Surprising Revelations of the Covid Pandemic on Sports Performance

As a sports physician with the North Jersey Orthopedic & Sports Medicine Institute in Clifton, NJ, Dr. Raymond Reiter uses his three decades of experience to treat athletes with severe injuries. He takes a modern, patient-first approach and lets his experience and scientific studies guide him when evaluating injuries and performance issues. Dr. Raymond Reiter is also an avid sports fan who enjoys skiing and watching competitive events.

In light of the Covid pandemic, most sporting events have had minimal or nonexistent live audiences. This has allowed researchers to study how an audience influences an athlete’s performance outside experimental settings. In a surprising turn of events, the audience can hinder or bolster an athlete’s results in an effect the researchers term the social facilitation theory.

Men consistently run faster and perform better at stamina-demanding sports, like cross-country skiing, when performing in front of a large audience. However, they showed poorer results in shooting, which requires more concentration. Women, on the other hand, experienced the opposite trend. They ran slower on average but took their shots one second sooner when before an audience.

While more research is necessary to understand the exact mechanism behind these changes, scientists believe traditional gender stereotypes might play a role. Men are considered stronger and faster, which could be reinforced when in the presence of an audience. New research into gender influences in sports could shed more light on these surprising results and explain the differences between the sexes.

What Are Electrodiagnostic Studies?

Dr. Raymond Reiter is a staff physician at North Jersey Orthopedic & Sports Medicine Institute in Clifton, NJ. He specializes in sports injuries and has over 30 years of experience treating athletes. Dr. Raymond Reiter’s care for patients involves modern electrodiagnostic studies to evaluate the scope of the injury and provide accurate relief.

Electrodiagnostic studies (EDX), also called electromyographic studies (EMG), help doctors understand the exact location of an injury and how it affects the musculoskeletal system. Physicians often use needle electromyography, where the needle is an electrode or a sensor that detects electrical signals from the body’s nervous system. Sports medicine specialists often use surface detectors like cameras and electrogoniometers, which assess joint movement and flexibility, to avoid further injuries and complications of invasive procedures.

Since surface electromyography (sEMG) is non-invasive, its results can be highly beneficial for assessing the extent of any injuries and guiding post-treatment care. It can detect even minor muscle movements and any variations from the norm. sEMG remains one of the most prevalent diagnostic tools in sports medicine for providing the best and most modern patient care.

Patella Dislocation – A Sports Condition That Requires Attention

Patellar dislocation Patellar dislocation. Normal position of kneecap and Patella displaced. Anatomy of the Knee patellar dislocation stock illustrations

A sports physician at the North Jersey Orthopedic and Sports Medicine Institute, Dr. Raymond Reiter is experienced in evaluating orthopedic athletic injuries and performing electrodiagnostic studies. Dr. Raymond Reiter has worked as a team physician for the NFL, helping the NY Giants and the NY/NJ Knights, as well as for the NBA, serving the New Jersey Nets basketball team.

More frequently than most other people, athletes may face injuries in the musculoskeletal system. For instance, basketball and football players often change direction sharply, which may cause dislocation of the patella or kneecap.

Patella dislocation is an injury that requires immediate attention, and is associated with significant swelling and pain. If left untreated, it can lead to other problems. When an athlete dislocates their kneecap, the first step to be taken is relocating the patella into the trochlear groove – when the individual extends the knee, this often happens spontaneously. After that, it is crucial to determine whether ligamentous disruption or tearing occurred, and if there are loose fragments of cartilage or bone that may require removal. Quadriceps muscle injuries may also follow patellar dislocations.

Before returning to activity, the athlete must be completely healed. If there is no loose fragment that requires arthroscopic removal, the patellar dislocation tends to be treated with a short immobilization of the knee, which typically ranges from seven to 10 days. Full recovery is expected within three to six weeks, at which time the player may return to competition. In addition, physiotherapy is highly recommended to prevent recurrent dislocation.

Three Categories of Competitive Skiing

Certified by the American Board of Physical Medicine and Rehabilitation in 1988, Dr. Raymond Reiter is an experienced physician at North Jersey Orthopedic and Sports Medicine Institute. In his free time, Dr. Raymond Reiter enjoys outdoor sports such as skiing.

Initially, skiing was used as a medium of transportation that involved moving over snow using skis. Skis are a pair of long, flat runners that are usually attached to the shoes or boots. Later, skiing transformed into a recreational activity, and today, it is one of the competitive winter sports. The following are three main types of skiing:

1. Alpine skiing – a technique that evolved in the mountainous Alps terrains in central Europe in the late 19th and early 20th century, Alpine skiing is divided into speed and technical events. While speed events focus on speed, the technical events usually challenge the skier’s capability to maneuver over courses.

2. Nordic skiing – mostly held in the hilly terrain of Scandinavian countries such as Norway, Nordic skiing involves ski-jumping and cross-country races.

3. Freestyle skiing – a winter sport that combines acrobatics and skiing, freestyle skiing includes aerials and moguls.