on moderate
high back
rest. with IVF
#2 D5LR
@700cc
level
regulated
V/S taken and
recorded.
® To obtain baseline
data.
Due available meds
given.
® To treat underlying
cause.
Needs attended.
® To provide comfort.
Maintain on
overhead skin
traction.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated.
® To maintain and
continue tolerated
18
@55cc/hr. Health teachings
rendered.
® To have accurate
knowledge and prevent
more complication.
diet.
11-19-12
11-7
On bed
awake. with
IVF #2 D5LR
@700cc
level
regulated
@55cc/hr.
V/S checked and
recorded.
® To obtain baseline
data.
Overhead skin
traction at left
arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
11-20-12
7-3
Received on
bed; awake
and
responsive;
on diet as
tolerated.
IVF #2 D5LR
@55cc/hr.
V/S monitored.
® To obtain baseline
data.
Due med given.
® To treat underlying
cause.
Kept safe and
comfortable.
® To provide security
and comfort.
19
Needs attended.
® To provide comfort.
11-20-12
3-11
Received on
bed; awake
and
responsive;
on diet as
tolerated. On
moderate
high back
rest with IVF
#3 D5LR
@55cc/hr.
V/S checked and
recorded.
® To obtain baseline
data.
followed up meds
and pending labs.
Watched and
monitored.
® To identify
appropriate
interventions if there
are unusualities.
Due meds given.
® To treat underlying
cause.
11-21-12
11-7
Received on
bed awake
and
responsive;
V/S checked and
recorded.
® To obtain baseline
data.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
20
IVF #4 D5LR
@55cc/hr
Followed up meds
and pending labs.
® To take medication
and identify underlying
cause.
Due available meds
given.
® To treat underlying
cause.
Watched and cared
for.
® To provide comfort.
surface and to prevent
complication.
On diet as
tolerated
® To maintain and
continue tolerated
diet.
11-22-12
7-3
Received
patient on
bed; awake
and
responsive;
#4 D5LR 1L
@55cc/hr.
V/S taken and
recorded.
® To obtain baseline
data.
Follow up availability
of meds.
® To treat underlying
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated.
21
cause.
Health teachings
rendered.
® To have accurate
knowledge and prevent
more complication.
Watched and cared
for.
® To provide comfort.
® To maintain and
continue tolerated
diet.
11-22-12
3-11
Received on
bed awake
and
responsive;
with IVF #5
D5LR 1L
@55cc/hr.
V/S checked and
recorded.
® To obtain baseline
data.
Followed up
pending meds.
® To take medication
as ordered.
Needs attended.
® To provide comfort.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
22
Watched and cared
for.
® To identify
appropriate
interventions if there
are unusualities.
11-22-12
11-7
On bed
awake;
D5LR @
55cc/hr.
V/S checked and
recorded.
® To obtain baseline
data.
Needs attended.
® To provide comfort.
Meds given.
® To treat underlying
cause.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
11-23-12
7-3
Received
patient on
bed; awake
and
V/S taken and
recorded.
® To obtain baseline
data.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
23
responsive;
IVF #5 D5LR
1L @
55cc/hr.
Followed up of
unavailability of
meds.
® To take medication
as ordered.
Health teachings
rendered.
® To have accurate
knowledge and prevent
more complication.
Watched and cared
for.
surface and to prevent
complication.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
11-23-12
3-11
Received
patient on
bed; awake
and
responsive;
IVF #5 D5LR
500cc level
regulated @
55cc/hr.
V/S taken and
recorded.
® To obtain baseline
data.
Followed up of
unavailability of
meds.
® To take medication
as ordered.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated.
® To maintain and
continue tolerated
24
Watched and cared
for.
® To identify
appropriate
interventions if there
are unusualities.
diet.
11-24-12
11-7
Received
patient on
bed; awake
and
responsive.
V/S taken and
recorded.
® To obtain baseline
data.
Needs attended.
® To provide comfort.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
11-24-12
7-3
Received
lying on bed;
responsive
and
coherent.
V/S checked and
recorded.
® To obtain baseline
data.
Health teachings
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
25
imparted.
® To have accurate
knowledge and prevent
more complication.
Provided with restful
environment.
® To provide comfort.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
11-24-12
3-11
Received on
bed awake;
responsive
and
coherent.
V/S checked and
recorded.
® To obtain baseline
data.
Due meds followed
up.
® To treat underlying
cause.
Watched and cared
for.
® To identify
appropriate
interventions if there
are unusualities.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
11-24-12 On bed; V/S checked and Overhead skin
26
11-7 sleep. recorded.
® To obtain baseline
data.
Needs attended.
® To provide comfort.
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
11-25-12
7-3
Received on
bed; awake
and
responsive
V/S checked and
recorded.
