Chapter 47: The Powerful Extremis

The genetic system is one of the most intricate mechanisms in existence. Understanding it goes far beyond the DNA strands we often hear about. It requires decoding an elaborate interplay of mRNAs, tRNAs, primers, templates, enzymes, transport proteins, molecular chaperones, ribosomal subunits, and more. The fidelity of gene replication relies on a precise balance of these elements, where even the smallest error can disrupt the entire process.

In the case of Extremis, the transformation it achieves within the human body is based on a revolutionary reorganization of DNA. It doesn’t simply heal injuries but orchestrates a rapid repair of cells through a carefully regulated transcription process. The high heat generated by its users is nothing more than a by-product—a side effect of this extraordinary transformation.

If fully perfected, Extremis could usher in a new era of medical technology. It could repair human bodies, enhance vitality, and potentially increase lifespans.

However, in its current state, the virus is still far from ideal. Even with the system’s enhancements, the side effects haven’t been entirely eradicated—only minimized to a level that the human body can withstand. By slowing the repair process, the risk of catastrophic explosions is significantly reduced.

As Adam sifted through the newly enhanced data, he found himself more awed than ever.

“This… This is far beyond anything I’ve seen,” Adam muttered.

He marveled at how a plant-based virus had been transformed into something this groundbreaking. The system’s modifications had made it even more stable and adaptable.

“Skynet, establish a biological laboratory immediately,” Adam commanded. “Begin cultivating the first-generation Extremis strain and prepare for comprehensive research.”

Viruses, unlike machines, cannot simply be constructed. They require evolution through meticulous cultivation to meet human needs. Only after extensive trials can a usable strain be introduced into the human body.

As Adam continued his analysis, he couldn’t help but draw comparisons.

Extremis behaved like a parasite—a symbiotic entity that could reprogram human DNA, healing and strengthening the body while parasitizing it. But, when misused, it became a lethal force.

Killian was a prime example. Though he gained immense power, it came at the cost of his lifespan. The heat his body generated burned through his internal resources, damaging cells at a microscopic level.

The white-coated scientist had recognized this flaw and cleverly integrated mechanical systems to mitigate it. The centipede endoskeleton modification, for instance, used machinery to regulate Extremis activity, ensuring it wouldn’t destroy its host.

“This guy was a genius, no doubt,” Adam admitted begrudgingly. “It’s a shame I can’t use this on myself or others without severe ethical repercussions.”

Adam sighed, his eyes scanning through the technology again. Just as he was about to file it away, Skynet’s voice broke his thoughts.

“Master, why not combine this technology with your steel armor?”

Adam froze. The idea was… brilliant. Extremis combined with steel armor could create a hybrid that overcame many of the armor’s limitations.

His mind raced. “That could work. But how do I ensure compatibility? The armor lacks biological components like muscles or DNA for the virus to act upon. And the heat—how do we control that?”

After some thought, Adam’s eyes lit up. “Skynet, establish a new research project. Code name: Biological Battle Armor Technology.”

Using artificial muscles as a substitute for human tissue and high-energy culture fluids to sustain the virus, the project could bring this hybrid concept to life.

The steel armor had always been an incredible achievement, but it wasn’t without flaws. It lacked flexibility and relied entirely on its mechanical structure. By integrating artificial muscles and Extremis-enhanced components, it could become a seamless blend of strength and agility.

“Skynet, contact Osborn Industries. Secure some of their biotech patents. And reach out to Dr. Connors—discreetly. Let’s see if he’s interested in working for Wayne Group.”

Dr. Curt Connors, with his groundbreaking research on biological enhancement, was the perfect candidate to spearhead this project. If Adam could restore his lost arm, Connors would undoubtedly feel indebted enough to join him.

“With Connors on board,” Adam thought, “I can delegate the heavy lifting to him while I focus on strategy. Sounds like a win-win.”

As Adam envisioned the potential of the Biological Battle Armor, his excitement grew. The combination of steel and biology could revolutionize not just combat but entire industries.

“Let’s see how far we can take this,” Adam whispered, a determined gleam in his eyes.