INTRODUCTION
Definition of fracture
is a break or disruption in the continuity of a bone or cartilage structure. Fracture of long bone diagnosis should
be able to describe closed or open, anatomy location (proximal, shaft, distal
and intraarticular, simple or comminuted, complete or based on fracture line
direction/extent to articular surface or not) or incomplete, the position of
fracture fragments (angulation, displacement), pathologic, avulsion, impaction
and stress.
1.
Complete
fracture is a fracture involving the entire cross-section of
the long bone or an interruption of both cortices of the bone (fig. 1).
Fig. 1 Closed complete
fracture of the right humerus
2.
Incomplete
fracture; if it involves only one cortex or only a portion of
cross section of the long bone.
Example incomplete fracture is a torus fracture (fig. 2 A & B) with characteristic a wrinkling or buckling of the cortex. Other example is a greenstick fracture; it is an incomplete angulation fracture of the long bone.
Example incomplete fracture is a torus fracture (fig. 2 A & B) with characteristic a wrinkling or buckling of the cortex. Other example is a greenstick fracture; it is an incomplete angulation fracture of the long bone.
Fig. 2 A.Torus fracture of the radius distal (Buckel handle),
B Incomplete
fracture of the left tibia
3.
Closed
fracture, the skin and the soft tissues overlying the fracture
of the long bone site are intact or the fracture site does not communicate with
the outside environment (fig. 3). It’s also called simple fracture.
Fig. 3 Closed fracture
of the left patella
4.
Comminutives
fracture: fracture in which the long bone is broken into more
than two fragments (fig. 4)
Fig.4 Segmental Comminutives
fracture of the right tibia proximal
5.
Transversal
fracture: a fracture line at a right angle to longitudinal
axis of the broken bone(fig. 5)
Fig.5 Fracture of the
right tibia and fibula with transverse fracture line
6.
Oblique
fracture is the fracture line direction is slanted in relation
to the long axis of the long bone. The fracture line of the humerus is oblique (fig.
6))
Fig. 6 Isolated of the right tibia diaphysis with oblique fracture
line
7.
Spiral
fracture: a type of fracture in which a torsional stress
produces a winding fracture line relative to the long axis of the broken bone (fig.
7)
Fig. 7 Spiral fracture
of the right femur
8.
Segmental
fracture is a long bone fracture consisting of more than one
fracture line at different levels in the same bone (fig. 8)
Fig. 8 Segmental
fracture of the right femur
9.
Open
fracture: The long bone fracture site communicates or exposes
with the outside environment and the fracture has a potential infection. Open
fracture is an emergency of orthopaedic, therefore should be controlled
bleeding by a slight compressing sterile dressing covered after removing the
gross debris and splinting without reduction except vascular compromised at the
site of accident, antibiotic and antitetanus administration and debridement in
emergency department management. We classified open fracture based on size of
wound, soft tissues, bone and vascular damage, and the degree of wound
contamination (Gustilo and Anderson/table1).
Table 1.
Open fracture classification (Gustilo and Anderson Classification)
Alignment: the position of one fracture
fragment to the next fragment. Deviation from the normal alignment is called angulation.
10. Valgus angulation
means angulation, bending or twisting (apex of the fracture) away from the
midline of the body (fig. 9)
Fig. 9 Valgus angulation
of the right humerus
11.
Varus angulation is an angulation,
bending or twisting (apex of the fracture) toward the midline of the body
(opposite of valgus/fig. 10).
Fig. 10 Varus angulation of the right femur
12. Impacted/impaction fracture
is a compression trauma in which the broken bone ends are driven together and
fracture become stable. Impaction in vertebral body frequently occurs by a
compression force but in tibial plateau fractures occurs by depression forces
frequently. The physician should be able to describe the radiographs carefully
because frequently extreme subtle.
13. Avulsion fracture
is the separation of a small piece of bone that has been pulled away from the
attachment of ligament/tendon caused by forceful muscle contraction or by the
resistance of a ligament to a force in the opposite ligament, and usually
involving a tuberosity or bony process.
14. Pathologic fracture
is a break the weaken bone by low energy trauma. The weaken bone is the disease
of bone tumor (fig. 11) or metabolic disease or bone infection, osteomalacia, osteogenesis imperfecta, scurvy,
rickets, and Paget's disease of bone.
Fig. 11 Pathologic of the right
proximal femur
Suspected bone cyst
15. Stress
fracture or others name March (military) or Fatigue (jogger, dancers, and athlete)
or Insufficiency fracture is
repeated or repetitive trauma and the bone become broken.
