The Atomic Furnace efficiently converted and absorbed the released nuclear energy. The process resembled how a Nuclear Reactor in a nuclear power plant converted nuclear energy into electricity, except inside Professor Connors, it was converted into Bio-energy.
This conversion process involved multiple complex biochemical pathways.
The energy within the Atomic Furnace first activated a series of signal-transduction molecules. Like messengers conveying information, these molecules transmitted energy signals to every cell in the body.
At the cellular level, the energy drove the mitochondria to work faster, increasing the rate of ATP synthesis.
At the same time, the energy also affected gene expression within the cells, activating genes related to cellular repair, growth, and metabolism.
After receiving this powerful infusion of nuclear energy, his internal organs began operating madly.
The heart, the body's engine, beat with greater force under the effects of nuclear energy.
Every contraction was like a heavy hammer blow, pumping energy-rich blood to every part of the body.
The blood carried not only oxygen and nutrients, but also special bioactive molecules enriched by the effects of nuclear energy. These molecules promoted cellular metabolism and repair.
The liver, the body's chemical factory, accelerated its metabolism of nutrients and storage of energy.
It efficiently converted glucose in the blood into glycogen and stored it away for future need.
At the same time, the liver also synthesized various proteins and enzymes, participating in the body's many physiological processes.
Stimulated by nuclear energy, the liver's functions were greatly enhanced, allowing it to better handle the various challenges involved in the body's energy acquisition and expenditure.
The kidneys were responsible for filtering waste and toxins from the blood, ensuring the stability of the body's internal environment.
Under the effects of nuclear energy, the kidneys' filtering functions were enhanced, allowing them to more effectively clear