® To obtain baseline
data.
Watched and cared
for.
® To identify
appropriate
interventions if there
are unusualities.
Health teachings
imparted.
® To have accurate
knowledge and prevent
more complication.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
11-25-12 Received on V/S monitored. Overhead skin
27
3-11 bed; awake
and
responsive.
Seen by Dr.
Donayre
® To obtain baseline
data.
Due meds given.
® To treat underlying
cause.
Watched and cared
for.
® To identify
appropriate
interventions if there
are unusualities.
traction at left arm
kept limb aligned.
® To maintain limb
aligned to the body
surface and to prevent
complication.
11-25-12
11-7
Received on
bed; awake
and
responsive
V/S checked and
recorded.
® To obtain baseline
data.
Watched and cared
for.
® To identify
appropriate
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
28
interventions if there
are unusualities.
Health teachings
imparted.
® To have accurate
knowledge and prevent
more complication.
11-26-12
7-3
On bed;
sleep.
V/S checked and
recorded.
® To obtain baseline
data.
Needs attended.
® To provide comfort.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
11-26-12
3-11
Received on
bed; awake
and
responsive
V/S checked and
recorded.
® To obtain baseline
data.
Watched and cared
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
29
for.
® To identify
appropriate
interventions if there
are unusualities.
Health teachings
imparted.
® To have accurate
knowledge and prevent
more complication.
11-26-12
11-7
Received
lying on bed;
responsive
and
coherent.
V/S checked and
recorded.
® To obtain baseline
data.
Health teachings
imparted.
® To have accurate
knowledge and prevent
more complication.
Provided with restful
environment.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
30
® To provide comfort.
11-27-12
7-3
On bed;
sleep.
V/S checked and
recorded.
® To obtain baseline
data.
Needs attended.
® To provide comfort.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
11-27-12
3-11
Received on
bed; awake
and
responsive
V/S checked and
recorded.
® To obtain baseline
data.
Watched and cared
for.
® To identify
appropriate
interventions if there
are unusualities.
Health teachings
imparted.
® To have accurate
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
31
knowledge and prevent
more complication.
11-27-12
11-7
Received
lying on bed;
responsive
and
coherent.
V/S checked and
recorded.
® To obtain baseline
data.
Health teachings
imparted.
® To have accurate
knowledge and prevent
more complication.
Provided with restful
environment.
® To provide comfort.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
11-28-12
7-3
On bed;
sleep.
V/S checked and
recorded.
® To obtain baseline
data.
Needs attended.
® To provide comfort.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
32
11-28-12
3-11
Received on
bed awake;
Seen by Dr.
Donayre.
V/S taken and
recorded.
® To obtain baseline
data.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
For pedia
clearance.
11-28-12
11-7
Received on
bed; awake
and
responsive;
not in
respiratory
distress;
V/S taken and
recorded.
® To obtain baseline
data.
Followed up
pending lab request.
® To identify
abnormalities and
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
For pedia approval
clearance.
33
underlying causes.
Needs attended and
cared for.
® To provide comfort.
11-29-12
7-3
Received on
bed; awake
and
responsive.
V/S taken and
recorded.
® To obtain baseline
data.
Provided with calm
and restful
environment.
® To provide comfort.
Needs attended.
® To provide comfort.
On diet as
tolerated.
® To maintain and
continue tolerated
diet.
Overhead skin
traction at left arm.
® To maintain limb
aligned to the body
surface and to prevent
complication.
Doctors Order
34
Date Time Order
11-17-12 Please admit to orthowar under GS III
Secure consent for admission
Monitor VS q 4°
DAT
Start IVF with D5LR @ 55 cc/hr
Labs: CBC, BT, Serum Electrolytes, Chest X-ray, X-ray
left forearm.
Medication: Paracetamol 200 mg IVTT q4 RTC
Please apply overhead skin traction.
11-18-12 DAT
Maintain skin traction
Continue meds
11-19-12 DAT
IVF D5LR @ 55 cc/hr
Continue Meds
Maintain skin traction
Refer to ortho for definitive procedure.
11-20-12 DAT
IVF @ D5LR @ 55 cc/hr
Continue Meds
Monitor skin traction
35
11-21-12 DAT
IVF @ D5LR @ 55 cc/hr
Continue Meds
Monitor skin traction
11-22-12 DAT
IVF @ D5LR @ 55 cc/hr
Continue Meds
Monitor skin traction
11-23-12 DAT
IVF @ D5LR @ 55 cc/hr
Continue Meds
Maintain skin traction
11-24-12 DAT
Continue Meds
Monitor skin traction
11-25-12 DAT
Continue Meds
Maintain skin traction
11-26-12 DAT
Continue Meds
11-27-12 DAT
Continue Meds
For pedia clearance
36
11-28-12 DAT
Continue Meds
11-29-12 Pedia Notes
Patient seen and examined, History on PE reviewed
Cc: fall, pt. was accidentally fall while playing left
arm (-) fever (-) cough.
