5 Clinical Trials for Various Conditions
The purpose of this study is to explore the possible effects Kinesio Tape may have on proprioception in individuals with patellar tendonitis. A supportive knee application, a facilitative hip application, and a combination of the two will be applied and compared. Within and between group comparisons will be drawn. Participants will report for two research sessions with 24-36 hours between. Prior to arrival, they will complete a digital Victorian Institute of Sport Assessment for Patellar Tendonitis (VISA-P) and email it to the researcher. Participants must score less than 80 (out of a possible 100) to be considered for this study. If the individual meets the inclusion criteria, he/she will be scheduled for the 1st session. Upon arrival to the first session, informed consent will be obtained, the VISA-P will be reviewed, and intance of patellar tendonitis will be confirmed through palpation. Participants will then completed a Tampa Scale for Kinesiophobia (TSK) to measure fear of movement and a Visual Analog Scale (VAS) to measure overall pain. Height and weight measurments will be taken due to requirements of the Biodex Balance System (BBS), which will be used for balance measurements. Participants will take two, twenty-second practice tests, one with eyes open and one with eyes closed, followed by two minutes rest. Baseline testing will then be completed as follows: the participant will complete two tests with eyes open, and two tests with eyes closed on the injured leg, each with one minute rest between. The participant will then be taped with Kinesio Tape to either the hip, knee, or both the hip and knee according to the random group assignment. They will then rest for 15 minutes and complete a second round of balance testing with the same parameters as baseline testing. Participants will be scheduled for a second day no less that 24 hours and no more than 36 hours for re-test purposes. On the second day of testing, participants will be given $10 for their participation on Day 1. If they want to continue with testing procedures, they will participate in the same balance testing procedures as Day 1. The integrety of the tape application will be confirmed, and second TSK and VAS scale will be administered. A final round of balance testing will be completed, and the participant will receive an additional $10 if they choose to complete both days of testing. This research will allow us to compare results of the TSK, the VAS and the BBS testing both within subject and between group.
The overall goal of this research is to find an effective treatment for patellar tendinopathy (PT). To achieve this, we will conduct a double-blinded randomized controlled trial to investigate if platelet-rich plasma is effective for treatment. Clinical (pain and function scores) and bio-mechanical (knee strength) measures will be correlated with disease modification changes assessed using conventional and novel quantitative magnetic resonance imaging (MRI) and ultrasound (US) techniques.
This pilot study will evaluate the feasibility of pain-guided activity modification during rehabilitation for patellar tendinopathy. The information provided will be utilized to conduct a larger randomized clinical trial to determine if there is a difference in recovery from patellar tendinopathy during rehabilitation between individuals that use pain-guided activity modification and those that halt all painful activities. Recovery from patellar tendinopathy will be assessed using pain ratings, tendon-specific outcome measures, tendon structure, tendon mechanical properties, and muscle function.
The goal of this study is to find an effective treatment for chronic patellar tendinopathy (PT). Investigators will conduct a 32-week randomized controlled clinical trial to determine whether platelet rich plasma (PRP) injections improve disease-specific clinical outcomes with correlation to a new method of ultrasound (US) imaging assessment called Acoustoelastography (AE). Positive findings of PRP compared to control would suggest future larger scale studies to help establish an optimal protocol for the nonsurgical management of PT.
Platelet rich plasma has been used in previous studies to stimulate faster healing of torn ligaments and tendons in order to help reduce pain and restore normal function. This study aims to prove that non-operative treatment of acute and chronic ligament and tendon injuries with platelet rich plasma will reduce the time needed for participants to heal these injuries and restore function. We are currently enrolling patients with PATELLAR TENDON INJURIES in the KNEE.