The physician should be able
to classify the fracture in children (Table: 2) because the cartilaginous portion of an epiphysis is not visualized on
radiographs (radiolucent). Therefore, the
complexities or difficulties in interpreting radiographs in children should be
compared with the normal side of radiographs.
Table 2: Salter Harris fracture
classification
(Modified from Kilgore, KP /2006; emergency orthopaedic)
CLINICAL SIGNS
Clinical
features are deformity, swelling, tenderness, abnormal mobility, and loss of
function. Accurate fracture diagnosis can be confirmed by radiographs
examination. Special studies (axial view and others advances examination that
include CT scan, MRI, and others) should be performed if there is a clinical
suspicious conflict between diagnosis and clinical data.
RADIOGRAPHIC
INVESTIGATION
Conventional
views (AP and lateral views) of radiographic examination is an essential to
confirm or rule out fracture, pathologic condition/quality of bone, and also to
detect foreign body, air, position of fragments, angulation, and fracture line.
Therefore a systematic evaluation of radiographs should be performed carefully.
MANAGEMENT
Upper
and lower extremities of long bones are the most common site of injury. The upper
and lower extremity fractures of long bone patients are divided into critical
and uncritical conditions.
Critical patient
condition is the closed/open of long bone fracture with
early complications such as hypovolemic shock cause by bleeding, vascular compression
or injury, and compartment syndrome; therefore lifesaving or limb threatening is
essential management to this patient.
Uncritical
patient condition
is usually closed of long bone fracture or open fracture grade I and II without
early complications. Lifesaving and limb threatening are not requirement, but
open fracture is an emergency debridement to prevent infection.
Management
of long bone fracture has to be started from the scene of accident until at
Puskesmas or trauma hospital. Primary care or temporary management can be
performed at the scene of accident or Puskesmas but definitive treatment of
long bone fractures should be done at Puskesmas (Level I) or trauma hospital (Level
II or III) and depend on the site and the type of fractures.
There
are three questions should you responds if you are volunteer, team of rescue or
physician or resident or the orthopaedic and traumatologic surgeon in
management of long bone fracture that includes:
a. What do you prepare?
b. What do you call?
c. What do you do?
A.
THE SCENE OF ACCIDENT
I.
UNCRITICAL
PATIENT OF CLOSED/OPEN LONG BONE FRACTURE
a.
What does volunteer/community
prepare?
Volunteer/community should be able to:
·
Participate in fracture
first aid and scene of accident safety
·
Invite others people
around the site of accident to assist in preparing of the first aid and safety
of the accident area
·
Prepare the splinting
material for fracture immobilization management and extrication equipment
procedure, if patient body jammed on the collapse of building in disaster or
others accident.
·
Prepare sterile
dressing for covering the wound
b.
What does volunteer/community call?
Volunteer/community should be able to:
·
Call the nearest
ambulance or helicopter rescue team immediately and inform the condition of the
patient (uncritical or critical). The rescue team includes: nurse, physician
and ambulance driver/helicopter pilot
·
Call the police
·
Call/ask the community
around the scene of accident in first aid
c.
What does volunteer/community do?
Volunteer/community should be able to:
·
To check the circulation below injury (pulse and
skin temperature) and then inform these data to the
ambulance/helicopter rescue team.
·
Cover the fracture wound by sterile dressing and immobilize
suspicion fracture. There are types of splinting and depend on the type and the
site of fracture. For example splinting of the femur fracture, the
volunteer/community should be able to perform immobilization by using
triangular bandages and wood or hard cartoon if the ambulance service is going
to be on the scene within more an hour (fig. 12 A). Then patient
transfers to the safety area
Fig.
12 A & B Left femur fractured
The
splinting procedure: Hold and traction the foot of injured lower limb according
to longitudinal axis of the lower extremity. Gently pull foot down from hip and
then straighten and hold the limb.
ü Place bandages and then wood cartoon splint or hard-carton splint
between legs and pad heavily especially on bone prominent.
ü Apply bandage:
Ø Figure 8 bandage around feet
Ø Bandage above the fracture site and it’s joint
Ø Bandage below the fracture site and it’s joint
Ø Tie all knots over padding (fig. 12 B)
Ø The patient transfers to the safety
area
·
Other example is forearm fracture. Hold the hand of
injured upper limb, gently traction hand and contra-traction of the elbow joint
ipsilateral of the injured extremity and then straighten and hold it by hard
carton splint (fig. 13)
(fig. 13) Right forearm fractured
After ambulance/helicopter rescue team arrives at
the scene of accident
a.
