A heel supporting and protective boot for bed-ridden patients who may otherwise develop pressure sores on their heel. The body of the boot is comprised of a fiber and angled foam combination heretofore not used. The boot additionally has sewn tube holes on both sides allowing for use of medical tubing such as with a sequential compression pump. The inner portion material of the boot is a soft liner fabric which is antibacterial and absorbs moisture. The outer portion material of the boot is a fabric with fluid resistance. Further, the boot has a soft fiber-filled flap covering the shin portion of the leg to prevent pressure on the dorsal side of the lower leg. The boot additionally has a foot-position strap sewn and placed to the bottom of the boot running along both sides of the boot and attaching at the top of both sides of the upper boot to assist with the prevention of foot drop. Said invention further uses an opening at the heel which allows the heel to remain exposed to air as a result of proper elevation and cushioning created by the unique combination of fiber and angled foam in the body of said device. The elements incorporated address important factors in preventing or allowing healing of heel sores, or enhancing the curing of existing ulcers while minimizing chances of foot drop and minimizing chances of new pressure points. The fiber/foam combination, dual fabric content, shin flap, tubing holes, foot position strap and open heel design all work together to ensure proper healing and prevention of decubitis ulcers.

 
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< NECK CAST WITH MULTI-POSITION ADJUSTABILITY OF HEIGHT AND DIAMETER AND INCLUDING DOWNWARDLY CONFIGURED SHOULDER SUPPORTS FOR IMMOBILIZING A PATIENT'S HEAD

> TOE PROTECTING DEVICE

> LIMITED-ACCESS, REDUCED-PRESSURE SYSTEMS AND METHODS

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