1. Dr (Major) Parthasarathy S
PG Resident,MS Orthopaedics
Stanley Medical College,Chennai
Ref : Campbell’s operative orthopaedics 13th
edn
2. Circulation within a closed compartment is
compromised
by an increase in pressure within compartment
causing necrosis of muscles,nerves
eventually the skin because of excessive swelling
In upper limb common in forearm
Hand intrinsic muscles may be involved
Arm rare
3. Volkmann ishaemic contracture
sequele of untreated/inadequetly treated
compartment syndrome
necrotic muscle and nerve have been replaced
with fibrous tissue
4. 1881 –Volkmann
paralytic contractures post trauma due to arterial
insufficiency/ishaemia of muscle
He stated that tight bandage is the cause
1909-Thomas
Extrinsic force is not the sole cause
1914-Murphy
Hge and effusion increases internal pressure within
unyielding deep fascial compartments with subsequent
obstruction of venous return
1928-Jones
May due to pressure from within/outside/both
Eichler/Lipscomb
fasciotomy techniques
5. Forearm-4 compartments
Superficial volar
Deep volar
Dorsal
Dorsal mobile wad of Henry
Volar commonly involved
13. o In ischaemia
Muscle
Functional impairement 2-4 hrs
Irreversible loss 4-12 hrs
Nerve
Functional impairement 30mins
Irreversible loss 12-24 hrs
14. High index of suspicion
Increasing pain that is out of proportion to
injury
Passive stretching of involved muscle
Tender tense swelling
Finger tip sensation dimished
2 point discrimination,vibration sense
reduced
Distal pulse absence late sign
Bulla/ulcerative skin lesion
15.
16. Compartment pressure
>30mmHg/within 20mmHg of diastolic pressure
All compartents measured
Methods
Hand held pressure monitoring system
Arterial line monitoring system
Connected to straight needle/side port needle/slit
catheter
Arterial line manometer with a slit catheter most
accurate(Boody et al)
20. Normotensive with positive clinical findings
with >30mmHg and duration of increased
pressure is unknown/thought to be longer
than 8 hrs
Uncoperative/unconscious patient with
>30mmHg
Hypotensive with >20mmHg
As a rule when in doubt fasciotomy should be
done
21. Delay in diagnosis –most imp factor in
predicting outcome
68% of patients had normal function when
fasciotomy done within 12hrs
22.
23.
24.
25.
26.
27.
28. More common in lower limb
Commonly in forearm involves 1st
dorsal
interosseous & volar forearm
Motorcyclists,kayakes,rowers,adolescent
after puberty
Mini open fasciotomy
Quicker recovery
cosmesis
29.
30.
31.
32. Untreated/inadequately treated –pressure
increases
FDP mid 1/3RD
forearm earliest changes seen
Second comon FPL>Pronator teres
33.
34. Elbow flexion
Forearm pronation
Wrist flexion
Thumb adduction
Mcp jt extension
Finger flexion
35.
36. Mild/Localised Volkmann contracture
Partial ischemia of FDP
Flexion contracture only 2/3 fingers
Sensory mild/absent
No intrinsic muscle/joint contracture
Moderate
Long finger flexors,FPL,wrist flexors
Median & ulnar nerve sensory change
Intrinsic minus deformity
Severe
Flexors & extensors
Sensory impairement
37. Mild
Dynamic splinting
Functional training
Active exercise
After 3 months tendon release/lengthening
When multiple tendon units involved –muscle sliding
operation/wrist resection/pronator teres excision
38. Moderate
Muscle sliding operation
Neurolysis of median/ulnar nerve
Excision of any fibrotic muscle mass
When no useful movement of finger flexors retained –
volar transfer of dorsal wrist extensor
BR to FPL
ECRL to FDP
Complete release of flexors
39. Severe
2 stage procedure
First-excision of necrotic muscles,neurolysis
Second-tendon transfer(BR to FPL,ECRL to FDP)
free gracilis/medial gastrocnemius
myocutaneous flap
Appropriate time-after 3 months and before 1 year
f ischaemic event
40. Positive intrinsic tightness test-when MCP jt
is held extended flexion at PIP jt is not
possible
Severe-muscle viable but
contracted
More severe-necrosed/fibrosed
42. Severe- viable contracted muscle
Muscle released from MC shafts by muscle sliding
operation
Most severe-necrosed/fibrosed muscle
Tendon release
Capsulotomy
Tendon transfer