No abstract available.
Granuloma* ; Platelet-Rich Plasma*

No abstract available.
Platelet-Rich Plasma*

No abstract available.
Melanosis* ; Platelet-Rich Plasma*

No abstract available.
Cicatrix* ; Phototherapy* ; Platelet-Rich Plasma*

As meniscal preservation particularly in younger active individuals with a symptomatic meniscal tear remains the preferred treatment option, various methods have been suggested to increase healing and success rates after meniscal repair. The recent increase in clinical use of platelet rich plasma has contributed to the increased use of fibrin clot, which virtually has the same healing property. However, despite the relative ease of acquisition and preparation of fibrin clots, delivering it to the desired target area arthroscopically is challenging. Therefore, we report with a pertinent literature review a novel method of planting a fibrin clot to the desired area of meniscal tear arthroscopically using our delivery system to enhance healing.
Fibrin ; Plants ; Platelet-Rich Plasma

Background: The role of platelet-rich plasma (PRP) has been widely studied, but only recently did trials emerge that probed into its potential role in ankle sprains. With the limited available literature, most of the trials results showed that it might have a role in faster healing and pain reduction. Objectives: The purpose of this review is to summarize available studies on ankle sprains in order to identify if there is good initial evidence of its role on return to play (RTP) among active individuals as well as pain reduction. It is also to identify if results were consistent among studies. Methodology: A systematic search of available literature in online databases was done to compare results about outcome measures on pain score and RTP. Included studies are those with a population of 18 years and above treated with PRP with or without post-procedural immobilization. Outcome scorings that assessed pain as a parameter was also included. Results: Three randomized controlled trials and two prospective studies were identified. Results showed an average of 8 weeks to RTP (p-value - 0.006) with decreased pain in ankle sprains treated with PRP and functional therapy. Limitation: Only one randomized controlled trial (RCT) compared PRP with a placebo and a small population of all studies made available. More comparable RCTs are needed to strengthen results of the studies. Conclusion The use of PRP on ankle sprains may have a potential role in shorter time to RTP and pain reduction.
Ankle Sprains ; Platelet-Rich Plasma

No abstract available.
Osteoarthritis* ; Platelet-Rich Plasma* ; Temporomandibular Joint*

Platelet-rich plasma (PRP) is the plasma derived from the repeatedly centrifuged whole blood, and it contains high concentration of platelets. The growth factors and concentrated platelets in PRP play important roles in proliferation, division, and differentiation of cells, and wound repair. In the past, PRP was used in the treatment of bone fracture, bone defect, soft tissue injury, and refractory wound. In recent years, it had been used in burn treatment, but it provoked some disputes. This article reviews the advance in the research of PRP in burn treatment and discusses the problems in its clinical application.
Burns ; therapy ; Humans ; Platelet-Rich Plasma

Regeneration of Periodontium with PRP does not only improve regeneration rate and density of bone but have a possibility to estimate faster healing process for soft tissue. And also, autogenous bone and xenogenic bone graft are effective on regeneration of periodontium. The purpose of this study is to evaluate the effectiveness of autogenous bone and xenogenic bone (BBP(R)) grafts with the PRP technique on regeneration of periodontium. 52 Generally healthy Pt. who had pocket depth 5mm at any of 6 surfaces of the teeth were in the study at Dept. of Perio. in Dankook Dental Hospital. Open Flap was treated for 18 infra-bony pockets as control group, autogenous bone with PRP was inserted for 25 infrabony pockets as first test group, and BBP(R) with PRP was inserted for 22 infrabony pockets as 2nd test group. Then evaluation was made after 3 and 6 months 1. There were significant differences between average probing pocket depth and clinical attachment level of 3, 6 months and minimal and maximal attachment level after 6 months each other. 2. There were significant differences in average probing pocket depth of control group and 2nd experimental group between 1 and 6 months. For clinical attachment level and minimal and maximal proving attachment level, there was a significant difference after 6 month of surgery. 3. There was no significant difference between two test groups for average probing depth, clinical attachment level, and minimal and maximal probing attachment level. As the result, PRP with bone graft could be very effective for regeneration of periodontium and there was no difference between xenogenic bone and autogenous bone.
Periodontium ; Platelet-Rich Plasma ; Regeneration* ; Tooth ; Transplants*

No abstract available.
Dental Implants ; Maxillary Sinus ; Platelet-Rich Plasma