Scientific Research
Scientific research constitutes one of the fundamental pillars of WINTECARE to build value on solid and verifiable bases.
For years, WINTECARE has actively collaborated with prominent academic institutions to generate rigorous publications on the use of T.E.C.A.R technology. and focal vibration in various therapeutic and performance settings.
This ongoing collaboration has resulted in tangible results, including the creation of the Multisystemic Approach Lab and the publication of numerous studies in high-impact scientific journals. Publications in journals classified as Q1 stand out, such as Scientific Reports from the Nature Publishing Group, validating the quality and relevance of the evidence generated.
Goals
Scientific Publications
With Wintecare technology
1.
Does the application of Tecar therapy affect the temperature and perfusion of the skin and muscle microcirculation? A pilot feasibility study in healthy subjects.
2.
Thermal and non-thermal effects of the application of capacitive-resistive electrical transfer on the Achilles tendon and the myotendinous junction of the gastrocnemius muscle: a study in cadavers.
3.
Thermal and non-thermal effects of the application of capacitive-resistive electrical transfer in different structures of the knee: a study in cadavers.
4.
Effects of temperature and current flow of a capacitive-resistive electrical transfer application protocol in chronic elbow tendinopathy. A study in corpses.
5.
Temperature and current flow effects of different electrode placement in shoulder capacitive-resistive electrical transfer applications: a cadaver study.
6.
Is Tecar therapy effective in the rehabilitation of the biceps femoris and quadriceps? A study on cadavers.
7.
Comparison of capacitive resistive energy transfer therapy in cadaveric molars and incisors with and without implants.
8.
Immediate effects of TECAR therapy on gastrocnemius and quadriceps muscles with spastic hypertonia in chronic stroke survivors: a randomized controlled trial.
9.
Changes in sprint, vertical jump, and quadriceps strength following a resistive capacitive electrical transfer therapy intervention - A randomized clinical trial.
Advanced medical equipment for physical therapy, rehabilitation and sports performance
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