Running for Children

With an MBA from the University of Connecticut, Marc Wolpers is an avid swimmer and biker. Marc Wolpers also enjoys running in his free time and, along with his children, participates in races for charities.

Research has shown that running is an acceptable exercise at almost any age, but young children (from three to nine years old) should be presented to the activity in a fun, less structured way. According to a pediatric sports medicine specialist, Dr. Mark Halstead, children between ages 8 and 10 can begin running longer distances, such as 5-kilometer races, if their individual development and desire allow.

Parents can help by emphasizing good technique and encouraging kids to eliminate bad habits like over striding and excessive arm movement while limiting competition and systematic training before puberty. A youth track or kid’s fun run is a great experience for children. These running events should always be appropriate to their age and the distance they can tolerate, both physically and emotionally.

Damon Runyon Alumnus Honored for Neuroscience Research

An active runner living in Connecticut, Marc Wolpers has participated in numerous athletic events to benefit charity groups. Through a recent 12-mile bike ride, Marc Wolpers helped support the Damon Runyon Cancer Research Foundation.

Named after a journalist and sportswriter, the Damon Runyon Cancer Research Foundation owes its existence to Walter Winchell, a good friend of Damon Runyon who later died of cancer himself. Today, the foundation continues to fight cancer by funding research with a particular focus on discovering new research scientists willing to innovate and take risks in their work.

These scientists often go on to earn honors in the field. For example, an alumnus of the Damon Runyon fellowship program, Ardem Patapoutian, Ph.D., recently received the 2020 Kavli Prize in Neuroscience for his research.

Dr. Patapoutian had been studying how sensory receptors react to pressure. His participation is related to groundbreaking research on a new field of mechanobiology, specifically two proteins, named PIEZO1 and PIEZO2, that respond to varying levels of pressure. These proteins also help the body distinguish bladder fullness and blood pressure.

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