Skin traction at left arm.
Closed supracondylar fracture type III secondary to
fall.
Rpt. CBC, PC, Protime,
Rpt. S. elec.
Rpt. CXR
UA
Please ref lab result once available
LABORATORY AND DIAGNOSTIC EXAMINATIONS
37
Serum ElectrolytesDate: November 17, 2012
LAB EXAM
NORMAL RESULT
RESULT INTERPRETA-TION RATIONALE
S. Sodium135-148 mmol/L
139.4
The result is normal .
Transmission of
nerve impulses can
be altered and
lethargy, headache
and dizziness are
some signs and
symptoms for
hyponatremia or
hypernatremia.
Tests that measure the
concentration of electrolytes are
needed for both the diagnosis and
management of renal, endocrine,
acid-base, water balance, and many
other conditions. Their importance
lies in part with the serious
consequences that follow from the
relatively small changes that
diseases or abnormal conditions
may cause. (http://www.
surgeryencyclopedia.com/Ce-Fi/Elec
trolyte-Tests.html#b ,November 29,
2012)
S. Potassium
3.50-5.00 mmol/L
3.84 The result is
normal.Contraction of
cardiac, skeletal and
smooth muscles can
be altered. Fatigue,
muscle weakness
and decreased bowel
motility are some
signs and symptoms
for hypokalemia or
hyperkalemia.
38
S. Calcium1.13-1.32 mmol/L
1.21
The result is normal.
Bone strength and
blood coagulation can
be altered. Irritability,
anxiety and
numbness are some
signs and symptoms
for hypocalcemia or
hypercalcemia.
HematologyDate: November 17, 2012
LAB EXAM NORMAL VALUES
RESULT INTERPRETATION RATIONALE
Blood group --- B positive ---Hemoglobin 115-165
g/L118 The result is normal.
Hemoglobin gives blood
its red color and carries
oxygen to the body
through the blood. This
may indicate anemia
and pallor can be
observed.
(http://en.wikipedia.org/
wiki/Hemoglobin,
November 29, 2012)
A complete blood count
(CBC) gives important
information about the kinds
and numbers of cells in the
blood, especially red blood
cells , white blood cells ,
and platelets. A CBC helps
your doctor check any
symptoms, such as
weakness,fatigue, or
bruising, you may have. A
39
CBC also helps him or her
diagnose conditions, such
as anemia, infection, and
many other disorders.
(http://www.webmd.com/a-
to-z-guides/complete-blood-
count-cbc November 29,
2012)
Hematocrit 0.35-0.55 0.34 The result is below
normal. The hematocrit
measures how much
space in the blood is
occupied by RBCs. A
low hematocrit level is
one of the clinical
manifestations of
anemia. It coincides
with the pt’s low hgb
level.
(http://en.wikipedia.org/
wiki/Hematocrit
November 29, 2012)
Leucocytes 5.0-10.0 15.8 The result is above
normal. Leukocytes or
WBCs are indicators if
there is infection in the
body. WBC fights
against infection so the
patient is at risk for
infection.
(http://en.wikipedia.org/
40
wiki/White_blood_cell,
November 29, 2012)
Monocytes 0.02-0.6 0.03 The result is normal.
Monocytes are also a
type of Leukocytes or
WBC that fights
infections.
(http://en.wikipedia.org/
wiki/White_blood_cell,
November 29, 2012)
Neutrophils 0.55-0.65 0.85 The result is above
normal.The most
abundant type of white
blood cells, elevated
neutrophils usually
mean there is an
ongoing current
bacterial infection.
(
http://answers.yahoo.co
m/question/index?
qid=20080208002214A
Aaults November
41
29,2012)
I. Review of Anatomy and Physiology
Fig. 1 Diagram of the Anatomy of Human Skeletal System
The skeletal system includes all of the bones and joints in the body. Each bone is
a complex living organ that is made up of many cells, protein fibers, and minerals. The
skeleton acts as a scaffold by providing support and protection for the soft tissues that
make up the rest of the body. The skeletal system also provides attachment points for
muscles to allow movements at the joints. New blood cells are produced by the red
42
bone marrow inside of our bones. Bones act as the body’s warehouse for calcium, iron,
and energy in the form of fat. Finally, the skeleton grows throughout childhood and
provides a framework for the rest of the body to grow along with it.
The skeletal system in an adult body is made up of 206 individual bones. These
bones are arranged into two major divisions: the axial skeleton and the appendicular
skeleton. The axial skeleton runs along the body’s midline axis and is made up of 80
bones in the skull, hyoid, auditory ossicles, ribs, sternum, and the vertebral column. The
appendicular skeleton is made up of 126 bones in the upper and lower limbs and the
pelvic and pectoral (shoulder) girdles.