What does rescue team prepare?
Rescue team should be able to
·
Provide the comfort
splinting material and extrication equipment procedure if patient body jammed
on the collapse of building in disaster or others accident.
·
Prepare sterile
dressing materials (sterile dressing and antiseptic solution)
·
Prepare the knowledge
of the fracture and the condition of uncritical of closed long bone fracture
patient for information to the nearest Puskesmas or trauma hospital Level I or
II/III.
b.
What does rescue team call?
Rescue team should be able to
·
Ask the other volunteer
to participate in first aid and safety of the accident area
·
Connect the nearest
Puskesmas or trauma hospital Level II or III and inform the condition of
patient requirement
·
Contact the family of
patient according to his/her identity address
c.
What does rescue team do?
Rescue team should be able to
·
Recognize the possibility of long bone fracture
based on clinical sign that had been mention above
·
Evaluate the distal pulse of the lesion and the
possibility of internal bleeding of the fracture site and perform IV line.
·
Assess the wound of
fracture for grading of open long bone fractures and then cover again
·
Collect the information
of the accident and physical data in secondary survey for discussion and
communication between rescue team and conscious patient
·
Replace the splinting
of the injured extremity (femur fracture suspected/fig. 14 A) on a comfort immobilization, for example
Thomas splint (fig. 14 B) to achieve transport safety.
(fig. 14 A & B) Thomas traction
splinting
The traction immobilization procedure:
ü Bandage the ankle area and insert the Thomas splint below the lower
extremity fracture and then put the abnormality extremity on it
ü Bandage above the fracture site and it’s joint
ü Bandage below the fracture site and it’s joint
·
Evaluate the circulation
below the fracture site after traction splinting and the tighten of bandage
around the wound for suspected compartment syndrome frequently
·
Perform collar neck
using (fig.
15 A) and then the patient put spine immobilization of
spinal board on for suspected
spine fracture. The patient is transferred on spinal board by scoop
stretcher. If closed long bone fracture (femur fracture) together with pelvic
fracture suspected, the rescue team has to be immobilized by pelvic binder (fig. 15 B) and traction splinting for suspicious of closed femur fracture
Fig. 15 A Collar neck immobilization (left) and pelvic binder patient on spinal
board (right/B)
Kendric board immobilization of spine fracture
for extrication procedure using is a simple splint
·
Perform discussion of
the best management planning based on the condition of closed long bone
fracture patient between rescue team and conscious patient
·
Transport the patient
to the nearest Puskesmas based on GP competency management or trauma hospital Level
II or III for orthopaedic specialist competency care immediately. If the time duration of transportation is
more than 12 hours or a long journey to nearest trauma hospital or an
irreducible delay before transfer; the rescue team has to perform and
indwelling urinary catheter and refer to Puskesmas first for primary care by physician/GP.
II.
CRITICAL PATIENT OF CLOSED/OPEN LONG BONE FRACTURE PATIENT
The volunteer and community first aid
preparation, participation
and performing are the same with uncritical of closed/open long bone fracture
patient at the scene of accident.
After ambulance/helicopter rescue team arrive at
the scene of accident
·
What does rescue team prepare?
Rescue team should be able to
·
Prepare fluid resuscitation
materials
·
Provide the comfort
splinting material, sterile dressing & antiseptic solution and extrication
equipment procedure if patient body jammed on the collapse of building in
disaster or others accident.
·
Prepare the knowledge
of the fracture and the critical of closed/open long bone fracture patient for information
to the nearest Puskesmas/trauma hospital
·
What does rescue team call?
Rescue team should be able to
·
Call/ask the other
volunteer community to participate in first aid
·
Inform the condition of
critical patient requirement to the
nearest Puskesmas or trauma hospital Level II or III
·
Contact the family of
patient based on his/her identity address
c.
What does rescue team do?
Rescue team should be able to
·
Perform IVs line for fluid resuscitation,
oxygenation, and urinary catheter.
·
Cover the wound of open long bone fracture by
sterile dressing with slight compression to stop bleeding
·
Collect the information
of the accident and physical data in secondary survey for information to the
nearest Puskesmas/trauma hospital Level II or III
·
Replace the splinting
of the injured extremity (femur fracture suspected) on
a comfort immobilization, for example Thomas splint to achieve transport safety fig. 14 A &
B.
