diabetic-foot-care!
Wound Care
Instructed in proper disposal of soiled dressing materials in biohazardous waste container provided.
Instructed in S/S of complications which require need for medical intervention, including redness, increase or change in drainage, heat at the wound site, fever, bleedind or increased pain.
Instructed to keep dressing clean and dry to prevent growth of bacteria.
Patient was instructed on traumatic wounds. Open wounds may be left heal
Patient was instructed on traumatic wounds. Abrasions are superficial epithelial wounds cause by frictional scarping forces. When extensive, they may be associated with fluid loss. Such wounds should be cleansed to minimize the risk of infection, and superficial foreign bodies should be removed to avoid unsightly
Patient was instructed on another leading type of chronic wounds is pressure ulcers. That occurs when pressure on the tissue is grater than the pressure in capillaries, and thus restricts blood flow into the area. Muscle tissues, which needs more oxygen and nutrients than skin does, show the worst effects from prolonged pressure. As in other chronic ulcers, reperfusion injury damage tissue.
Instructed patient to report to nurse or MD at the first sign or symptom of pressure ulcer formation, for example: redness that remains half an hour after pressure has been removed from area.
Patient was instructed on the risk and factors that contribute to the development of pressure ulcers, such as malnutrition, dehydration, impaired mobility, chronic conditions, impaired sensation, infection, advance age and pressure ulcer present.
Patient was instructed on how to manage pressure that is necessary to avoid future complications. Provide appropriate support surface, repositioning every two hours in bed, off-load heel using pillows or positioning boot, use pillow between legs for side lying.
Patient was instructed on what to avoid in presence of ulcers. Friction and shear need to be reduced. Friction is the mechanical force exerted when skin is dragged against a coarse surface while shear is the mechanical force caused by the interplay of gravity and friction.