you clearly have no idea how the brain works. yes you can physically deteriorate, but dude is 19 so thats isnt even in play. dude shoulder has been fine for months now, and there was never any structural or muscular damage as it wouldve been disclosed by the team. he was diagnosed with "muscular imbalance", which is something a majority of americans suffer and live with. so basically he was never "hurt" to begin with...dude simply dealing with a mental block. im sure doctots, his coach, and science no more about it than you...just admit you were wrong. no amount of gymnastics is gonna change science man. if you attempt to change your shot, and forget the old one..that is a MENTAL ISSUE. he seems to have lost his rhythm and cant get it back. its all mental. Im done with this topic. you should probably read this to better understand.
Everything you typed up above is moot, he was injured, the severity is up in the air but his shoulder was hurt so all that extra nonsense you typed goes out the window. And you're still trying to compare a stroke, to someone changing their shots, comical. No, degredation of skills isn't mental, if you stop practicing your shot you wont be as good of a shooter, do you think these great shooters just stop putting in reps and just believe that they're good shotoers so the ball just goes through sheer will
You sounding real flat earthy in this post breh
please educate yourself
He hasn't lost muscle memory in this shot, that is why when he just moves and does instinctual shyt like catch and shoot he is fine, its when he sets and thinks that he gets fukked up because he is thinking about how he is going to shoot instead of doing it, instinctivelybruh,
how could he lose like 15 years of muscle memory in less than one whole season
im so fkin confused watchin him shoot
Which is why I am saying dude has a STRONG mental block going. He might need to see a mental health doctor in all serious. There are drugs/therapy that can fix this.
you clearly have no idea how the brain works. yes you can physically deteriorate, but dude is 19 so thats isnt even in play. dude shoulder has been fine for months now, and there was never any structural or muscular damage as it wouldve been disclosed by the team. he was diagnosed with "muscular imbalance", which is something a majority of americans suffer and live with. so basically he was never "hurt" to begin with...dude simply dealing with a mental block. im sure doctots, his coach, and science no more about it than you...just admit you were wrong. no amount of gymnastics is gonna change science man. if you attempt to change your shot, and forget the old one..that is a MENTAL ISSUE. he seems to have lost his rhythm and cant get it back. its all mental. Im done with this topic. you should probably read this to better understand.
How Does Practice Hardwire Long-Term Muscle Memory?
Every athlete, musician, surgeon—or anyone who regularly performs a motor skill that becomes fine-tuned with practice—knows that through repetition and practice motor skills become automatic. Everyday activities like typing on a keyboard, driving a car, or tying your shoelaces become automatic over time for anyone without a neurological disorder. What is happening in the brain that hardwires and consolidates the formation of motor skills into long-term memory?
The Cerebellum Is the Seat of Muscle Memory
When I was growing up, my father, Richard Bergland, M.D., was my tennis coach. My dad was a neurosurgeon and nationally ranked tennis player who believed that his “eye for the ball” was directly linked to his proficiency in the operating room. He would say, "Of this I am absolutely positive, becoming a neurosurgeon was a direct consequence of my eye for the ball."
The ability to lock your eyes onto a target while tying a surgical knot or hitting a tennis ball in the sweet spot of your racquet is called the vestibulo-ocular reflex (VOR) and is a function of the cerebellum. New research has identified a connection between Purkinje cells in the cerebellum and vestibular nuclear neurons working together to form long-term motor memory.
As a coach in the 1970s, my dad would say to me, “Chris, think about hammering and forging the muscle memory held in the Purkinje cells of your cerebellum with every stroke.”
The traditional view of long-term motor memory that my father was referring to was based on the “Marr-Albus model” which proposed that muscle memory was the result of long-term depression (LTD) of the parallel fiber synapses onto Purkinje cells in the cerebellum. The result of 'long-term depression' reduces activity following a stimulus which allows for fluidity of movement and precision of fine-tuned motor skills.
The March 2015 findings resulted from a collaboration of researchers at the University of Electro-Communications and the RIKEN Brain Science Institute in Japan, and the University of California, San Diego.
The researchers were able to integrate the multiple plasticity mechanisms of the cerebellum to explain the formation of long-term motor memory. Their findings suggest that multiple plasticity mechanisms in the cerebellar cortex and cerebellar/vestibular nuclei participate in long-term motor memory formation.
Nah drugs won't fix it, he just has to mentally work through the process. Or take this whole year off and just work on the new shot alltogether, day in and day out, until the new form isn't something he even thinks about.
He obviously isnt hurt now cause he wouldnt be able to shoot a basketball if his shoulder was fukked. There is a reason his coach said he hasnt seen anything like it and the team has not been able to find a diagnosis...shyt is mental at this point.
Meanwhile he's taken steps to clean up his form and can actually shoot going to his right now, but that was a mental block and not a fukked up form in your world.
you clearly have no idea how the brain works. yes you can physically deteriorate, but dude is 19 so thats isnt even in play. dude shoulder has been fine for months now, and there was never any structural or muscular damage as it wouldve been disclosed by the team. he was diagnosed with "muscular imbalance", which is something a majority of americans suffer and live with. so basically he was never "hurt" to begin with...dude simply dealing with a mental block. im sure doctots, his coach, and science no more about it than you...just admit you were wrong. no amount of gymnastics is gonna change science man. if you attempt to change your shot, and forget the old one..that is a MENTAL ISSUE. he seems to have lost his rhythm and cant get it back. its all mental. Im done with this topic. you should probably read this to better understand.
How Does Practice Hardwire Long-Term Muscle Memory?
Every athlete, musician, surgeon—or anyone who regularly performs a motor skill that becomes fine-tuned with practice—knows that through repetition and practice motor skills become automatic. Everyday activities like typing on a keyboard, driving a car, or tying your shoelaces become automatic over time for anyone without a neurological disorder. What is happening in the brain that hardwires and consolidates the formation of motor skills into long-term memory?
The Cerebellum Is the Seat of Muscle Memory
When I was growing up, my father, Richard Bergland, M.D., was my tennis coach. My dad was a neurosurgeon and nationally ranked tennis player who believed that his “eye for the ball” was directly linked to his proficiency in the operating room. He would say, "Of this I am absolutely positive, becoming a neurosurgeon was a direct consequence of my eye for the ball."
The ability to lock your eyes onto a target while tying a surgical knot or hitting a tennis ball in the sweet spot of your racquet is called the vestibulo-ocular reflex (VOR) and is a function of the cerebellum. New research has identified a connection between Purkinje cells in the cerebellum and vestibular nuclear neurons working together to form long-term motor memory.
As a coach in the 1970s, my dad would say to me, “Chris, think about hammering and forging the muscle memory held in the Purkinje cells of your cerebellum with every stroke.”
The traditional view of long-term motor memory that my father was referring to was based on the “Marr-Albus model” which proposed that muscle memory was the result of long-term depression (LTD) of the parallel fiber synapses onto Purkinje cells in the cerebellum. The result of 'long-term depression' reduces activity following a stimulus which allows for fluidity of movement and precision of fine-tuned motor skills.
The March 2015 findings resulted from a collaboration of researchers at the University of Electro-Communications and the RIKEN Brain Science Institute in Japan, and the University of California, San Diego.
The researchers were able to integrate the multiple plasticity mechanisms of the cerebellum to explain the formation of long-term motor memory. Their findings suggest that multiple plasticity mechanisms in the cerebellar cortex and cerebellar/vestibular nuclei participate in long-term motor memory formation.