The First Superhuman: Rebuilding Civilization from the Moon-Chapter 89: The Longevity Virus

Before long, the requested personnel had gathered in the captain’s quarters. Jason started the meeting by distributing the preliminary report to those who hadn’t yet read it.

Although the expressions in the room varied, the general reaction was surprisingly muted. Aside from a few of the older department heads, most people simply looked surprised for a moment before quickly returning to their baseline calmness.

This lack of excitement was somewhat unexpected, but Jason quickly realized why.

It made perfect sense. The average age of the population aboard the Noah was only twenty-eight. They were all in the prime of their lives. Even the oldest senior scientists were barely pushing sixty, still at the absolute peak of their careers.

In an environment where almost everyone is young, strong, and has decades of life ahead of them, the concept of mortality rarely crosses anyone’s mind.

Extending the human lifespan was certainly a fascinating scientific novelty, but to them, it was just a distant possibility not an immediate, desperate need.

So, while the news was objectively incredible, it didn’t spark the same visceral, cheering excitement as the successful deployment of the new super-excavators.

When you’re young, who actively worries about dying of old age? If you want to live longer, the formula is already simple: avoid smoking, cut down on drinking, eat a balanced diet, and exercise regularly.

Usually, only the elderly ever actually dedicate their energy to "longevity" pursuits.

Jason was honestly a bit speechless at their apathy. Back on Earth, hadn’t the world’s billionaires and political elites thrown away unimaginable fortunes researching the Perfect Element for this exact reason?

When those powerful figures were standing on the verge of death, they desperately volunteered for the lethal Perfect Element trials, praying for one last, miraculous stroke of luck... even though every single one of them failed and died.

The terror between life and death was the ultimate motivator!

Now that they had stumbled upon something that could legitimately extend the human lifespan, the crew was only mildly intrigued. It was simply because they hadn’t reached the age where they could appreciate it.

"As you all know," Jason began, calling the room to order, "although the Martian pathogen is a carbon-based organism, its underlying genetic and protein structures are fundamentally different from terrestrial biology. Studying it allows us to fill massive gaps in our biological models and unlock entirely new scientific insights."

"Recently, Professor Constantine’s research team has achieved a major breakthrough. I’ve asked him here today to explain it to us in detail." Jason gestured to the young scientist, formally introducing him to the room.

Professor Constantine was a brilliant researcher in his early thirties who had been instrumental in analyzing the Martian pathogen. He had heavy, dark bags under his eyes, a testament to his exhaustion but his eyes themselves were bright and piercing, fueled by sheer adrenaline.

"The Martian pathogen isn’t just a single virus," Constantine began, his voice vibrating with excitement. "To date, we have isolated 3,325 distinct strains."

"As noted in previous reports, they are biologically more complex than standard viruses and can survive independently, though we still use the term ’virus’ or ’pathogen’ out of habit."

Constantine’s team had determined that only twelve of these strains were actually pathogenic and harmful to humans, while the rest simply couldn’t survive long-term within a human host. His team had been rigorously monitoring the crew members who had contracted those twelve harmful strains.

"After our initial wave of over 400 infected patients successfully recovered, we conducted exhaustive physical evaluations. And we found something incredible: a vast majority of the survivors actually saw their overall baseline health metrics increase by 1.6% after clearing the infection!"

"While 1.6% might sound like a small margin, it completely shatters our medical expectations. Normally, a severe illness degrades a patient’s physical condition. Here, it actively improved it." Constantine pulled up a chart displaying the comprehensive data sets.

Because every individual had undergone rigorous medical screening before the mission, the medical department possessed flawless, deeply detailed baseline data for comparison.

"We knew there had to be a biological mechanism driving this, and we were determined to isolate it."

"After three months of relentless testing, we finally isolated a specific, highly beneficial strain of the pathogen. For now, we are calling it the ’Longevity Pathogen’."

A murmur of uneasy shifting rippled through the room. Longevity Virus, it sounded like a contradiction in terms.

"When this specific strain enters a human cell, it doesn’t destroy it. Instead, it reactivates the dormant functions within human stem cells, allowing them to safely divide far more times than their natural biological limit! It achieves this by directly repairing the telomeres at the ends of our DNA strands."

Constantine rattled off a rapid-fire string of complex biochemical terms. Then, catching the blank stares from the non-biologists in the room, he paused and translated his findings into plain English.

What is aging? What is the fundamental essence of growing old?

For all biological life, aging is an inescapable rhythm.

Graying hair, tooth loss, and wrinkling skin are just the visible, external symptoms. The invisible, internal symptoms are far worse: failing organs, slowed neural responses, degrading memory, and collapsing immune systems.

Human aging, at its core, is simply the process of cellular degradation, specifically, the degradation of our stem cells.

A human being might live for a century, but our individual somatic cells (the regular cells that make up our bodies) have incredibly short lifespans. For instance, human skin cells completely replace themselves every 27 to 28 days, and the cells lining the intestinal tract die and are replaced every 2 to 3 days.

As mature somatic cells die off from age or injury, the body must constantly generate fresh replacements. Stem cells act as the biological factories that produce these replacements.

However, a stem cell cannot divide and produce new cells infinitely. It has a hard biological limit, governed entirely by the DNA telomeres. Scientists discovered long ago that every time a cell divides and replicates its DNA, a tiny segment at the very end of the DNA strand is lost.

This expendable endcap is the telomere.

You can think of a telomere like the plastic tip on the end of a shoelace, or a biological safety helmet. It protects the vital genetic information from unraveling by "sacrificing" a piece of itself during every replication cycle.

Eventually, after countless generations of replication, the telomeres are worn completely away. Without that protective cap, the actual, vital DNA sequence begins to take damage. This directly leads to two things: cellular aging and the formation of cancerous tumors. Therefore, the number of times a human stem cell can safely divide is strictly limited.

"This specific Martian strain actively repairs those degraded telomeres, functionally resetting the biological clock of aging stem cells," Professor Constantine explained, his face flushed with triumph. "According to our preliminary lab data, this process can safely increase a stem cell’s maximum division limit by 30% to 50%!"

"In practical terms, it significantly extends the maximum human lifespan. If administered and controlled properly, we could see a 50% increase in human longevity!"

His voice echoed through the cabin, swelling with immense pride. "If this works, the physical aging process will slow to a crawl. The new average human lifespan could easily reach 110 to 130 years!"

"A human being wouldn’t even begin to show visible signs of old age until they hit a century! The physical difference between a 20-year-old and a 50-year-old would become virtually indistinguishable."

The sheer magnitude of the discovery finally hit everyone in the room. Their hearts pounded. This wasn’t abstract science; this was a tangible, miraculous benefit. How could humanity have possibly stumbled into such incredible luck?

While an extra fifty years paled in comparison to the theoretical biological immortality promised by the Perfect Element, this was an actual, workable solution! It was something their technology could harness, and something every single person aboard the ship could benefit from!

Jason let out a long, breathless sigh. Life truly is unpredictable. To think a miracle like this was just sitting in the dirt of a dead world. "If the political elite and billionaires back on Earth had known this was here... they probably would have bankrupted their nations building massive colony ships just to reach it."

Humanity had spent decades and billions of dollars trying to cheat death with the Perfect Element, resulting in nothing but failure and tragedy. And now, a random microscopic pathogen they dug out of the ground had unexpectedly handed them the key.

It wasn’t true immortality, but an extra fifty years of youthful, healthy life? That was a victory worth celebrating.