The strenght of a fighters neck will play in how well a fighter accepts blows with out being knocked out or stunned, but it is not a great factor in the equation. In Gattis case, I believe that his dehydration process of lossing weight affects how well he takes shots. The brain is surrounded in the skull by a thin layer of fluid which absorbs some of the impact of the blow before the brain collides with the skull. Gatti, having dried out for so long to make weight, most likely has depleated this fluid to some degree causing the "shock absorber" to dry out as well. Thus his brain collides greater with the skull.
The hook or cross to the jaw area produces rapid twisting of the brain, which results in bleeding and wide spread trauma to fibrouse tissue, from white matter to the base of the brain.
The straight punch or heavy jab snaps the head backward, which produces tears in the cerebellum and damage to the brain stem.
The downward blow to the side of the face and neck compresses the main artery to the brain and therefore stops the flow of blood to the brain.
The head landing against the canvas or ropes thrusts the brain against the skull, which causes tears to the front sides of the brain.
Inside of our skulls, on the back side of the skull, is a boney ridge called the sphenoidal ridge. This ridge causes tears in the frontal lobes which are ultimately damaging. That is why rabbit punching is against the rules.
The neck comes into play with the punches in the fact that if one was to take a straight blow but had a strong neck, the neck would not give as much thus leaving less damage to the brain stem.
With hooks and crosses it has a similar effect of making the twisting of the neck and head less, therefore reducing, but not eliminating the twisting of the brain.
If you are struck in the back of the head there is nothing to reduce the effects. The spenodial ridge is going to tear directly into the brain. With the straight punches the brain will first bounce against the front of the skull and then rebound into the sphenodial ridge, still tearing into the brain but not as severe as the rabbit punch.
As well, taking a shot between the chin and the point of the jaw is damaging but is considered the cleanest sort of knock out. Temporarily shuting off consciousness or motor impulses.....Rockin'
The hook or cross to the jaw area produces rapid twisting of the brain, which results in bleeding and wide spread trauma to fibrouse tissue, from white matter to the base of the brain.
The straight punch or heavy jab snaps the head backward, which produces tears in the cerebellum and damage to the brain stem.
The downward blow to the side of the face and neck compresses the main artery to the brain and therefore stops the flow of blood to the brain.
The head landing against the canvas or ropes thrusts the brain against the skull, which causes tears to the front sides of the brain.
Inside of our skulls, on the back side of the skull, is a boney ridge called the sphenoidal ridge. This ridge causes tears in the frontal lobes which are ultimately damaging. That is why rabbit punching is against the rules.
The neck comes into play with the punches in the fact that if one was to take a straight blow but had a strong neck, the neck would not give as much thus leaving less damage to the brain stem.
With hooks and crosses it has a similar effect of making the twisting of the neck and head less, therefore reducing, but not eliminating the twisting of the brain.
If you are struck in the back of the head there is nothing to reduce the effects. The spenodial ridge is going to tear directly into the brain. With the straight punches the brain will first bounce against the front of the skull and then rebound into the sphenodial ridge, still tearing into the brain but not as severe as the rabbit punch.
As well, taking a shot between the chin and the point of the jaw is damaging but is considered the cleanest sort of knock out. Temporarily shuting off consciousness or motor impulses.....Rockin'
Comment