Begin from the original form of torture and become immortal

Chapter 1685: 475 million tons of energy

The special cells in the biological organs of the atomic reactor are like energy converters. They have unique membrane structures and enzyme systems.

These cell membranes are studded with a variety of specialized protein channels and receptors that selectively absorb high-energy particles and electromagnetic radiation.

When energy particles bind to receptors on the cell membrane, they trigger a series of intracellular signaling processes that ultimately convert the energy into bioenergy that the cell can use.

This bioenergy is stored and transported in the form of adenosine triphosphate (ATP), the energy "currency" within cells that powers a variety of physiological activities in Connors' body.

This biological energy can not only maintain the normal functioning of Connors' body, but also provide it with powerful strength and vitality.

In terms of strength, bioenergy acts on Connors' muscle cells, allowing the muscle fibers to contract and relax more efficiently.

Judging from its muscle structure, Connors' muscles contain a large number of special muscle fibers. These muscle fibers are not ordinary muscle tissues. Under the special stimulation of bioenergy, they can burst out powerful strength far beyond that of ordinary creatures.

Take Connors' leg muscles as an example. Driven by bioenergy, these muscles are like sophisticated and powerful energy engines.

When it is ready to jump, the special muscle fibers in the leg muscles will contract rapidly, generating huge energy. This energy is transferred to the leg bones and joints, allowing it to easily achieve a jump of hundreds of meters high.

Or running fast for several kilometers without feeling tired.

In terms of vitality, bioenergy is involved in the repair and regeneration of cells.

Connors' body is constantly suffering from radiation damage from radioactive substances, but the biological energy produced by the atomic reactor will activate the repair mechanism within the cells.

Driven by bioenergy, DNA repair enzymes within cells repair damaged DNA, reducing the risk of gene mutation and cell death.

At the same time, bioenergy also promotes cell proliferation and differentiation, allowing Connors' body to recover and grow quickly.

Some elements in the radioactive material will be decomposed and transformed after biochemical reactions, becoming other substances needed by Connors' body.

For example, some heavy metal elements in radioactive materials, such as uranium and plutonium, will be decomposed by special biological enzymes inside the nuclear reactor.

These biological enzymes are able to recognize and break the chemical bonds between heavy metal elements and other atoms, converting them into simpler ionic forms.

The decomposed ions will not float freely in Connors' body, but will further react with other substances in the body.

For example, these ions might combine with organic molecules in the body to form compounds that would be beneficial to Connors' body.

These compounds may be involved in the physiological processes of Connors, such as energy metabolism and cell signal transduction, and provide the necessary material basis for it.

In this way, Connors not only avoids the accumulation and toxic effects of heavy metal elements in the body, but also transforms these originally harmful substances into resources that are beneficial to itself, thus achieving effective utilization and transformation of resources.

The trace elements in some radioactive substances, such as potassium and calcium, will be redistributed to various parts of the body after biochemical reactions.

Potassium plays a vital role in maintaining cell osmotic pressure and nerve conduction.

In Connors' cells, precise regulation of potassium ion concentration ensures the balance of water inside and outside the cells and maintains the normal morphology and function of the cells.

At the same time, potassium ions are also involved in the conduction of nerve impulses, allowing Connors to quickly and accurately perceive changes in the external environment and respond accordingly. Calcium is an important component of bones and teeth.

In Connors' skeletal system, calcium, together with other minerals, builds a strong bone structure, providing support and protection for the body.

The presence of calcium in teeth gives them sufficient hardness and wear resistance to enable them to chew food effectively.

Connors' body has a highly sophisticated regulatory mechanism that can accurately adjust the distribution and utilization of these elements according to its own needs.

It will transport elements such as potassium and calcium to the corresponding parts according to the functional requirements of different organs and tissues, ensuring that various organs and systems in the body can function normally.

Connors' special way of eating and converting energy is an adaptive mechanism that Godzilla gradually formed during the long process of evolution.

In its special environment, radioactive material is a rich and unique source of energy.

In the early stages of evolution, Godzilla's ancestors may have faced difficulties such as food shortage and energy lack.

The abundant radioactive materials in the surrounding environment, although a deadly threat to other creatures, provided a potential source of energy for Godzilla's ancestors.

After countless generations of natural selection and genetic mutations, those individuals able to utilize radioactive materials gradually survived and passed this ability to their offspring.

Over time, Godzilla developed a biological system that could utilize radioactive materials.

This system includes special digestive organs, energy conversion enzymes, and intracellular repair mechanisms, all of which work together to enable it to survive and reproduce in this extreme environment.

Connors consumed the radioactive material from ten 47.5-ton nuclear warheads, which is equivalent to a huge energy intake of 475 million tons of nuclear fuel.

However, with such a huge amount of energy pouring into the body in a short period of time, Connors' body needed time to adapt and process it.

It immediately fell into a deep sleep, which is a self-protection mechanism of the body.

While in a dormant state, Connors' body began to develop, grow and evolve once again with all its strength.

Cells in the body begin to divide and proliferate at an accelerated rate, and new tissues and organs gradually form.

The bioenergy produced by the atomic reactor is transported in large quantities to various parts of the body, promoting cell differentiation and specialization.

At the same time, DNA repair enzymes are also working continuously to repair genetic damage that may be caused by energy shock, ensuring the correct direction of evolution.

In the bones, new bone cells are constantly generated, making the bones harder and stronger to accommodate possible increased body weight and exercise demands.

Muscle tissue is also constantly growing and optimizing, and the number and proportion of specialized muscle fibers may change, further improving muscle strength and endurance.

The nervous system is also undergoing upgrades and transformations. The connections between neurons are tighter and more efficient, and information is transmitted faster, allowing Connors to better perceive and respond to his surroundings.

Its size also began to grow rapidly.

(End of this chapter)