PokeVideoPlayer v23.9-app.js-020924_
0143ab93_videojs8_1563605_YT_2d24ba15 licensed under gpl3-or-later
Views : 1,950,677
Genre: People & Blogs
License: Standard YouTube License
Uploaded At Oct 15, 2024 ^^
warning: returnyoutubedislikes may not be accurate, this is just an estiment ehe :3
Rating : 4.94 (1,713/112,277 LTDR)
98.50% of the users lieked the video!!
1.50% of the users dislieked the video!!
User score: 97.75- Overwhelmingly Positive
RYD date created : 2024-11-21T20:35:26.459179Z
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Top Comments of this video!! :3
The original context for this study was actually quite simple at first. Hit people in the head with a soccer ball. It can’t really cause any real damage right? Soccer players do it intentionally. And it happens all the time in practice with a lot more force than simple tosses. So they varied inflation rates on the ball, recorded the observation, and behold… a simple hit to the head from a soccer ball can do a pretty decent amount of damage.
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The subtle thing here is that he actually got the judge to offhanded lend authority to his point. He didn't just tell him to stop, he told him they got his point. That, subconsciously, can be really powerful on a jury. While he didn't actually say he was right, he tacitly did, and essentially nullified that witness completely.
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A research study that investigated the impact of a soccer ball hitting a person's head at different speeds, often cited to demonstrate the relatively low force needed to cause serious head trauma, is the "Einstein Soccer Study" which used diffusion tensor imaging (MRI) to examine the brains of amateur soccer players who frequently headed the ball, revealing potential brain damage linked to repeated subconcussive impacts from the ball.
Key points about this study:
Focus on repeated impacts:
Unlike studies looking at single, high-force impacts, the Einstein Soccer Study focused on the cumulative effects of heading a soccer ball over time, which is considered a more realistic representation of the risks associated with soccer play.
Brain imaging technique:
The study utilized diffusion tensor imaging (DTI), an advanced MRI technique, to analyze the integrity of brain white matter, which can be affected by repeated head impacts.
Findings:
Players who frequently headed the ball showed changes in brain microstructure, indicating potential damage to nerve fibers, even without experiencing noticeable concussion symptoms.
Important considerations:
Subconcussive impacts:
While a single soccer ball impact may not be strong enough to cause a full concussion, research suggests that repeated subconcussive impacts from heading can still contribute to brain damage over time.
Technique and player factors:
The severity of brain impact can vary depending on the player's heading technique, the ball's speed and trajectory, and the player's age and size.
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@HollaPark
1 month ago
We had to learn about that in school! Basically a general in the army used his soldiers as test experiments, and one of those studies involved throwing soccer balls and having them head-butt it. They used that data to investigate how those impacts hurt the soldiers. Since it's unethical to do that, that's one of the only few studies lawyers can rely on in cases involving impacts
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