Efficacy of an Innovative Kinesiotaping Bandage Compared to Traditional Tape in Stabilising Ankle Inversion and Plantar Flexion in Triathletes.

Efficacy of an Innovative Kinesiotaping Bandage Compared to Traditional Tape in Stabilising Ankle Inversion and Plantar Flexion in Triathletes: A Triple-Blind Experimental Study. Background and Purpose: Lateral ankle sprains are a common injury among triathletes, impacting their performance and recovery time. Although traditional functional tape is effective in stabilising the ankle joint, it has limitations in aquatic sports due to its lack of water resistance. This study will evaluate the efficacy of an innovative kinesiotaping (KT) bandage, designed to combine water resistance with the restrictive properties of traditional tape. The primary objective will be to determine which type of bandage is more effective in stabilising ankle inversion and plantar flexion in triathletes. Study Design: This will be a triple-blind experimental study involving 20 federated triathletes. Each participant will have three different bandages (traditional tape, innovative KT, and placebo) applied in a randomised order. Goniometric and functional tests will be used to measure the outcomes. Interventions: Traditional Tape: Standard restrictive bandage. Innovative KT Bandage: Elastic, water-resistant bandage with additional restrictive properties. Placebo: Gauze bandage without stabilising properties. Methods of Evaluation: Goniometric measurements (flexion, inversion) and functional tests (Star Excursion Balance Test, Hopping Test, Vertical Jump Test) will be conducted. The bandages will be applied and evaluated in a controlled environment, with participants and investigators blinded to the type of bandage. Expected Outcomes: It is anticipated that the innovative KT bandage will provide stabilisation comparable to traditional tape for critical ankle movements while overcoming the limitations of tape in aquatic conditions. It is also expected to demonstrate significant advantages in functional tests. Clinical Relevance: This study aims to provide evidence for optimising the