Penulis Utama : Septriarta P
NIM / NIP : S562002005
× <p class="MsoNormal" xss=removed><b><span xss=removed>Background: </span></b><span xss=removed>Periosteal stripping (PS) is a controversial technique in fracture<span xss=removed> </span></span><span xss=removed>management, with studies reporting both positive and negative effects on<span xss=removed> </span>bone healing. This study aims to evaluate the effectiveness of PS and non-<span xss=removed> </span>periosteal stripping (NPS) on fracture healing in the Sprague Dawley rat<span xss=removed> </span>model.<span xss=removed> </span><b>Methods:<span xss=removed> </span></b>This<span xss=removed> </span>study<span xss=removed> </span>is<span xss=removed> </span>an<span xss=removed> </span>in<span xss=removed> </span>vivo<span xss=removed> </span>experimental<span xss=removed> </span>research.<span xss=removed> </span>Male<span xss=removed> </span>Sprague Dawley rats (8-10 weeks old) were divided into four groups (n=10<span xss=removed> </span>per<span xss=removed> </span>group): Group I: NPS, evaluation day 14; Group  II: PS, evaluation day<span xss=removed> </span>14;<span xss=removed> </span>Group<span xss=removed> </span>III:<span xss=removed> </span>NPS,<span xss=removed> </span>evaluation<span xss=removed> </span>day<span xss=removed> </span>28<span xss=removed> </span>and<span xss=removed> </span>Group<span xss=removed> </span>IV:<span xss=removed> </span>PS,<span xss=removed> </span>evaluation<span xss=removed> </span>day<span xss=removed> </span>28.<span xss=removed> </span>A standard fracture was created in the tibia, and PS or NPS was performed.<span xss=removed> </span>Radiographic evaluation was performed on days 14 and 28, with the RUST<span xss=removed> </span>score (Radiographic Union Score for Tibia) used to assess fracture healing.<span xss=removed> </span>Statistical analysis was performed using the Kruskal-Wallis test. <b>Results:<span xss=removed> </span></b>The RUST score showed better fracture healing in the NPS group compared<span xss=removed> </span>to PS on day 28 (p<0 xss=removed> </span>(p>0.05).<span xss=removed> </span><b>Conclusion:<span xss=removed> </span></b>NPS<span xss=removed> </span>was<span xss=removed> </span>more<span xss=removed> </span>effective<span xss=removed> </span>in<span xss=removed> </span>accelerating<span xss=removed> </span>fracture<span xss=removed> </span>healing in Sprague Dawley rats than PS, especially in the later stages of<span xss=removed> </span>healing. These findings provide further evidence of the potential adverse<span xss=removed> </span>effects of PS and highlight the importance of considering time in assessing<span xss=removed> </span>its<span xss=removed> </span>efficacy.</span><span xss=removed><o></o></span></p>