·
Check circulation below
the fracture site after immobilization or traction splinting frequently
·
Perform collar neck
using and then the patient put spine immobilization of spinal board on (fig. 15 A) for suspected spine fracture. The patient is transferred on spinal board by scoop stretcher. If
closed long bone fracture (femur fracture) together with pelvic fracture
suspected, the rescue team has to be immobilized by pelvic binder and traction
splinting for suspicious of closed femur fracture (fig. 15 B)
Kendric board immobilization of spine
fracture for extrication patient if patient body jammed on the collapse of
building in disaster or others accident, because this equipment is a simple
splint
·
Perform discussion of
the best management planning based on the condition of closed/open long bone
fracture patient between rescue team and conscious patient
·
Transport the patient
to the nearest trauma hospital Level II or III for orthopaedic specialist
competency care immediately or Puskemas for primary care by physician/GP; if the time duration of transportation is
more than 12 hours to nearest trauma hospital.
B.
PUSKESMAS (PHYSICIAN/GP COMPETENCY)
Physician/GP should be able definitive management of
closed long bone fracture based on competency or only primary care of
closed/open long bone fracture and then the patient transport to the nearest trauma
hospital Level II or III for
definitive treatment.
I.
Uncritical
and critical of closed/open long bone fracture
a.
What does physician/GP prepare?
Physician/GP should be able to:
·
Prepare information,
physical examination and investigation (x-rays & laboratory) data in
secondary survey
·
Prepare the knowledge
of the fracture and condition of the uncritical patient for discussion,
communication and sharing to patient family or conscious patient
·
Prepare conservative
management materials (definitive therapy):
a) Plaster of Paris,
b) Padding and
c) Stockinet
d) Simple closed reduction equipment
·
Prepare the knowledge
of closed/open long bone fracture
·
Prepare and ask the
nurse to participate in preparation of open long fracture debridement surgery (temporary
treatment/primary care):
a) Medical: analgetic/local anesthetic drugs, antibiotic &
antitetanus, disposable injection, sterile dressing & antiseptic solution, saline
solution and alcohol.
b) Minor set for wound irrigation and debridement equipment
b.
What does physician/GP call?
Physician/GP should be able to:
·
Call the nurse as
assistant
·
Contact the
radiographer assistant for x-rays examination (if there is a facility) and
laboratory team
·
Inform the family about
the uncritical condition of the closed/open long bone fracture patient and
discussion and communication of the management for getting of informed consent.
·
Call the nurse for the
minor surgery preparation of open long bone fracture
c.
What does physician/GP do?
Physician/GP should be able to:
·
Perform information of
the accident history, physical examination and x-rays investigation to collect
objective data. The physician/GP analyzes all data to achieve accurate
diagnosis and communicate to conscious patient and patient families to get
inform consent. If the fracture is not obvious on radiographs, the physician
should be able to compare with the x-rays of the normal site. When the results
of radiographs are dubious; the physician should be able to consult to
orthopaedic or refer to trauma hospital directly after primary care.
·
Re-assess the possibility
bleeding problem and vascular compression or compartment syndrome complications
of closed/open long bone fracture.
·
Perform definitive management
of closed long bone fracture based on physician/GP competency such as closed reduction
and casting (for example: incomplete or undisplaced fracture, simple fracture
and stable and others). If the fracture is not GP competency or the closed
reduction is unsuccessful, the physician has to refer to the nearest trauma
hospital Level II or III immediately after primary care.
·
Perform temporary
treatment of open long fracture (grade I, II, & III), IVs line, irrigate
the wound of fracture by physiologic solution and debridement as soon as
possible. Irrigation for Grade I is 3 liters, Grade II is 6 liters, and Grade
III is 9 liters of saline solution, debridement/remove all necrotic tissues and foreign bodies,
antibiotic & antitetanus administration, perform urinary catheterization, oxygenation
and splinting; and then the patient refer to the nearest trauma hospital Level
II or III immediately.
·
Evaluate input of
saline solution and urine output (normal in adult: 0.5 – 1 ml/kg/hr; in child:
1 ml/kg/hr).
·
Monitor pulse at the
distal of casting and the complaint of pain. If there is pain out of proportion
and pulse problem; the physician has to loosen the splint or univalved/bivalve
of casting and then refer to the nearest trauma hospital Level II or III
immediately.
·
Refer the open long
bone fracture patient to the nearest trauma hospital (Level II or Level III) immediately
after primary care.