Skull
The skull is composed of 22 bones that are fused together except for the
mandible. These 21 fused bones are separate in children to allow the skull and brain to
grow, but fuse to give added strength and protection as an adult. The mandible remains
as a moveable jaw bone and forms the only movable joint in the skull with the temporal
bone.
The bones of the superior portion of the skull are known as the cranium and protect the
brain from damage. The bones of the inferior and anterior portion of the skull are known
as facial bones and support the eyes, nose, and mouth.
Hyoid and Auditory Ossicles
The hyoid is a small, U-shaped bone found just inferior to the mandible. The
hyoid is the only bone in the body that does not form a joint with any other bone – it is a
43
floating bone. The hyoid’s function is to help hold the trachea open and to form a bony
connection for the tongue muscles.
Vertebrae
26 vertebrae form the vertebral column of the human body. They are named by
region – cervical (neck), thoracic (chest), lumbar (lower back), sacrum, and coccyx (tail
bone). There are seven cervical vertebrae, twelve thoracic, five lumbar, one sacrum,
and one coccyx.
Ribs and Sternum
The sternum, or breastbone, is a thin, knife-shaped bone located along the
midline of the anterior side of the thoracic region. The sternum connects to the ribs by
thin bands of cartilage called the costal cartilage.
Pectoral Girdle and Upper Limb
The pectoral girdle connects the upper limbs (arms) to the axial skeleton and
consists of the left and right clavicles and left and right scapulae.
The humerus is the bone of the upper arm. It forms the ball and socket joint of
the shoulder with the scapula and forms the elbow joint with the lower arm bones. The
radius and ulna are the two bones of the forearm.
Pelvic Girdle and Lower Limb
Formed by the left and right hip bones, the pelvic girdle connects the lower limbs
(legs) to the axial skeleton.
44
The femur is the largest bone in the body and the only bone of the thigh (femoral)
region. The femur forms the ball and socket hip joint with the hip bone and forms the
knee joint with the tibia and patella. Commonly called the kneecap, the patella is special
because it is one of the few bones that are not present at birth. The patella forms in
early childhood to support the knee for walking and crawling.
The tibia and fibula are the bones of the lower leg. The tibia is much larger than
the fibula and bears almost all of the body’s weight. The fibula is mainly a muscle
attachment point and is used to help maintain balance. The tibia and fibula form the
ankle joint with the talus, one of the seven tarsal bones in the foot.
The tarsals are a group of seven small bones that form the posterior end of the
foot and heel. The tarsals form joints with the five long metatarsals of the foot. The each
of the metatarsals forms a joint with one of the set of phalanges in the toes. Each toe
has three phalanges, except for the big toe, which only has two phalanges.
Types of Bones
All of the bones of the body can be broken down into five types: long, short, flat,
irregular, and sesamoid.
Long bones are longer than they are wide and are the major bones of the limbs. Long
bones grow more than the other classes of bone throughout childhood and so are
responsible for the bulk of our height as adults. A hollow medullary cavity is found in the
center of long bones and serves as a storage area for bone marrow. Examples of long
bones include the femur, tibia, fibula, metatarsals, and phalanges.
45
Short bones are about as long as they are wide and are often cubed or round in shape.
The carpal bones of the wrist and the tarsal bones of the foot are examples of short
bones.
Flat bones vary greatly in size and shape, but have the common feature of being very
thin in one direction. Because they are thin, flat bones do not have a medullary cavity
like the long bones. The frontal, parietal, and occipital bones of the cranium - along with
the ribs and hip bones - are all examples of flat bones.
Irregular bones have a shape that does not fit the pattern of the long, short, or flat
bones. The vertebrae, sacrum, and coccyx of the spine - as well as the sphenoid,
ethmoid, and zygomatic bones of the skull - are all irregular bones.
Finally, the sesamoid bones are formed after birth inside of tendons that run across
joints. Sesamoid bones grow to protect the tendon from stresses and strains at the joint
and can help to give a mechanical advantage to muscles pulling on the tendon. The
patella and the pisiform bone of the carpals are the only sesamoid bones that are
counted as part of the 206 bones of the body. Other sesamoid bones can form in the
joints of the hands and feet, but are not present in all people.
Parts of Bones
The long bones of the body contain many distinct regions due to the way in
which they develop. At birth, each long bone is made of three individual bones
separated by hyaline cartilage. Each end bone is called an epiphysis (epi = on; physis =
to grow) while the middle bone is called a diaphysis (dia = passing through). The
epiphyses and diaphysis grow towards one another and eventually fuse into one bone.
