Understanding the Genetics of Pain

Understanding the Genetics of Pain

Why are athletes less sensitive to pain? Does playing sports decrease pain sensitivity? Or is it a matter of genetics? Pain is inevitable in most sports, and managing pain is an important part of being an elite athlete. While some athletes may have a genetic advantage when processing pain, intense athletic competition can make anyone less sensitive to pain. Keep reading to learn about the genetics of pain and why athletes tend to be tougher than an average person when it comes to handling pain.

Why the ACTN3 Gene Is Called the “Speed Gene”

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What is the function of the ACTN3 gene? Is it true that your ACTN3 genotype determines your running ability? ACTN3 hosts the code for making the protein called Alpha-actinin-3. The “R variant” of the gene results in normal production of the protein, but the “X” variant prevents the protein from being synthesized. While scientists do not know how this happens, there’s a strong correlation between the R genotype and sprinting speed. Tests on athletes from around the world have revealed that the XX genotype is almost nowhere to be found in elite sprinters. Keep reading to learn why the ACTN3

The Role of APOE 4 in Head Trauma Recovery

The 2 Primary Biological Causes of Depression

What is the function of the gene Apolipoprotein E (APOE)? How many APOE variants are there? The Apolipoprotein E gene influences inflammation in the brain following head trauma. The Apolipoprotein E gene has three variants: APOE 2, APOE 3, and APOE 4. A person’s variant of the gene can influence how they recover from a brain injury. Keep reading to learn about the function of Apolipoprotein E and how it relates to sports.

Why Kenyan Runners Excel: It’s More Than Genetics

Why Kenyan Runners Excel: It’s More Than Genetics

Why are Kenyans so good at distance running? Is Kenyan running dominance a matter of superior genetics? The statistics on Kenyan running dominance are impressive, and they certainly suggest a naturally superior running ability in Kenyan marathoners. However, Kenyans are not the only runners with body types ideally suited for distance running. According to David Epstein, the author of The Sports Gene, motivation—not just genetics—is a key component of Kenyan runners’ excellence. Here is what makes Kenyans exceptional in the sport.

Jamaican Runners: Nature or Nurture?

Jamaican Runners: Nature or Nurture?

Why are Jamaicans so good at sprinting? Is their sprinting ability a matter of training or genetics? Just as Kenya is known for producing talented distance runners, Jamaica is known for producing talented sprinters. Since Jamaicans have largely West African ancestry, a high ratio of fast-twitch muscle fibers may provide an initial advantage, but this doesn’t explain how Jamaica continues to produce so many elite sprinters. According to David Epstein, Jamaican culture can help explain why there are so many elite Jamaican runners. Here are three reasons why Jamaica produces a disproportionately large number of elite sprinters.

Fast-Twitch and Slow-Twitch Muscle Fibers in Sports

Fast-Twitch and Slow-Twitch Muscle Fibers in Sports

What is the difference between fast-twitch and slow-twitch muscle fibers? Is it possible to change your ratio of fast-twitch to slow-twitch muscle fibers through training? Fast-twitch muscle fibers support explosive muscle activity (e.g., lifting heavy objects or sprinting short distances), while slow-twitch muscle fibers support activities requiring endurance (e.g., long-distance running). To some degree, we can train our fast-twitch muscles to have more endurance and our slow-twitch muscles to become stronger, but we cannot actually change the ratio of slow-twitch to fast-twitch fibers that we are born with.  Here’s how fast-twitch and slow-twitch muscle fibers impact sports.

What Is the SRY Gene, and How Does It Impact Sports?

What Is the SRY Gene, and How Does It Impact Sports?

What is the SRY gene? What role does the SRY gene play in sports performance? According to David Epstein, the author of The Sports Gene, no single gene has as much of an impact on an athlete’s performance as the SRY gene found on the Y chromosome. The SRY gene also accounts for the predictable and significant differences in sports performance between men and women. Learn about the SRY gene’s function and its implications for atheltic ability.

Understanding Gender Differences in Sports

Understanding Gender Differences in Sports

What are the reasons for the gender performance gap in athletics? Can men and women compete equally in sports? According to David Epstein, the author of The Sports Gene, gender differences in sports are a decisive testament to the power of genes in determining athletic ability. Because athletic ability is at the mercy of genetics, Epstein argues, women are unlikely to surpass men in most sports. Here’s why men and women can’t compete in sports at the same level.

Baseball Vision: Do MLB Players Have 20/20 Eyesight?

Baseball Vision: Do MLB Players Have 20/20 Eyesight?

What is the average vision of an MLB player? Is 20/20 vision a necessary prerequisite for a career in baseball? Testimony and measurements from optometrists and ophthalmologists reveals that professional baseball players have eyesight that far exceeds the average person’s. This makes sense, as keeping track of the ball is an integral part of the game. Keep reading to learn about elite baseball vision.