·
Analyze x-rays control
(if there is a facility). If the position of fragment fractures is an
unacceptable, physician has to refer to the nearest trauma hospital Level II or
III (orthopaedic surgeon)
·
Perform simple
rehabilitation after definitive management
·
Perform post
orthopaedic specialist management follow-up based on the specialist instruction
·
Advice the prevention
program to patient and family of patient
II.
Critical of closed/open long bone fracture
There are three conditions of the critical closed/open
long bone fracture patient include: long bone fracture together with
hypovolemic shock caused by bleeding, or compression syndrome, or vascular
injury.
1.
Hypovolemic
shock patient can be caused by:
1)
Blood loss/hemorrhage at the site of closed/open
long bone fracture for example femur fracture or multiple long bone fractures
2)
Multiple trauma (long bone fracture together with
trauma abdomen or others organ)
3)
A delay of rescue team arrives at the scene of
the elderly fracture patient accident; therefore the elderly patient spent a
long time on the floor and also without oral intake.
Prediction of the blood loss/hemorrhage cause by
closed/open long bone fracture can be counted based on table 3
Table 3: Expected
blood loss of fracture in adult
Fracture site
|
Expected blood loss
|
Radius and ulna
|
150 -250 ml
|
Humerus
|
250 ml
|
Tibia and fibula
|
500 ml
|
Femur
|
1000 – 1500 ml
|
Pelvis
|
1500 – 3000 ml
|
(modified from Kilgore, KP /2006; emergency orthopaedic)
Closed/open long bone fracture itself may result in large amounts of blood loss, shock, and even death from
exsanguination. After
patient is a stable; the patient should be transported to the nearest trauma
hospital immediately.
2. The compartment syndrome is
an elevating pressure within a limit anatomic space compromises the local
neurovascular in that space. Severe pain, decreased sensation, increasing pain
to passive stretch of fingers or toes, and a tense extremity are all signs of
compartment syndrome diagnosis. Distal pulses may remain present long after
muscle and nerve ischemia and damage are irreversible. Because of that,
fasciotomy for decompression of the increasing pressure is an indication of
compartment syndrome immediately. The prognosis depends on the time of
fasciotomy; if the time fasciotomy within 6 hours, the outcome are excellent,
delayed up to 12 hours only 68% of patients have a normal limb function. The
orthopaedic surgeon should also be able to distinguish between compartment
syndrome and deep vein thrombosis, cellulitis, peripheral vascular disease,
septic arthritis, and rhabdomyolysis
3.
Vascular compression signs
are Poikilothermic: Cool is in the
extremity; Is it cooler than the unaffected side?, Pallor: Palpation on the
skin is pale. Is capillary refill delayed?
Palpation pulse of vascular injury should be evaluated: Is it absent
or weak. Ankle Brachial Indes (ABIs) should obtain if signs of vascular
compromise exist. The normal ratio ABI is > 0.9. The object examination of
vascular injury ia an angiogram with indication include the following:
1)
Cool, pale foot with poor distal capillary refill test
2)
Long bone fracture of the lower extremity with knee dislocation and especially
in high energy trauma at the area of trifurcation of popliteal artery
3)
ABI is less than 0.9 associated
with a lower extremity trauma
a.
What does physician/GP prepare?
Physician/GP
should be able to:
·
Prepare IVs lines, saline solution and oxygen
·
Prepare instrument surgery for irrigation,
antibiotic & antitetanus, sterile dressing, antiseptic solution for open
fracture and compartment syndrome and splinting equipment for fracture and
neurovascular injury.
·
Prepare the knowledge of hypovolemic caused
hemorrhage, compartment syndrome, and neurovascular injury for communication to
the family of patient and patient (conscious patient)
·
Prepare patient transportation to the nearest
trauma hospital for definitive management after primary care
b.
What does physician call?
Physician/GP
should be able to:
· Invite the
family patient for discussion/communication
· Call the nurse
for minor surgery preparation
· Call ambulance
driver for transportation after primary management
· Call
radiographer for x-rays investigation
1.
HYPOVOLEMIC SHOCK caused by hemorrhage
c.
What does physician/GP do?
Physician
should be able to:
·
Perform assessment airways, breathing,
circulation, disability, and exposure (ABCDE)
·
Evaluate
the immobilization of suspicion fracture. The benefit of
immobilization traction include: arrest internal/external hemorrhage, support
the injure area, immobilize to the joint above and below the suspected fracture.
