Chemistry has been easy. Even in biological systems, humans quickly found hammers to eliminate any nails that surfaced. They found ways to eliminate pain, introduce necessary ingredients into the system, reduce bad substances, kill bugs that invaded and even managed to occasionally improve health. However, the end outcomes have remained largely the same with marginal effects on the extension of life with sufficient quality. In the process, they seem to have forgotten the properties of the biological system that is equally amenable to electromagnetic effects and monitoring.
Recent research (1) that shows that the monitoring of the mitochondrial redox state in the heart could be an effective way to predict the onset of a cardiac event, is telling. As the technology companies compete to release the "next version," of the same technology, they may want to focus on how technology could be utilized in creative ways to prevent adverse effects and prevent humans from degenerating into a state of low quality of life.
A simple system with a fragile pump, responsible for an uninterrupted supply to the CPU that dies at the first loss of power, is designed badly. To make matters worse, the components used are expected to fail in less than ten thousand days from inception. Discovering electromagnetism was a big leap but then, they decided to look upward and not inward. The former has ended in unproven theories, while their inability to apply what they know about themselves has resulted mostly in treatment than prevention.
The human, a magnificent machine, with a quantum computer on her shoulder powered by a singular and fragile pump, has been suffering from design deficiencies. From the look of it, this is likely to remain for a while.
(1) Responsive monitoring of mitochondrial redox states in heart muscle predicts impending cardiac arrest http://stm.sciencemag.org/content/9/408/eaan0117