There is a dearth of information on the long-term donor site morbility of free fibular flaps.
The recipient site can influence outcomes in the majority of research on donor site morbidity
of free fibular grafting, but in this study, The invistigators will assess donor site
morbidity and contrast the donor Leg with the contralateral Healthy one.
Surgical method for free fibular flapTo reduce ankle instability, the fibula was removed
through lateral approach while the distal 5-7 cm of the bone was preserved. To seal the wound
at the donor location, a full thickness or split thickness skin graft may be required. a
suction drain that is implanted prior to healing. The donor leg was tightly covered with a
bandage below the knee once the wound was closed. Using a skin graft to seal the wound.A gel
foam pressure pack will be placed on top of an occlusive dressing if a skin transplant was
utilized to seal the wound..
postoperative patients management: There was no difference in the postoperative care given to
patients who had skin grafts at the donor location versus those who did not.
The entries in the patients' charts were used to evaluate postoperative wound healing at the
donor site. It was determined whether wound healing was simple or involved. Dehiscence of
wounds, necrosis of soft tissues,Patients will be questioned about when they first started
using crutches and when they stopped using them after surgery, as well as when their
ambulation returned to normal.
They were questioned about their subjective current symptoms of discomfort, pain, and edema,
as well as about temperature differences, sensory abnormalities, motor function (i.e., range
of motion), their ability to walk, run, ride a bike, and climb stairs, limitations on daily
activities, and their satisfaction with the donor leg's scar's appearance.
During the physical examination in researchs, the donor leg was compared to the unoperated
leg for the following parameters: strength and stability (ability to stand and walk on tiptoe
and heels with both legs, with the unoperated and the operated leg); and sensory evaluation
in specific areas of the calf. The latter included standardized examinations of pressure and
touch perception (with a standardized pressure probe and cotton swab, respectively),the big
toe was most frequently involved with weakness, both in flexion and extension. The muscle
stripping of EHL and FHL during the harvest of the fibula is probably responsible for the
weakness.
In this study,the invistigators will assess the outcomes and conduct data analysis to assess
donor site morbidity and the benefits of surgery after free vascularized fibular transfer.