Physician/GP should be able to predicts blood loss of closed or open long
fracture (table4)
Table 4 Expected blood loss of
fracture in adult
Fracture site
|
Expected blood
loss
|
Radius and
ulna
|
150 -250 ml
|
Humerus
|
250 ml
|
Tibia and
fibula
|
500 ml
|
Femur
|
1000 – 1500 ml
|
Pelvis
|
1500 – 3000 ml
|
(modified from Kilgore, KP /2006;
emergency orthopaedic)
·
Perform discussion and
communication of the best management planning based on the condition of
closed/open long bone fracture patient between physician and family of patient
for getting informed consent
·
Assess and re-asses hypovolemic shock problem. Physician/GP
should be able to perform fluid resuscitation (table 5) and oxygenation.
Table 5: Classification
of bleeding and management
Bleeding
classification
|
Blood
loss
|
Treatment
|
I
|
Less than 15%
|
Fluid resuscitation
|
II
|
15 - 30%
|
Fluid resuscitation
|
III
|
30 – 40%
|
Fluid resuscitation & blood transfusion
|
IV
|
More 40%
|
Fluid resuscitation & blood transfusion
|
· Perform
debridement of open long bone fracture, antibiotic &antitetanus
administration, urinary catheterization, oxygenation and splinting. Debridement
procedure consist:
o
Exploration the wound
o
Removing of foreign bodies, necrotic of soft
tissues and bone
o
Irrigation of wound with sterile normal saline.
Grade I is 3 liters, grade II is 6 liters, and grade III is 9 liters
· Perform
monitoring of urine output and pulse of the distal splinting frequently and
then transport to the nearest trauma hospital immediately
2.
COMPARTMENT SYNDROME
c.
What does physician/GP do?
Physician/GP should be able to:
·
Assess clinical signs such as: pain of fracture is out proportion,
palpable swelling and tension in that compartment, paresthesia, poikilothermia,
pallor, pulseless, and paralysis (6 Ps).
·
Detect initial suspicion compartment syndrome diagnosis based on the
increasing pain caused by specific passive stretch of the compartment muscles
of fracture site against resistance.
·
Perform discussion and
communication of the best management planning based on the condition of closed/open
long bone fracture patient between physician and conscious patient and also
family of patient for getting informed consent
·
Perform Removing of any constriction dressing or split them down to the
skin or univalved/bivalve of casting, and hold limb at the level of the heart
to promote arterial inflow. And then the patient refer to the nearest trauma
hospital immediately or if duration time of transportation to nearest trauma
hospital is more than 12 hours, perform fasciotomy first, leave it open and
cover the wound by sterile dressing, and then transport to the nearest hospital
immediately after primary care.
3.
VASCULAR COMPROMISE
c.
What does physician/GP do?
Physician/GP should be able to:
·
Perform ABIs measurement of lower extremity fracture. Normal ratio is > 90
·
Communicate and discuss the physical and
investigation data to patient and family of patient for getting informed
consent
·
Perform manipulation of the fracture to achieve
the normal alignment by traction-contra traction and then splinting.
·
Monitoring the distal pulse of the lesion and
then refer to the nearest trauma hospital immediately together with vascular
injury problem information
C.
TRAUMA HOSPITAL (Resident,
orthopaedic surgeon and others specialist competency)
All of unstable closed of long bone fractures (oblique,
comminutives and fracture complications) and early complications of closed/open
long bone fracture patients are the orthopaedic and traumatologic competency.
There are three possibilities
of decision making management of closed/open long bone fracture patient in
emergency unit of trauma hospital that includes:
1)
Emergency surgery caused by ABC
problem should be managed at emergency unit for lifesaving and limb
threatening.
2)
Elective surgery to complete
investigation data, implants and instrument requirement and also the management
planning accurately. Because of that patient should be admitted the orthopaedic
ward for optimal management planninh.
3)
Prevention of the second hit phenomena
(damage control orthopaedic /DCO) of the long bone fracture patient should be
admitted to ICU for maximize management planning.
a.
What does resident/specialist prepare?
Resident/Orthopaedic and traumatologic surgeon should
be able to:
·
Prepare instrument and implants of
surgery for early operative intervention such as:
o
Closed/open femur fracture, which
carry high risk of pulmonary complication
o
Active compartment syndrome
o
Vascular disruption
o
Femoral neck in which fracture has
high risk of osteonecrosis
·
Determine management team (consultation
the patient condition to anesthetic and others specialist for comorbidities)
·
Prepare the knowledge of long bone
fracture for communication and discussion to get informed consent
b.
