Disease Mitigative Mechanisms and Strategies
Stress leads to cellular damage which necessitates frank cellular repair and growth; apoptosis, or necrosis and inflammation, that will prompt cellular proliferation and growth.
For the first mechanism to happen, there must be ant-stress strategic mechanisms in place, and operational, that prevent overt damage or are rapidly mobilized to take care of the damage before cell death ensues or inflammation and cellular proliferation take place to remedy tissue deficiency. These include repair enzymes, anti-oxidants and the rapid mobilization of food resources. A well nourished body will take this path and full tissue restoration is more likely.
On the other hand, apoptosis, or necrosis including necroptosis, will result if there is not enough protective mechanisms, the damage is excessive, repair is defective or nutritional resources are inadequate. Some tissue reorganization is more likely and recovery is unlikely to be full.
Growth hormone and proliferative factors and co-factors like steroids, vitamin D and A, zinc, calcium which act together, alone, or in tandem with inflammation, will restore tissue.
To ensure tissue full restoration--preventing cancer and reorganization-- sirt enzymes, heat shock proteins(chaperones) need to have been synthesized, mobilized and stimulated. Various signaling systems are in place to cater for this and must be fed accordingly.
If infection is the cause of stress, the causative agent needs to be removed to prevent a failed attempt to fully restore tissue. Citrate is at the center of intermediary metabolism and will provide macromolecules and ATP for synthesis. NAD not only helps in the mobilization of stored food but also summons antistress, protective mechanisms in place.
The best disease prevention strategies will involve adequate nutrition, stress prevention and management, and exercise. Most desirable disease prevention cannot take place if health is wanting, in the first place. All pre-existing diseases and conditions must be appropriately dealt with to allow this to happen.
Dr. Oliver Verbe Birnso, MD.
For the first mechanism to happen, there must be ant-stress strategic mechanisms in place, and operational, that prevent overt damage or are rapidly mobilized to take care of the damage before cell death ensues or inflammation and cellular proliferation take place to remedy tissue deficiency. These include repair enzymes, anti-oxidants and the rapid mobilization of food resources. A well nourished body will take this path and full tissue restoration is more likely.
On the other hand, apoptosis, or necrosis including necroptosis, will result if there is not enough protective mechanisms, the damage is excessive, repair is defective or nutritional resources are inadequate. Some tissue reorganization is more likely and recovery is unlikely to be full.
Growth hormone and proliferative factors and co-factors like steroids, vitamin D and A, zinc, calcium which act together, alone, or in tandem with inflammation, will restore tissue.
To ensure tissue full restoration--preventing cancer and reorganization-- sirt enzymes, heat shock proteins(chaperones) need to have been synthesized, mobilized and stimulated. Various signaling systems are in place to cater for this and must be fed accordingly.
If infection is the cause of stress, the causative agent needs to be removed to prevent a failed attempt to fully restore tissue. Citrate is at the center of intermediary metabolism and will provide macromolecules and ATP for synthesis. NAD not only helps in the mobilization of stored food but also summons antistress, protective mechanisms in place.
The best disease prevention strategies will involve adequate nutrition, stress prevention and management, and exercise. Most desirable disease prevention cannot take place if health is wanting, in the first place. All pre-existing diseases and conditions must be appropriately dealt with to allow this to happen.
Dr. Oliver Verbe Birnso, MD.
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