University of Hertfordshire Reports: Neck Cooling Improves Elite Sporting Performance by Tricking Brains of Athletes, Research Reveals

HATFIELD, England, July 5, 2017 /PRNewswire/ --

University of Hertfordshire findings could be applied to skill-based sports including tennis.

With Wimbledon underway again for another year, University of Hertfordshire research has revealed that cooling the neck of top sportspeople can improve performance, by lowering thermal sensation and tricking their brains into perceiving less fatigue.

The study, which was published in the journal Sports, aimed to examine the effect of neck cooling on national standard table tennis performance - in particular on shot accuracy - however researchers also believe that findings are relevant to other similar skill-based sports, such as tennis.

Performance scores of national table tennis players were significantly greater after neck cooling had taken place, compared with when it hadn't, with a 15% improvement of shots on target observed.

University of Hertfordshire researchers Dr Lindsay Bottoms and Terun Desai believe that this is because the human brain alters exercise intensity with increasing fatigue, allowing exercise to continue, albeit at a slower pace. This has negative implications for skill-based sports such as tennis and table tennis, which require high intensity for peak performance.

The new findings demonstrate that neck cooling could elicit peak performance by reducing this perception of physical exertion, meaning that this is a psychological rather than physiological effect.

Enhanced performance after neck cooling

During the study, eight national level male table tennis players were recruited and attended four testing sessions separated by a week. Session one determined fitness levels, and session two was a familiarisation trial. The final two sessions involved completing table tennis-specific exercises either with or without neck cooling for 1 min before each exercise period (bout: 80-90 shots), which represented an individual game.

Performance was measured by the number of balls hitting two pre-determined targets. Heart rate, ratings of perceived exertion, and thermal sensation were measured.

Overall total performance scores (shots on target) were significantly greater after neck cooling, with a 15% improvement.

Cooling tricks the brain

The researchers, from the University of Hertfordshire, said: "Our research demonstrates how an athlete's brain anticipates fatigue and alters exercise intensity to avoid reaching exhaustion, allowing the athlete to continue exercising at a lower intensity

"Therefore, cooling the neck during intervals could improve table tennis performance by effectively tricking the brain into thinking that the body is less fatigued than it really is.

"We believe that these findings also apply to tennis, which is a similar high intensity, skill-based sport with intervals. In fact cooling may have a greater impact in tennis because not only will it make the player feel psychologically better, but also physically reduce core temperature, as tennis requires greater physical exertion and players are likely to become hotter.

"Particularly playing in the tournament such as Wimbledon during hot weather, neck cooling - for example with a cold wet towel - has potential to significantly impact performance and shot accuracy."

Notes to Editors

About the University of Hertfordshire:

• The University's vision is to be internationally renowned as the UK's leading business-facing university.  It is innovative and enterprising and challenges individuals and organisations to excel.
  
• The University of Hertfordshire is one of the region's largest employers with over 2,900 staff and a turnover of over £256 million.
  
• With a student community of over 24,600 including more than 3,800 overseas students, the University has a global network of over 210,000 alumni.
  
• It is also one of the top 150 universities in the world under 50 years old, according to the Times Higher Education 150 under 50 rankings 2017.
  
• For more information, please visit http://www.herts.ac.uk