محمد على نصر ابراهيم ادم
مدرس مساعد
Efect of platelet-rich fbrin on wound healing, adhesions, and hemostasis after inferior turbinoplasty surgery
• 2025
معلومات البحث
المؤلفون
Abdelhakim Fouad Ghallab1
, Mohamed Fahmy Shendy1
, Samer Badie Kamel1
, Mohamed Ali Adam1* and
Mohamed Goda Elnems1
الكلمات المفتاحية
Not Available
المجلة العلمية
Not Available
الناشر
Not Available
المجلد
Not Available
العدد
Not Available
الصفحات
Not Available
publication.type
Local
رابط البحث
Not Available
المواد المرفقة
Not Available
الملخص
Background Inferior turbinate enlargement is a prevalent cause of chronic nasal obstruction, often requiring surgical intervention when medical treatment fails. Platelet-rich fbrin (PRF) has been reported to mitigate post-operative
complications following nasal surgeries. This work aims to evaluate the efcacy of PRF on hemostasis, adhesions, crust
formation, and mucosal healing post-turbinoplasty.
Results Demographic characters showed no statistical diferences in age (p=0.62) or gender (p=0.342),
but the mean operative time was signifcantly shorter in the non-PRF group (22.80±2.02) compared to the PRF
group (p>0.001). Early hemostasis and prevention of crustation were signifcantly better in the PRF group (p=0.03
and p=0.024, respectively). No signifcant diference was observed regarding adhesions between the groups (p=1).
Conclusion The PRF membrane is an afordable and easy method that acts as a protective layer, reducing crusting, ensuring hemostasis, promoting healing by shortening the period of recovery post inferior turbinoplasty
and so improving the quality of life of the patients.
complications following nasal surgeries. This work aims to evaluate the efcacy of PRF on hemostasis, adhesions, crust
formation, and mucosal healing post-turbinoplasty.
Results Demographic characters showed no statistical diferences in age (p=0.62) or gender (p=0.342),
but the mean operative time was signifcantly shorter in the non-PRF group (22.80±2.02) compared to the PRF
group (p>0.001). Early hemostasis and prevention of crustation were signifcantly better in the PRF group (p=0.03
and p=0.024, respectively). No signifcant diference was observed regarding adhesions between the groups (p=1).
Conclusion The PRF membrane is an afordable and easy method that acts as a protective layer, reducing crusting, ensuring hemostasis, promoting healing by shortening the period of recovery post inferior turbinoplasty
and so improving the quality of life of the patients.
