Stroke-related hemiplegia is one of the most common reasons for long-term cane use in adults. When one hemisphere of the brain is damaged by ischaemic stroke or haemorrhage, the contralateral side of the body is affected: the right hemisphere controls the left limbs, and vice versa. The walking aid prescription in post-stroke hemiplegia follows specific rules that differ from conditions affecting both sides equally.
Post-Stroke Hemiplegia Gait Patterns
The typical post-stroke gait pattern on the affected side includes:
- Spastic extensor tone: The affected leg tends toward knee extension and plantarflexion (toe pointing down) -- a pattern called spastic hemiplegia gait or circumduction gait
- Circumduction: Because knee flexion is impaired, the affected leg swings forward in a semicircular arc (circumduction) rather than clearing the ground by bending the knee
- Equinovarus foot: The foot turns inward (varus) and the toe drags, increasing fall risk
- Reduced arm swing on the affected side: The spastic arm is held in a flexed position at the elbow, wrist, and fingers, and does not contribute to the normal counter-rotation that walking requires
Which Hand Holds the Cane in Post-Stroke Hemiplegia?
The cane is held in the unaffected (non-hemiplegic) hand -- the only hand with sufficient grip strength and motor control to use a cane safely. This means:
- For a right hemisphere stroke (left hemiplegia): cane in the right hand
- For a left hemisphere stroke (right hemiplegia): cane in the left hand
The cane is held on the unaffected side and contacts the ground during the stance phase of the affected leg -- this is ipsilateral to the affected leg. The cane acts as a stability reference during the most unstable phase of the gait cycle on the affected side.
Common Errors in Post-Stroke Cane Use
- Holding the cane in the affected hand (insufficient grip)
- Using the cane to bear weight on the unaffected side only, neglecting to let the affected leg carry any weight (this reinforces non-use of the affected side)
- Cane height set incorrectly -- often too low, causing lateral lean
Post-Stroke Cane Gait Pattern and Configuration
| Post-Stroke Feature | Gait Impact | Cane Role |
|---|---|---|
| Spastic leg (extensor tone) | Circumduction; equinovarus foot drag | Cane in unaffected hand provides stability during affected leg stance |
| Affected arm (spastic flexion) | Cannot hold cane; reduced counter-rotation | Cane must be used in unaffected hand only |
| Sensory loss on affected side | Impaired proprioception; risk of undetected joint position errors | Cane provides ground reference; tactile feedback supplements impaired sensing |
| Pusher syndrome | Lateral pushing toward affected side; high fall risk | Cane insufficient alone; specialist stroke rehabilitation required |
Related: Walking Cane for Stroke. Explore DaiWalk walking canes.