What does resident/specialist call?
Resident/Orthopaedic and traumatologic should be able
to:
·
Call nurse for preparation of
emergency surgery instrument/equipment
·
Call team surgery emergency and ICU
team
·
Call anesthetic and other
specialist for comorbidity management
·
Call radiologist
·
Call the family of the patient for
discussion and sharing
1.
EMERGENCY UNIT
Resident in charge at emergency unit or orthopaedic
traumatologic should be able to perform emergency surgery such as debridement
and OREF of open long bone fracture grade III, fasciotomy of compartment
syndrome, exploration and ORIF & repair of neurovascular injury caused by
closed/open long bone fracture and fate emboli (FE) suspected
c.
What does resident/specialist do?
Resident/Orthopaedic and traumatologic should be able
to:
Provide Stabilization of closed/open long bone
fracture patient. The goals are consists of:
o
Restoration of stable hemodynamic
o
Restoration of adequate oxygenation
and organ perfusion
o
Restoration of adequate kidney
function
o
Manage the bleeding
·
Perform history documentation of
long bone fracture patient in medical record:
o
History & relevant past medical
history and physical data
o
Current drug therapy
o
Pre-morbid functional state
(mobility) and pre-morbid cognitive function
·
Perform evaluation of the condition
of patient in secondary survey (ABCDE):
o
The duration time of splint.
o
Hydration (fluid balance)
o
Pain
o
Body temperature
o
Mental state
o
Previous mobility and previous
functional ability
o
Pressure sore risk
·
Evaluate radiographs or ask the
advance investigations/laboratory (if necessary)
·
Discuss the condition patient data
with the emergency team. Perform discussion, communication, and sharing between
surgeon and family of patient and conscious patient for getting informed
consent. The discussion contents consists:
o
History accident, surgery
indication, and how the long bone fracture will manage
o
How the patient will be mobilized
and whether or not a blood transfusion needed
o
How long the patient stay in
hospital
o
How the patient may feel, infection
problem etc.
o
Discuss about early total care (ETC)
that is a concept of definitive stabilization/fixation of long bone fracture at
the earliest opportunity.
o
Communicate the stabilization of
closed/open long bone fracture goals that consists of:
ü
Restoration of stable hemodynamic
ü
Restoration of adequate oxygenation
and organ perfusion
ü
Restoration of adequate kidney
function
ü
Manage the bleeding
·
Perform OREF and debridement of
open long bone fracture, exploration of the long bone fracture with early
vascular compression/injury and ORIF together with primary repair of vascular
injury or shunting
·
Perform grafting of fragment
fracture gap of closed/open long bone fracture
·
Perform fasciotomy of compartment
syndrome and ORIF of closed long bone fracture or OREF of open long bone
fracture. Closed/open long bone fracture patient unable to undergo ETC may
require damage control surgery as a temporizing and stabilizing measure should
be manage in orthopaedic ward.
2.
Orthopaedic ward
Some of closed long bone fracture or open long bone
fracture grades I & II patients have to manage in orthopaedic ward for
elective surgery. Indication of surgery consists:
1)
Fail of conservative management
2)
Incomplete investigations for
elective surgery
3)
Open fracture grades I & II
after primary care
4)
Complex closed/open long bone
fractures
5)
And others
c.
What does resident/specialist do?
Resident/orthopaedic and traumatologic should be able
to:
·
Collect information in history
taking, physical examination data completely
·
Perform a complete investigations and
advance examination (if necessary)
·
Protect the heel and sacrum from
pressure damage, patient administrates pain killer to allow for
regular/comfortable change patient position
and keep the patient warm
·
Evaluate and monitor the pain: Is
out of proportion that can lead to compartment syndrome, swelling, pale &
cool and pulseless at distal part of the lesion
·
Correct any fluid, electrolyte
abnormalities and oxygenation supplement
·
Discuss the condition patient data
with the internal medicine, anesthetic team
·
Perform communication, discussion
and sharing for getting informed consent
·
Prevent fat emboli syndrome (FES)
complication of long bone fracture especially young and bilateral femur
fractures patient. FES typically manifests 24 to 72 hours after trauma or
orthopaedic intervention in orthopaedic ward care. Classic triad of FES:
hypoxemia (increasing respiration rate, hypoxia), neurologic abnormalities
(confusion, headache, seizures, strokes), and petechial rash at head, neck,
anterior chest, subconjunctiva, and axilla (in late finding, 20-50% of
patients). Clinical diagnosis of FES is made by snow storm pattern (not
sensitive nor specific), ventilator/perfusion scans, focal areas of ground
glass opacification with interlobar septal thickening on CT of the chest, high
intensity T2 signal on MRI of the brain. Clinical of classic Gurd’s criteria is
divided into mayor criteria (Pa O2 < 60 mmHg and FiO2 > 40%, altered
mentation and petechial rash) and minor criteria (temp > 38.5 C, HR >
120/min, PLTs < 150 X 19 /L, retinal fat emboli, oligouria/anuria,
decreasing HCT, and fat macroglobulemia. Principle treatment are: ATLS
protocol, early mobilization and definitive treatment, maintain intravascular
volume, mechanical ventilation.