46
The region of growth and eventual fusion in between the epiphysis and diaphysis is
called the metaphysis (meta = after). Once the long bone parts have fused together, the
only hyaline cartilage left in the bone is found as articular cartilage on the ends of the
bone that form joints with other bones. The articular cartilage acts as a shock absorber
and gliding surface between the bones to facilitate movement at the joint
Skeletal System Physiology
Support and Protection
The skeletal system’s primary function is to form a solid framework that supports
and protects the body's organs and anchors the skeletal muscles. The bones of the
axial skeleton act as a hard shell to protect the internal organs - such as the brain and
the heart - from damage caused by external forces. The bones of the appendicular
skeleton provide support and flexibility at the joints and anchor the muscles that move
the limbs.
Movement
The bones of the skeletal system act as attachment points for the skeletal
muscles of the body. Almost every skeletal muscle works by pulling two or more bones
either closer together or further apart. Joints act as pivot points for the movement of the
bones. The regions of each bone where muscles attach to the bone grow larger and
stronger to support the additional force of the muscle. In addition, the overall mass and
thickness of a bone increase when it is under a lot of stress from lifting weights or
supporting body weight.
47
Hematopoiesis
Red bone marrow produces red and white blood cells in a process known as
hematopoiesis. Red bone marrow is found in the hollow space inside of bones known
as the medullary cavity. Children tend to have more red bone marrow compared to their
body size than adults do, due to their body’s constant growth and development. The
amount of red bone marrow drops off at the end of puberty, replaced by yellow bone
marrow.
Storage
The skeletal system stores many different types of essential substances to facilitate
growth and repair of the body. The skeletal system’s cell matrix acts as our calcium
bank by storing and releasing calcium ions into the blood as needed. Proper levels of
calcium ions in the blood are essential to the proper function of the nervous and
muscular systems. Bone cells also release osteocalcin, a hormone that helps regulate
blood sugar and fat deposition. The yellow bone marrow inside of our hollow long bones
is used to store energy in the form of lipids. Finally, red bone marrow stores some iron
in the form of the molecule ferritin and uses this iron to form hemoglobin in red blood
cells.
48
Fig. 2 Diagram of the Anatomy of Supracondylar fracture
Symptomatology
Symptomatology Actual Symptoms Implication
Pain Fracture is usually accompanied by a very severe pain. Pain from fracture is about the worst pain so far. The kind of pain sometimes is enough to make the patient go into a state of shock if not controlled.
Article Source: http://EzineArticles.com/5570773
Swelling Damage can cause inflation.
Vascular injury causing the
swelling.
Bruising Any internal damage will cause
internal bleeding.
49
Inability to move Any disease or disability that
requires complete bed rest or
extremely limits your activity is
considered immobility. Patients
who have had a stroke resulting
in partial or complete
hemiparesis/paralysis, spinal
cord injury resulting in
paraplegia or quadriplegia,
fracture, or prolonged bed rest
after surgery are considered
immobilized
Deformity Deformity occurs especially with
fracture of the limbs. The part
below the affected limb can be
rotated outwards or inwards. In
some cases the affected limb is
shorter than the second.
Article Source:
http://EzineArticles.com/5570773
Shortening In fractures of long bones, there
is actual shortening of the
50
extremity because of the
compression of the fractured
bone.
Article Source:
(Brunner and Suddarth Medical
Surgical Nursing vol. 2)
Etiology of the disease
Etiology Actual Symptoms Implication
Trauma Due to the resilience of the soft
tissue of children, fractures occur
more often than soft tissue injuries.
Age ( 3 – 12 years old ) adult ( 60 years old)
Age-related changes, such as
decreases in bone strength and
brain size, could make older riders
more susceptible to injury.
Impaired vision, delayed reaction
time, and altered balance, all of
51
which accompany the natural aging
process, could contribute to
crashes or mishaps.
(http://www.livescience.com/11012-
oldermotorcycle-riders-injured.html)
52
A. Written Pathophysiology
Closed Supracondylar fracture Type III is a severe pain, it is not necessary to
delay client to convey to the hospital and it needs immediate attention, Type 3 fracture
needs surgery since it is fully displaced.This classification remains somewhat deficient
in describing the mechanically important concept of the medial and lateral columns and
their fracture involvement. It also is somewhat deficient in describing the level through
which the fracture occurs in each column and related important surgical considerations.
