What Are the Biomedical Technologies That Are Used in Sports Medicine?

biomedical-technologies-in-sports-medicine

Sports are celebrated worldwide and sportspersons often become bigger than state leaders. So it becomes mandatory for the players to always keep their level high because of their popularity. Technology has always been crucial for sports worldwide, and its contribution to the well-being of athletes is also unmatchable.

After injuries and through the time of recovery, a sportsperson needs to follow many procedures and take necessary medicines. Over time, with the inclusion of technology in the process, drugs have evolved, and so have the techniques. This article will show some of those technologies that are acknowledged.

Arthroscopic Surgery

A great revolution in sports surgery happened when arthroscopic surgery was introduced. Completely different from the previously conducted open surgical techniques, it allows the player to return to the field more quickly. Arthroscopic surgery is a more straightforward process than the use of bone tunnels.

New Computer Technology

The advancement in computer technology has contributed significantly to sports medicines. The ability of the computer to predict a player’s possible injuries or recovery period impacted the evolution of different medications, diagnoses, and treatment processes.

Biologic Solutions

Physicians in the sports industry came up with platelet-rich plasma injections (PRP) that have been a great introduction to major body repairs. This injection helps with partial muscle tears and has been proven effective for quicker returns to the field.

sports medicine

ACL Reconstruction

The arrival of the double-bundle anterior cruciate ligament (ACL) repair process has been phenomenal as it strengthens the front-back and rotational stability. Previously the single-bundle ACL repair technique was used and had successful results. But the post-surgery attrition rate was very high. Athletes now face less risk of re-injury if they go through the double-bundle process.

Anti-Doping Tests

The anti-doping drug tests have changed their nature over time as games got more competitive and intense. There is less room for error now, so the tests require extreme accuracy. In terms of using heavy drugs, the physicians apply urinalysis or hair follicles. Suppose 10 panel saliva drug test, that requires mouth swabs provides accurate results but only when it is recently consumed because the substances do not remain in the saliva for a longer time. So urine drug test kits have arrived to achieve more accuracy.

Robotic Technology

Advanced computer-aided robotic technology now allows surgeons to operate partial knee and hip replacement processes. With the help of a 3-D CT scan, doctors can plan their procedures and then input them into the robot that guides the surgeons during operations.

Concussion Management

These days, cases of concussion have become a significant concern as it has been proven to impact neurological issues. With the advancements in technology, physios can monitor the players’ mental balance and perform memory tests, apart from just neurocognitive testing, to ensure the players’ recovery.

Conclusion

Introducing new devices and techniques to the sports medicine sector has been crucial. With the emerging popularity of sports and athletes, the players’ well-being and better recovery after injuries have become a must. The upcoming technologies are expected to level up the game.

 

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