The unknown side effect of the beautiful game that parents may not know about, but will it influence the choice they may want to make or the one they should. . . .
This is one of those times when hypnotherapy may be contraindicated? While hypnotherapy can be immensely useful in many areas of life, it cannot, and should not, be used indiscriminately. Some sudden changes, maybe progressive ones too, in behaviour, should be properly assessed. We as a profession cannot be complacent and think that hypnosis is a cure-all for everything. Some behavioural changes can be a consequence of specific types of brain injury, Apart from bumps and knocks, poor diets and viruses can also lead to brain malfunction.
The overall objective of this blog is to awaken parents and children themselves, to the dangers of that "great header!" It may cost more than any amount of money could ever compensate?
While hypnotherapy stands out as one of the most effective strategic life management methods there is, it cannot fix a broken brain or damaged mind! If you would like to address any concerns you have in this direction, or, if you just want a better understanding of life! Why not make an appointment for an informal discussion of your concerns?
The objective here is to help people understand how and why we become illogically trapped into irrational emotional experiences that may actually be happening for reasons different to that which we would imagine! If you want to know more about how Hypnotherapy can help you; why not make an appointment for a Free Consultation?
MRI scans show that repetitive blows to the head result in brain changes among youth football players, according to a new study being presented today at the annual meeting of the Radiological Society of North America (RSNA).
Football has been the subject of much scrutiny in recent years due to growing concerns over the long-term consequences of repetitive head impacts. Players who show signs of concussion are typically removed from games, but many hits to the head are sub-concussive -- or below the threshold of a concussion -- and, therefore, don't cause any immediate symptoms. There is rising concern that youth football players who experience these collisions in practices and games may be vulnerable to their effects.
"The years from age 9 to 12 are very important when it comes to brain development," said study lead author Jeongchul Kim, Ph.D., from Wake Forest School of Medicine in Winston-Salem, N.C. "The functional regions of the brain are starting to integrate with one another, and players exposed to repetitive brain injuries, even if the amount of impact is small, could be at risk."
Dr Kim and colleagues studied the results of these collisions on youth football players using a novel MRI method that looks at the strain evident on white matter tracts -- the bundles of nerve fibres that carry information between different areas of the brain.
"The focus here was on deformations of these fibre bundles," Dr Kim said. "Changes from collisions might cause elongation or contraction of these bundles."
Twenty-six male youth football players, average age 12, underwent MRI studies before and approximately three months after the season was over. For comparison, 22 similarly aged boys who did not participate in contact sports had MRIs on the same schedule.
The MRI results showed that the football players developed changes in the corpus callosum, a critically important band of nerve fibres that connects the two halves of the brain. The primary role of the corpus callosum is to integrate cognitive, motor and sensory functions between the two sides of the brain.
There were signs of greater axial strain (contraction) in some parts of the corpus callosum, and indications of radial strain (expansion) in other parts.
"The body of the corpus callosum is a unique structure that's somewhat like a bridge connecting the left and right hemispheres of the brain," Dr Kim said. "When it's subjected to external forces, some areas will contract and others will expand, just like when a bridge is twisting in the wind."
The results suggest that repetitive sub-concussive head impacts associated with participation in youth contact sports could lead to changes in the shape of the corpus callosum during this critical time of brain development. Dr Kim cautioned, however, that more evidence is needed to confirm the findings. His group intends to continue studying the players, when possible, to see if any additional deformation occurs.
The ultimate goal of the research, Dr Kim said, is to provide guidelines for a safe football play. MRI may have a role in that process by helping to determine if and when an athlete is able to return to play after a head injury. Positron emission tomography, an imaging technique that can detect signs of inflammation in the brain, is also potentially useful in this regard, according to Dr Kim.
"It's best to detect changes at the earliest possible time," he said.
Materials provided by Radiological Society of North America. Note: Content may be edited for style and length.
Cite This Page:
Radiological Society of North America. "Youth football changes nerve fibres in the brain." ScienceDaily. ScienceDaily, 29 November 2018. <www.sciencedaily.com/releases/2018/11/181129084711.htm>.