Local swelling, loss of function or abnormal movement of the affected part and
deformities such as angulation, shortening or rotation of the part. Pain or local
tenderness is normally present. This is due to a temporary loss of nerve function at the
site of the fracture. Associated vascular injury causes swelling, pallor, pain, or
numbness and pulselessness These signs may not develop for several hours after
injury or may develop within an hour, depending on the severity of the fracture.
patient fall from an 8 feet high door, causing the fracture at the distal humerus
which was displaced and eventually causing vascular injury. The blood vessels also
bring fibroblasts in the walls of the vessels and these multiply and produce collagen
fibers. In this way the blood clot is replaced by a matrix of collagen. Collagen’s rubbery
consistency allows bone fragments to move only a small amount unless severe or
persistent force is applied. At this stage, some of the fibroblasts begin to lay down bone
matrix (calcium hydroxyapatite) in the form of insoluble crystals. This mineralization of
the collagen matrix stiffens it and transforms it into bone. In fact, bone is a mineralized
collagen matrix; if the mineral is dissolved out of bone, it becomes rubbery. Causing the
left arm to become immobilize.
53
Traction (skin or skeletal) may be used until the patient is physiologically stable
to undergo surgical fixation. Skin traction is used to control muscle spasm and to
immobilize an area before surgery. Skin traction is accomplished by using weight and
pull on traction tape or on a foam boot attached to the skin. The amount of weight
applied must not exceed the tolerance of the skin.
54
B. Diagram of Pathophysiology
55
Predisposing factor:
Age (6-12 years old)
Precipitating factor:
Activity- (playing)
Fall from an 8 (eight) ft. height.
Fractured the distalhumerus
Humerusdisplaced.
The blood vessels bring fibroblast in the walls of the vessels and these multiply and produce collagen fibers.
The blood coagulates to form a blood clot situated between the broken fragments.
Mineralization of the collagen matrix stiffens it and transforms it into bone.
deformity, swelling, bruising, pain, impaired sensation
Vascular injury
Fibroblasts begin to lay down bone matrix (Calcium hyroxyapatite) in the form of insoluble crystals.
Immobility
If treated:Nursing management:Health teachingsMonitor Vital SignsCollaborativeLaboratory testMedical management:Paracetamol 200 mg IVTTOverhead Skin TractionSurgery
Good Prognosis:
If not treated:
Infection
Necrosis and loss of function
Exacerbation amputation
Death
Poor prognosis
56
III. Nursing Care Management
Date/Shift
Assessment Need Nursing Diagnosis
Objective of care Nursing Intervention
Rationale Evaluation
11-23-127-3
S- “maglisod pa man ko ug lihok-lihok dili pud ko makanaog diri sa higdaanan.” as verbalized
- with overhead skin traction at left arm.- Bruise
noted at left arm
- Pain rate 7/10
- V/S- BP -90/60
Temp- 37RR – 28PR- 110
SELF-ACTUALIZATION/
ACTIVITY
Impaired physical mobility related to overhead skin traction secondary to closed supracondylar fracture
Rationale:Fall causing
injury to humerus results
tointernal bleeding
from damage ends of bone
and from surrounding
tissuewhich
stimulates intense
inflammatory response
that causesincreased capillary
After 6 hours of nursing care the patient will be able to:- Verbalize the
importance of side lying.
- Not complain for respiratory distress.
- Verbalize pain free.
- Understand importance of skin traction
Dependent:Monitor Vital Signs
Maintain Overhead skin traction.
Independent: Assisted on normal range of motion.
Positioned on Moderate High Back Rest.
Assisted on side lying position.
Health Teachings
R- to provide baseline data
R- to kept limb aligned to body.
R- to avoid muscle sprain
R- to avoid respiratory distress
R- to prevent bed sore.
R- to gain knowledge.
Goal Met:After 6 hours of nursing care the patient was able to verbalized importance of side lying position “ magtakilid na ko usahay aron dili na singoton akong likod”, respiratory distress not noted, verbalized pain free “ wala man naga sakit akong kamot”, understand importance of skin traction “ bahalag dili ko makanaog diri sa higdaanan basta dili lang magsakit akong kamot” as verbalized.
57
permeabilityand
fluid/cellular exudation
that leads toedema
that causespainto
impaired function
Ref: Mary Ellen Murray and Lesley D. Atkinson Understanding the Nursing Process in Changing Care Environment
Date/Shift Assessment Need Nursing Diagnosis
Objective of care Nursing Intervention
Rationale Evaluation
58
11-23-127-3
O- with overhead skin traction at left arm.- Bruise
noted at left arm
- Pain rate 7/10
- V/S- BP -90/60
Temp- 37RR – 28PR- 110
PHYSIOLOGIC
NEED
Risk for infection related to a site for organism invasion secondary to surgery.Rationale: Surgery there is break down of skin which gives opportunity for the bacteria and other pathogens to invade the body. The host is susceptible for infection because of the breakage of the body’s first line of defense.Ref: Mary Ellen Murray and Lesley D. Atkinson Understanding the Nursing Process in Changing Care Environment
Within 2 days of nursing care the patient will demonstrate skin integrity:- Absence of
swelling to the site
- Absence of erythema
- Dry and intact dressing will be noted
Dependent:- Monitor vital
signs- Change
dressing as ordered
Independent:- Monitor IVF
at desired rate.
