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SKINS SCIENCE

The research we carry out in the garment development stages allows us to keep pushing the boundaries of technology and compression – leading to the development of dynamic gradient compression, which features in our A400 clothing, for example.

PUBLISHED RESEARCH ON SKINS

The amount of research published on the functional parameters of SKINS is unrivalled within the sports compression wear industry. So far, ten studies carried out using SKINS have been published in independently peer reviewed medical journals.

Published research of this kind has contributed to SKINS being recommended and endorsed by the Australian Physiotherapy Association and qualifying for registration as a therapeutic device by the Australian Therapeutic Goods Administration.

RESEARCH ON SKINS HAS BEEN CONDUCTED BY

  • Dr Nick Gill, Strength and Conditioning Coach – Waikato Chiefs
  • Dr Peter Clothier, Sports and Exercise Science Lecturer and Researcher – School of Biomedical & Health Sciences, University of Western Sydney, Australia
  • Mr Dayne Walker, Researcher – School of Biomedical & Health Sciences, University of Western Sydney, Australia
  • Jason McLaren, Research Consultant – iSPORT Biomechanics
  • Melinda Wosik, Clinical Trials Coordinator – Western Sydney Area Health
  • Laurence Houghton, Researcher – School of Human Movement and Exercise Science, The University of Western Australia
  • Dr Ben Dascombe, Sports Science Lecturer – University of Newcastle
  • Mr Aaron Scanlan, Research Lecturer – School of Medical and Applied Sciences, Faculty of Sciences, Engineering & Health, Central Queensland University
  • Melissa Hagan, Clinical Researcher – MPRO
  • Dr John Jakeman, Teaching Fellow; Strength and Conditioning – University of Abertay, Dundee
  • Mr Joshua Sear, Researcher – Central Queensland University and High Performance Development Coordinator – Cycling Australia
  • Ross Hanbury, Sport Scientist Harlequins Rugby Club – Department of Life Sciences, Roehampton University
  • Chris McManus, Human Performance Unit Manager, The University of Essex
  • Kelly Murray, Human Performance Unit Sport Scientist, The University of Essex
  • Nicholas Morgan, Sports Integrated Ltd

KEY RESEARCH FINDINGS ON SKINS COMPRESSION

  • increases venous return
  • reduces exercise induced muscle damage (EIMD)
  • accelerates recovery processes
  • removes lactic acid faster
  • increases strength and power
  • improves endurance
  • increases muscle oxygenation
  • improves body temperature control
  • reduces in-flight ankle oedema

Conclusion: SKINS compression gets you the benefits of a better performance without pain.

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