4. Primary survey
A : can speak ,can active movement of neck, not tender along c-spine
B : trachea in midline, normal chest movement , normal breath sound equal both lungs
, CCT negative
C : BP 106/55 mmHg PR 106 bpm , no external bleeding
D : E4V5M6 , pupil 3 mm RTLBE
E : right elbow marked swelling with deformities, no external bleeding, no wound ,limit
ROM due to pain, brachial and radial pulse 2+ cap
5. Secondary survey
A : no food/drug allergy
M : no current medication
P : underlying disease G6PD deficiency , no surgical history
L : last meal 8 hr
E : ตกจากศาลาสูงประมาณครึ่งเมตร
6. Physical examination
V/S : BT 36.6 C , BP 106/55 mmHg , PR 102 bpm ,RR 16 /min
GA : A Thai girl , good conscious , well cooperative
HEENT : not pale conjunctiva , anicteric sclera
Heart : normal s1 s2 no murmur
Lung : normal breath sound equal both lungs
Abdomen : not distend , soft not tender
Neuro : grossly intact
7. Physical examination
Extremity :
right elbow marked swelling limit ROM pain
deformity right arm
brachial and radial pulse2+
sensory intact
capillary refil < 2 sec
median,radial,ulnar nerve intact
12. Supracondylar Fracture
Most common fracture around elbow, usually found in age 5-10 year-old
Incidence
- extension type most common (95-98%) the distal part of fracture displace posteriorly
- flexion type less common (<5%) %) the distal part of fracture displace anteriorly
•mechanism of injury : fall on outstretched hand
14. Clinical presentation
painful swollen elbow that the patient is hesitant to move
Elbow angulated and the upper extremity shortened
Some series report that open wounds are present in as many as 30% of these
fractures. Patient history includes a high-energy trauma or significant fall. Evaluate
adjacent joints for associated injuries.
15. Physical examination
gross deformity , swelling , bruising , limited active elbow motion
neurovascular exam - AIN ,median nerve, radial nerve
vascular insufficiency : cold, pale, and pulseless , treat with
immediate reduction and pinning in OR, Attempted closed
reduction in ER first
Median nerve, ulnar nerve, brachial artery are at risk
16. Radiographs
AP and lateral x-ray of the elbow
findings
- posterior fat pad sign : lucency along the posterior
distal humerus and olecranon
- displacement of the anterior humeral line
17. Treatment
Gartland type I :Posterior long arm slab 70-80 degree for 2-3 weeks
Gartland type II : closed reduction and posterior long arm slab at least 90 degree
flexion for 3-4 weeks
Gartland type III : closed reduction under general anesthesia and fix with K wire
(Percutaneous pinning) and posterior long arm slab for 4 weeks
18. Complication
Compartment syndrome espicailly in grade III and after reduction with flexion
Cubitus varus : caused by fracture varus malunion pattern with little functional limitations
Nerve palsy from injury
Vascular Injury
Postoperative stiffness