- Assess for signs of infection
- Observe handwashing frequently
Collaborative- Encourage
watcher on frequent handwashing when giving direct care to the client
R- baseline dataR- to keep wound dry and intact
R- maintain adequate hydrationR- to prevent exacerbation of the disease - To
prevent cross infection
- To prevent infection and promote aseptic technique
After 2 days of nursing action, Goal met, the patient was able to demonstrate skin integrity as evidence by:- Absence of
swelling to the site.
- Absence of erythema
- Dry and intact dressing is noted.
59
Date/Shift Assessment Need Nursing Diagnosis
Objective of care Nursing Intervention
Rationale Evaluation
11-23-127-3
S- “Mahadlok man ko inig human sa opera kay dili na kayo ko makadula”as verbalized.
O- with overhead skin traction at left arm.- Bruise
noted at left arm
- Pain rate 7/10
- V/S- BP -90/60
Temp- 37RR – 28PR- 110
SELF-ESTEEM
NEED
anxiety related to actual or perceived threat to biologic integrityRationale:Fear of unknown is usually one of the factors greatly contributed to the anxiety of the person. When the health of the person is at risk or threatened anxiety will likely to occur ProperRef: Mary Ellen Murray and Lesley D. Atkinson Understanding the Nursing Process in Changing Care Environment
Within 2 days of
nursing care the
patient will be able
to:
- Understand the
importance of
surgery
- Will verbalize
decrease of
nervousness.
- Differentiate
real from
imagined
situation.
Dependent:- Monitor Vital
Signs
Independent:- Established
rapport.
- Orient to environment using simple explanation
- Speaks slowly and calmly
- Encourage expression and feelings
- For baseline data
- To gain trust and cooperation
- To easily understand the situation
- To gain cooperation
- To note the decrease of anxiety
After 2 days of nursing care, goal partially met as evidenced by patient was able to - understand the importance of surgery-verbalize decrease in nervousness “magpaopera nalang jud ko para maayo ang akong bali naa man pud sila mama ug papa diri” as verbalized.
60
B. Discharge Plan
Medications
-Educate family members concerning right drug administration as well as right time and dosage as prescribed.
-Explain the relevance of taking prescribed medications for fast and better recovery.
-Instruct patient and family to continue home medications as ordered:
Medication Dose Frequency Time
Paracetamol 200 mg Every 4 hours2-6
10-26-10
Exercise
-Explain the importance of exercise to alleviate the condition.
-Educate patient and family to have the mindset of exercise, do at least
one passive and active range of motion and physical chore each day. As little as 15
minutes of walking 3 time a week has a proven beneficial effect but never exercise that
causes fatigue.
-Remind patient and family on the warning signs of injury such as pain,
bruise, swelling and redness.
Treatment
-Instruct patient to take medication and for family tobought medical
regimen religiously as well as scheduled hospital visits for continuous monitoring.
-Encourage to take Multivitamins for immunity.
-Educate the patient to self-monitor blood sugar levels frequently at least
before meals or at bedtime.
61
Health Teachings
-Educate patient on the importance of nutrition such ascalcium, iron and
protein for his age.
-Encourage regular exercise.
-Make the patient and family understands the importance seeking medical
help in case of any complications or abnormalities.
Out-patient
-Even without the presence of any health care member, the parents must
still obey to bought the medications and the client must take his medications religiously.
All health teachings rendered monitor his arm condition and avoid junk foods.
- Encourage client and his parents to follow medical advice for follow-up
check up 1 week after discharge.
Diet
-Teach patient to eat healthy foods in moderation on a regular schedule.
Eating at the same times each day regulates.
-Educate on the maintenance of healthy diet consisting of milk, dairy
products, fruits, egg, vegetables, whole grains, fish, white meat and poultry
62
C. PHARMACOLOGICAL MANAGEMENT
Date / Shift
Generic Name
Brand Name
Classification Mechanism of Action
Indication Adverse Effect Time and Dosage
Nursing Consideration
11-17-12
7-3
PARACETAMOL
----- Antipyretic
Analgesic
Reduces fever byacting directly onthe hypothalamicheat-regulatingcenter to causevasodilation andsweating, whichhelps dissipateheat.
