Assistive Devices and Technology in Corticobasal Syndrome

<table class=“infobox infobox-therapeutic”> <tr> <th class=“infobox-header” colspan=“2”>Assistive Devices and Technology in Corticobasal Syndrome</th> </tr> <tr> <td class=“label”>Name</td> <td><strong>Assistive Devices and Technology in Corticobasal Syndrome</strong></td> </tr> <tr> <td class=“label”>Type</td> <td>Therapeutic</td> </tr> </table>

Assistive devices and adaptive technology play a critical role in maintaining independence and safety in corticobasal syndrome (CBS). As the disease progresses and functional abilities decline, appropriate selection and training with assistive devices can significantly extend the period of independent functioning and reduce caregiver burden. This page covers the range of assistive technologies available for individuals with CBS, organized by functional domain.

Overview

Unlike Parkinson’s disease, where dopaminergic medications can maintain function for years, CBS shows minimal medication response, making assistive devices essential earlier in the disease course. The asymmetric presentation, cortical signs (apraxia, alien limb), and cognitive involvement create unique requirements for assistive technology selection[@niccolini2022].

Key considerations for CBS:

Asymmetric function: Devices may be needed primarily for one side
Apraxia: Requires simple, intuitive device designs
Cognitive involvement: May limit ability to learn new technologies
Rapid progression: Frequent reassessment needed
Cortical sensory loss: Affects device use requiring tactile feedback

Mobility Devices

Canes and Walkers

Standard Canes

Indicated for early disease with mild imbalance
Standard quad cane provides wider base of support
Specialty handles for reduced grip strength
Height adjustment for proper elbow flexion

Walkers

Standard walker for moderate instability
Two-wheeled (rolling) walker for shuffling gait
Four-wheeled (rollator) for efficient ambulation
Basket attachment for carrying items

Selection Considerations for CBS

Asymmetric weakness favors unilateral support devices
Cognitive impairment may limit walker use
Apraxia may prevent proper walker navigation
Environmental factors (stairs, narrow spaces)[@kelley2018mobility]

Wheelchairs

Manual Wheelchairs

Appropriate when patient can self-propel
Lightweight models preferred for caregiver transport
Elevating legrests for edema management
Reclining back for rest periods

Power Wheelchairs

Indicated when upper limb function insufficient
Joystick control (standard)
Chin control for limited upper limb function
Sip-and-puff for severe impairment
Tilt-in-space for positioning

Scooters

Three-wheeled for indoor maneuverability
Four-wheeled for outdoor stability
Dismantling for vehicle transport
Limited utility in CBS (upper limb weakness)

Home Mobility Aids

Stairlifts

Curved or straight rail configurations
Seat or platform options
Weight capacity considerations
Safety sensors required

Bathroom Mobility

Shower chairs and benches
Transfer benches for tub entry
Raised toilet seats with arms
Grab bars (multiple locations)

Bed Mobility

Bed rails for repositioning
Bed trapeze for position changes
Adjustable beds for head elevation
Bedside commodes

Adaptive Equipment

Self-Care Devices

Eating and Drinking

Built-up utensil handles
Rocker knives for one-handed cutting
Plate guards and non-slip mats
Adaptive cups with straws
Lightweight dishes

Dressing Aids

Button hooks and zipper pulls
Dressing sticks
Sock aids
Elastic shoelaces
Velcro closures

Grooming

Electric toothbrushes
Electric razors
Long-handled combs and brushes
Suction cup mirrors

Bathroom Devices

Long-handled sponges
Foot stools for shower
Non-slip bath mats
Handheld showerheads

Communication Aids

Low-Tech

Communication boards with pictures/words
Alphabet boards for spelling
Yes/no indicator cards
Emergency signal devices

High-Tech

Speech-generating devices (SGDs)
Eye-tracking AAC devices
Switch-based communication
Tablet-based apps
Brain-computer interfaces (experimental)[@barkley2022communication]

Environmental Control

Smart Home Technology

Voice-controlled lights and thermostat
Smart locks with voice/keypad
Automated blinds
Robot vacuums
Smart appliances

Bedside Controls

Adjustable bed controls
Call bell systems
Light controls
TV/audio controls

Technology for Cognitive Support

Memory Aids

External Memory aids

Whiteboard/dry-erase boards
Calendar systems
Pill organizers with alarms
Appointment books
Label makers

Electronic Reminders

Smartphone reminders
Pill dispenser alarms
Calendar apps with notifications
Location-based reminders
Caregiver notification systems

Safety Technology

Monitoring Systems

Motion sensors for fall detection
Bed exit alarms
Door sensors for wandering
GPS trackers for outdoor safety
Camera systems for remote monitoring

Emergency Systems

Personal emergency response (PERS)
Cell phone with emergency contacts
Smart watch fall detection
Home phone with one-touch dialing

Upper Limb Assistive Devices

Apraxia Accommodations

Simplified Tools

One-handed tools
Mounted tools (hands-free operation)
Spring-loaded mechanisms
Voice-activated tools

Environmental Adaptation

Contrasting colors for visibility
Magnetic catches vs. latches
Velcro vs. buttons
Pull-open containers

Alien Limb Management

Physical Containment

Arm rests and lap trays
Strap options (when appropriate)
Positioning for comfort
Safety measures for hot items

Behavioral Strategies

Visual self-monitoring
Occupational therapy evaluation
Environmental control
Safety education

Communication Technology

Speech Enhancement

Amplification

Personal amplifiers
TV/phone amplification
Microphone systems for group settings

Voice Therapy

LSVT LOUD® certified providers
Home practice programs
Biofeedback devices

Alternative Communication

Dedicated AAC Devices

Eye-tracking systems (for limited motor function)
Switch-based systems
Large button interfaces
Symbol-based communication

Tablet-Based Apps

Touch-based communication
Picture-based communication
Text-to-speech
Customizable layouts

Display Options

Large screens for visibility
Mounting systems
Wheelchair mounting
Bedside stands

Training and Implementation

Assessment Process

Qualified Professionals

Physical therapy: mobility devices
Occupational therapy: ADL devices
Speech-language pathology: communication
Assistive technology specialists

Assessment Components

Functional abilities
Home environment
Caregiver support
Cognitive status
Financial considerations
Patient/caregiver preferences

Training Considerations

Device Training

Early training before need is urgent
Consistent routine development
Caregiver training essential
Regular reassessment

CBS-Specific Considerations

Simplified interfaces for apraxia
Unilateral training for asymmetry
Short sessions for fatigue
Errorless learning approaches

Funding and Resources

Insurance Coverage

Medicare

Part B: DME coverage (80%)
Requires prescription
In-network providers
Prior authorization often needed

Private Insurance

Varies by plan
Pre-authorization typical
Documentation required
Out-of-pocket maximums

Veterans Benefits

VA equipment program
eligibility requirements
No-cost equipment in many cases

Non-Profit Resources**

ALS Association equipment loans
Parkinson’s Foundation equipment
Local Area Agency on Aging
Disease-specific foundations
State assistive technology programs

Recycling Programs

Reable (rebuildability.org)
local AT reuse programs
Goodwill and charitable organizations
Disease-specific support groups

Evidence Summary

Assistive technology in CBS serves multiple functions:

Extend independence - Enable continued ADL participation
Reduce caregiver burden - Decrease hands-on care needs
Enhance safety - Prevent falls and injuries
Support communication - Maintain social connection
Enable engagement - Support activities and interests

The CBS-specific considerations (asymmetry, apraxia, cognitive involvement) require specialized assessment and device selection. Early intervention and regular reassessment optimize outcomes.