AI Article Synopsis
- The aging process and organ failure have become central topics in modern science and medicine.
- Recent studies highlight the crucial role of phosphate-calcium deficiency as a key factor in metabolic aging, with bones serving as a major storage site for phosphates.
- Proper bone metabolism and phosphate-calcium signaling are essential for energy regulation and the maintenance of vital body functions, while imbalances can lead to accelerated aging and organ decline.
Article Abstract
The process of aging and escalating the failure of all body organs has become the center of interest in contemporary science and medicine. The leading role of phosphate-calcium tandem deficiency as a pacemaker of metabolic senescence has emerged recently. Most of the phosphates in the human body are stored in the bones, which seem to play a pivotal role in all metabolic and energetic processes. Bone metabolism combines physical activity with adaptive changes in the internal environment of the body, which is necessary for its survival. Phosphate-calcium signaling is the primary mechanism for controlling homeostasis and its recovery after exercise-induced disorders. Phosphates play an important role in the regulation of energy metabolism both by regulating postprandial glucose storage in the muscles and in the liver, as well as the distribution and adaptation of energy metabolites to the needs of the brain and skeletal muscles. The bone-driven energy metabolism is of decisive importance for maintaining all vital functions of the body organs, including their proper functioning and integrated interplay. The phosphate-calcium tandem contributes to the development and proper functioning of the organism, whereas energy dysmetabolism is the main cause of aging and the final termination of life.
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| http://www.ncbi.nlm.nih.gov/pmc/articles/PMC10385453 | PMC |
| http://dx.doi.org/10.3390/metabo13070860 | DOI Listing |
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