Former NBA player Brian Grant promotes sterilization at indoor sports arenas


brian-grantSports Turf Northwest, LLC has introduced the miniZapr™ synthetic turf sanitizer as an answer to combatting bacteria and viruses prevalent in indoor sports facilities.

A scaled-down version of the GreenZapr™ artificial turf sanitizer, the miniZapr utilizes no harmful chemicals, just germicidal ultraviolet (UVC) light to destroy harmful microorganisms, including MRSA and Staphylococcus, instantly.

Former NBA star Brian Grant joins Sports Turf Northwest partners Craig Prunty and Mike Woelfel to promote the miniZapr’s sterilization properties to the indoor sports arena industry – no easy task, since many indoor sports arenas are not interested in focusing attention on the potential problems caused by bodily fluid contaminants that accumulate in indoor turf.

Brian Grant played 11 years in the NBA, appearing in 756 NBA games (577 started), averaging 10.5 ppg and 7.4 rpg in 28.3 mpg.

He averaged career-best 15.2 ppg for Miami Heat in 2000-2001, and career best 10.2 rpg also for the Heat in 2001-02 season.

The risk of children and adult athletes contracting Staph, MRSA, and other infections is a growing cause for concern among parents and medical professionals, and sanitizing these surfaces without caustic chemicals had been a serious challenge for indoor sports operators before the miniZapr was developed.

The problem of child safety arose when Prunty’s son contracted a staph infection while playing sports. Shaken by the ordeal, Prunty wondered how many other young athletes had contracted infections, and how many more are at risk.

After speaking with other parents who shared similar experiences, the search for a solution began. Harmful microorganisms from bodily fluids (urine, stool, sweat and blood) have long been a health concern at indoor athletic facility surfaces including showers, floors, walls and sinks.

The Centers for Disease Control (CDC) has published findings that state contact sports have a higher rate of Staph and MRSA infection transmission than non-contact sports, and indoor sports facility surfaces serve as petri dishes for infectious microbes.

According to the CDC, the transmission of MRSA and Staph is more prevalent in sports that involve any one of five elements (the five C’s:) crowding, contact, compromised skin, contamination, and cleanliness. The CDC also makes clear the fact that only one of the five C’s is needed to cause a player to be infected with Staph or MRSA.

For children and adult athletes who play on synthetic turf, which is becoming the norm in indoor sports facilities that provide year-round athletic playing fields, several or all five C’s are often present which dramatically increases the odds of infection.

Falls on artificial turf can lead to turf burn or minor cuts and scrapes, which makes the athlete more susceptible to infection. Compounding the risk are injuries that many people may forget about; for instance, a girl who shaves her legs in the morning may nick herself. When she arrives at the indoor field for a soccer match that afternoon, the nick on her leg increases her vulnerability to infection.

“We have spoken to plenty indoor athletic facility operators and they are very aware of the issue,” says Woelfel.

“But until someone files a legal action against a facility, nobody is going to do anything about implementing sanitizing standards, and kids and adults alike continue to be placed at risk needlessly.”

A major national association for indoor sports facilities has acknowledged to Woelfel that the industry is aware of the potential for harm that unsanitized surfaces present, and they tell him they have looked for solutions to making these surfaces safer for athletes and kids, but they’re not willing to address the subject in a public forum.

“We want to be the bucket of water in the face and let these facilities know they can take a proactive approach to reducing or eliminating the risks to the athletes who use their facilities, and they can do it efficiently and inexpensively with the miniZapr.”

Based on a design utilizing the same technology as the outdoor field GreenZapr, the miniZapr sterilizes surfaces safely and quickly using germicidal ultraviolet (UVC) lights and no chemicals. Harmful microorganisms including MRSA and Staph are destroyed instantly when exposed to the miniZapr’s UVC lights.

About the size of a lawnmower, the miniZapr can be plugged into an ordinary wall outlet or can be run using an on board generator. Its eight proprietary, shatter- proof UVC bulbs are designed to provide the energy dosage required to destroy harmful bacterial and viral DNA.

/PRWeb/

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