A concussion is a term that describes a form of brain injury occurring in the setting of trauma. Circumstances that may cause the injury include assault, sporting accidents, motor vehicle accidents and falls from heights among others. The consequences of this form of injury include loss of consciousness, long term headaches, seizures and memory loss among others. The management mainly consists of conservative measures and the recovery time is usually quite long in most cases. Some vitamins for concussion recovery can be used to improve the prognosis.
Proteins are important structural and functional components of our cells. They are damaged both directly and indirectly when the brain is injured. For this reason, any discussion involving the repair of injured tissues cannot be complete without considering the role of these macromolecules. Supplementation of proteins should be started within 24 hours of sustaining the injury. The recommended dose is one kilogram for a kilogram of body weight.
Vitamin D is well known for its role in building bone strength and preventing rickets especially in children. In the setting of traumatic brain injury, it has been shown to raise the levels of A substance known as brain derived neurotrophic factor, BDNF. This factor is important in the brain as it helps with the survival of neurons that may have been damaged by the injury. It is also important in long term memory which is an important property bearing in mind that memory is one of the areas that are affected.
Brain injury, like any other form of tissue injury, results in a considerable high level of metabolic stress. The increased demand for oxygen lead to an increase in cell respiration in a process referred to as oxidative phosphorylation. This stress lasts for about 24 hours but the consequences may last a lot longer. Production of oxygen derived radicals is one of these consequences. Vitamin C and E are important here as they act as antioxidants preventing damage to the cells.
Glutathione is naturally occurring antioxidant in the human body. This supplement has been the subject of various trials involving animal models. The findings indicate that when administered within hours of a diagnosis of traumatic brain damage, glutathione significantly improves survival. The major challenge that exists is that a similar injection for use in humans is not available and oral formulations are not potent. Stimulating the glutathione pathway by use of vitamin C remains the main source.
Magnesium plays a vital role in normal brain functioning. If in low levels, a number of neurological disorders will be observed. When given to patients on treatment for brain injury, it helps reduce the incidence of delayed injuries and what is commonly termed, the post concussion syndrome. After an incidence of brain injury, the levels drop to about 50 percent of initial concentration taking several days to be replenished. 600mg per day is what is required for supplementation.
The pattern of change in serum levels of zinc closely resembles that seen with magnesium levels. The cause of this decrease is increased losses by the kidneys. Zinc administration has been shown to result in an improvement in both cognitive and behavioural symptoms in patients diagnosed with traumatic brain injury. It should be supplemented at a rate of 40mg per day.
The important role played by various supplements in the treatment of traumatic brain injury cannot be overemphasized. Many of these benefits result from the ability of the supplements to promote healing and prevent further damage to neurons. They may be combined in various ways depending on the nature of the underlying diagnosis.
Proteins are important structural and functional components of our cells. They are damaged both directly and indirectly when the brain is injured. For this reason, any discussion involving the repair of injured tissues cannot be complete without considering the role of these macromolecules. Supplementation of proteins should be started within 24 hours of sustaining the injury. The recommended dose is one kilogram for a kilogram of body weight.
Vitamin D is well known for its role in building bone strength and preventing rickets especially in children. In the setting of traumatic brain injury, it has been shown to raise the levels of A substance known as brain derived neurotrophic factor, BDNF. This factor is important in the brain as it helps with the survival of neurons that may have been damaged by the injury. It is also important in long term memory which is an important property bearing in mind that memory is one of the areas that are affected.
Brain injury, like any other form of tissue injury, results in a considerable high level of metabolic stress. The increased demand for oxygen lead to an increase in cell respiration in a process referred to as oxidative phosphorylation. This stress lasts for about 24 hours but the consequences may last a lot longer. Production of oxygen derived radicals is one of these consequences. Vitamin C and E are important here as they act as antioxidants preventing damage to the cells.
Glutathione is naturally occurring antioxidant in the human body. This supplement has been the subject of various trials involving animal models. The findings indicate that when administered within hours of a diagnosis of traumatic brain damage, glutathione significantly improves survival. The major challenge that exists is that a similar injection for use in humans is not available and oral formulations are not potent. Stimulating the glutathione pathway by use of vitamin C remains the main source.
Magnesium plays a vital role in normal brain functioning. If in low levels, a number of neurological disorders will be observed. When given to patients on treatment for brain injury, it helps reduce the incidence of delayed injuries and what is commonly termed, the post concussion syndrome. After an incidence of brain injury, the levels drop to about 50 percent of initial concentration taking several days to be replenished. 600mg per day is what is required for supplementation.
The pattern of change in serum levels of zinc closely resembles that seen with magnesium levels. The cause of this decrease is increased losses by the kidneys. Zinc administration has been shown to result in an improvement in both cognitive and behavioural symptoms in patients diagnosed with traumatic brain injury. It should be supplemented at a rate of 40mg per day.
The important role played by various supplements in the treatment of traumatic brain injury cannot be overemphasized. Many of these benefits result from the ability of the supplements to promote healing and prevent further damage to neurons. They may be combined in various ways depending on the nature of the underlying diagnosis.
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