Siteand mechanismof action unclear
Analgesic-antipyretic inpatients with aspirinallergy, hemostaticdisturbances, bleedingdiatheses, upper GIdisease, gouty arthritis- Arthritis and rheumaticdisorders involvingmusculoskeletal pain (butlacks clinically significantantirheumatic and anti-inflammatory effects)- Common cold, flu, otherviral and bacterialinfections with pain andfever- Unlabeled use:Prophylactic for childrenreceiving DPT vaccinationto
CNS:HeadacheCV:Chest pain,dyspnea,MyocardialdamageWhendoses of 5–8 g/dayare ingested daily forseveral weeks orwhen doses of 4g/day are ingestedfor 1 yrGI: Hepatictoxicity andfailure,jaundiceGU:Acute kidney failure, renal tubularnecrosisHematologic:Methemoglobinemia—cyanosis;hemolytic anemia—hematuria, anuria;neutropenia,leucopenia,pancytopenia,thrombocytopenia,hypoglycemiaHypersensitivity:Rash, fever
Every 4° RTC 200mg
-Monitor liver function studies;may cause hepatic toxicity at doses>4g/day-Monitor renalfunction studies;albumin indicates nephritis-Monitor blood studies,especially CBC and pro-time if patient is onlong-term therapy.-Check I&O ratio;decreasing output may indicate renalfailure .-Assess for fever and pain--Assess hepatotoxicity:dark urine, clay-colored stools-Assess allergic reactions: rash,
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reduce incidence of fever and pain
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IV. SYNTHESES OF CLIENT’S CONDITION/STATUS FROM ADMISSION TO PRESENT
A. Conclusion
After a gradual evaluation of the patient’s condition from the first day of our duty
to the last, I came up with a conclusion that it is beyond doubt unpredictable as to what
happens in the whole period of my nursing care.
The overall condition of my patient was illustrated to have achieved a high level
of wellness with the teamwork of the entire member of the health care team.
B. Patient’s Prognosis
POOR FAIR GOOD JUSTIFICATION
DURATION
Patient has been admitted because of fall since
November 17, 2012 and has a diagnosis of closed
Supracondylar Fracture type III and still for OR
scheduling during our last day of duty. November
29,2012.
ONSET
The patient’s condition became better than he was
first admitted since the pain on his left arm didn’t
occur since the skin traction was maintained.
WILLINGNESS
The patient and his parents is willing to comply all
medication and activities conducive to faster
healing and recovery.
ENVIRONMENT
The nature of the environment is conducive for
faster recovery because there is proper ventilation
and the fan in the ward is near for him.
C. Recommendations
The following are the my suggestions for a faster therapeutic effect:
To the patient -I encourage him to follow medical regimen by
continuing medications as ordered by his attending
physician.
- Follow the health teachings rendered to him
by the health care team.
-Cooperate in everything that the health care
team advises.
To the family -I recommend to the patient’s immediate family
members tofulfill the medical regimen that is ordered
by the physician for faster recovery of their son.
.-provide adequate support, care, love and
understanding to the patient’s situation.
-Develop knowledge about the patient’s
recovery status to avoid further complications.
– follow the health teaching that was rendered
to act upon their son need.
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V. EVALUATION OF THE OBJECTIVES OF THE STUDY
After a step by step review on related topics on this case study, I hereby
presenting my evaluation with relation to my main objectives that I affirmed at the
start of this case study. Myself settled that I was able to meet the chosen case
with sensible data gathered. Further documented related information that are
important as I relate the nursing skills I have learned not only for this study but
also for future references, and that I gained information about the case chosen
and use them to function as student nurses in the community and I was able to
use the nursing process as a framework for the care of my patient and for goal
attainment and that is to prevent and manage potential complications.
With sufficient effort, I have come up with this comprehensive case
presentation that deals not only on the basic facts of the topic but also
mysuccess in every detail directed to have an abundant yield.
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Bibliography
A. Textbooks.
1. Elaine N. Marieb, R.N., Ph.D. Essentials of Anatomy and Physiology 6th edition 2002.
2. Nurse’s Pocket Guide. Doenges Moorhouse Murr. 10th Edition. 2008.3. Suzanne C. Smeltzer, et al. Brunner and Suddarth’s Textbook of Medical
Surgical Nursing 11th edition. Vol. 1 and 2. 20104. Judith Hopfer Deglin and April Hazard Vallerand. Davis Drug Guide for
Nurses 10th edition. 20075. Suzanne C. Smeltzer, et al. Brunner and Suddarth’s Textbook of Medical
Surgical Nursing 10th edition. Vol. 1. 2004
B. Electronic Media1. Rebello GN, Albright MB. Broken Bones: Common Pediatric Upper Extremity Fractures – Part II. Orthopaedic Nursing. 2006;25(5):311-323.2. Marquis CP, Cheung G, Dwyer JSM, Emery DFG. Supracondylar fractures of the humerus. Current Orthopaedics. 2008;22(1):62-69.3. Jonathan Cluett, M.D., About.com Guide http://orthopedics.about.com/od/pediatricfractures/a/elbowfracture.htm
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