Padding and strapping Flashcards
Objectives/functions of padding
Redistribution, compensation, rest, stabilisation and containment
Redistribution
Padding is used to reduce pressure by decreasing the applied force to an area and distributing the force over a larger surface area. E.g. Semi-compressed felt
Compensation
Reduce the shock/velocity of the impact of force that’s causing an area to receive excessive stress. E.g. foams
Rest
Help to reduce friction between the foot and shoe. Thin materials (e.g. Fleecy Web or Moleskin)
Stabilisation
Padding is used to provide temporary realignment or turned in (osseous) structures (realignment is needed when weightbearing force is applied to a non-weightbearing area). E.g. Plantar Metatarsophalangeal Pad (PMP)
Containment
Padding used to contain medicaments (like caustics and keratolytics) to a confined area
What are the anatomical landmarks for padding?
- Metatarsal heads
- Styloid process of the 5h metatarsal
- Navicular tuberosity
- Anterior border of the heel
What is the purpose of ‘bevelling’ or ‘skiving’?
To provide a smooth transition of the pad to the foot – w/o a bevelled edge, irritation can occur as there will be increased pressure near the sharp right-angled edge of the pad
What are the 3 common techniques for adhering a pad to your patient’s foot?
Goal post taping, triangular taping and ‘complete cover; taping
When do we use plantar metatarsal padding?
When there is pain and reduced foot/lower extremity function secondary to:
- Superficial lesions (e.g. HD, HK, VP)
- Musculoskeletal pathologies
- Soft tissue atrophy
Most common types of plantar metatarsal padding
Plantar cover // Plantar metatarsophalangeal pad // metatarsal bar // metatarsal dome
How often should the patient replace felt padding?
2-3 days
When should you review a patient with padding?
5-7 days
When do we use digital padding?
Same for plantar metatarsal padding, but also includes ingrown toenails
Most common types of plantar digital padding
Toe prop (alleviates dorsal/plantar forces)
Toe sleeve (cushions toes and reduces surface friction b/w 2)
Toe separators/wedges (separate toes and alleviate forces on joint surfaces)