·
Plan conservative management based
on indication:
ü
Reduction via manipulation
ü
Casting
ü
Traction
·
Plan elective surgery:
ü
Open reduction and internal
fixation (ORIF): interfragmentary compression, splintage and bridging implant
ü
Open reduction and external
fixation (OREF). Indication: open fracture grade III (temporary management),
periarticular fractures (ligamentotaxis), closed fracture with severe soft
tissue injury and fractures or nonunion associated infection
PREOPERATIVE
PREPARATION
·
Determine the operative planning
o
Preoperative assessment
o
Reversal of warfarin anticoagulant
o
Antiplatelet therapy
o
Cardiac and others organ investigation
o
Effect of delay on patient outcome
·
Discuss preoperative traction
o
The routine traction
(skin/skeletal) is not recommended prior surgery for hip fracture
·
Plan to reduce infection by
antibiotic administration
·
Reduce the risk of venous
thrombosis
·
Assess mobility, mental state and
quality of long bone and its joint pathology.
EARLY
POSTOPERATIVE MANAGEMENT
·
Pain killer is the important to
promote mobilization and discuss about the side effects of this medication
·
Oxygen
·
Fluid and electrolyte balance
·
Delirium: asses oxygen saturation,
blood pressure, fluid and electrolyte balance, pain, medication, bowel and
bladder function, nutritional intake, early mobilization, and detection and treatment of intercurrent
illness will prevent some episode and minimize the severity of others
·
Early mobilization
·
Constipation: increase mobility,
increase fluid intake, increase fibre in diet, and laxative
·
Urinary catherterization if
necessary. Antibiotic administration
·
Rehabilitation
o
Early assessment of preliminary
rehabilitation, pre-morbid function, mental state, mobility function
o
Early mobilization is a challenge
and will be uncomfortable but early mobilization is an important strategy
management of the long bone fracture
·
Inform discharge management will be
performed by multidisciplinary (community and hospital nurse, hospital doctor
and GP, physiotherapist, occupational therapist, social worker and family of the
patient). Advice the patient of possible discharge dates and further
rehabilitation setting. Provide patient with written information on medication,
mobility and useful sources of information
·
Inform prevention of accident
strategies/fall prevention for reduction of the long bone fracture rate
3.
ICU
Closed/open long bone fracture is the most common
caused by high energy trauma that can lead to other region injury (head or
chest or abdominal, urinary tract) frequently. Because of that, patient has to
transport to trauma hospital immediately. The high energy patient’s chance of
survival diminishes rapidly after 1 hour, with a threefold increase mortality
rate for every 30 minutes without care/first aid. Therefore, trauma team is
essential to manage the multiple trauma patient with the captain is a trauma
general surgeon.
c.
What does resident/specialist do?
Resident/orthopaedic and traumatologic should be able
to:
·
Perform communication, discussion
and sharing about the condition of patient for getting informed consent
·
Discuss the condition patient data
with the emergency team
·
Manage airway, breathing, and
circulation problem as soon as possible. Critical patient has to manage at ICU
first and if patient is a stable, the orthopaedic and traumatologic can plan
the surgery. But some of critical patients need surgery for stops bleeding first
then ICU care for management airways and breathing problem and fluid
resuscitation. Management shock hemorrhage includes exploration of vascular
damage to stop bleeding, fixation of fracture (ORIF/OREF), traction or
splinting.
·
Perform the delay in surgery for damage
control orthopaedic (DCO) that can lead to prevent second hit phenomena.
SUMMARY: Accident health care in Indonesia
Pre-hospital
management of fracture
Greenstick Fracture are not very serious. In fact, the bones of kids heal faster than the bones of adults. However, you should always take care of your child to prevent this condition from happening again.
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