6. Physical examination
Vital signs: BT 37.1c, PR 94/min, RR 20/min, BP 120/70
mmHg
General appearance: A Thai boy, awake, crying
HEENT: not pale conjunctivae, no icteric sclerae
Heart: normal S1S2, no murmur
Lungs: equal chest expansion, equal breath sound both
lungs, no adventitious sound
Abdomen: no distension, normoactive bowel sound, soft, not
tender
7. Physical examination
Extremities: right arm deformity, marked
swelling right elbow, ecchymosis at right
elbow, limit ROM due to pain, capillary refill
<2 sec, radial pulse 2+
Neuro: WNL
15. Supracondylar fracture of
humerus
Second most common in child
ages 3-8 years old
Mechanism: fall on outstretched hand in
elbow hyperextension (95%)
posterior displacement
21. Findings
posterior fat pad sign
lucency on a lateral view along the posterior distal humerus and
olecranon fossa is highly suggestive of occult fracture around
the elbow
22. Measurement
displacement of the anterior humeral line
-anterior humeral line should intersect the
middle third of the capitellum in children > 5
years old, and touches the capitellum in
children in children <5.
-capitellum moves posteriorly to this reference
line in extension type fractures and anteriorly in
flexion type fractures
23.
24. Measurement
alteration of Baumann angle
-Baumann's angle is created by drawing a line
parallel to the longitudinal axis of the humeral shaft
and a line along the lateral condylar physis as
viewed on the AP image
-normal is 70-75°
-deviation of >5-10° indicates coronal plane
deformity and should not be accepted
27. Gartland’s classification
Type I : the anterior cortex is broken. The posterior cortex
remain intact, and there is no or minimal angulation of distal
fragment
28. Gartland’s classification
Type II : the anterior cortex is fractured and the posterior
cortex remain intact. However, plastic deformation of the
posterior cortex, or “green sticking” allows angulation of the
distal fragment.
30. Treatment
Type I : long arm casting
Type II : closed reduction +/- percutaneous
pinning
Type III : closed reduction and percutaneous
pinning
Open reduction in irreducible, open fracture