Alleles are different versions of the same gene.

HLA genes — part of the immune system — are among the most diverse in the human genome. Evolutionists use this diversity to argue that modern humans must have originated from a large ancestral population — not just two individuals.

A famous Darwinist study claimed that HLA gene diversity requires at least 32 primary alleles, which, according to their model, could not exist in a population smaller than 4,000 individuals, and possibly even 100,000.

❌ “Diversification from only two people is impossible.”

✅ “Humans must have evolved from a large population.”

👉 From evolutionary assumptions about mutation rates, divergence times, and selection pressures — all based on the human-chimpanzee split timeline.

The calculations depend heavily on:

🔸 When they want to reject small populations, mutation rates mysteriously slow down.

🔸 When faced with contradictory data, they invoke convergent evolution, parallel evolution, or genetic drift — without explaining how such complex systems could arise independently multiple times.

This is selective science, not objective truth.

A peer-reviewed evolutionary study published in Science analyzed over 3,154 human genomes and found:

“…a severe population bottleneck with about 1,280 breeding individuals between around 930,000 and 813,000 years ago. The bottleneck lasted for about 117,000 years.”

Why did the population stay stable for so long without going extinct?

And if such a small number survived for over 100,000 years, why can’t we consider a more recent bottleneck of two?

Even Nature described this as a 99% loss of the living population.

Another study in ScienceDirect showed that when comparing HLA-DRB sequences across humans, chimpanzees, and macaques, the relationships were inconsistent and species-specific.

“Most of the primate DRB alleles investigated represent relatively young entities, possessing species-unique sequences.”

“As no evidence was found for convergent evolution, the combination of these two observations indicates that ancient peptide binding motifs are frequently reshuffled among duplicated members of the HLA-DRB multigene family.”

The supposed ancient origins of these alleles don’t hold up.

There’s no evidence they were inherited from a common ancestor.

Instead, they appear newly generated within each species.

This undermines the argument that HLA diversity proves an ancient, large human population.

But this isn’t a scientific explanation — it’s a label used when evolutionists run out of answers.

“An application of the method to HLA protein sequences suggests that intragenic recombination played important roles in HLA-B and DPB1, some in HLA-A and DRB1, and least in HLA-C and DQB1 diversity. However, the extent of diversity of these molecules does not necessarily correlate with the frequency of intragenic recombination, supporting the view that (balancing) selection is a primary agent of HLA diversity and often leads to convergent evolution.”

Selective storytelling wins again.

Another study looked at white-tailed eagles that went through a severe population bottleneck — yet retained significant genetic diversity.

“Despite passing through demographic bottlenecks, white-tailed eagle populations have retained significant levels of genetic diversity.”

“Migration between populations has not been a major factor for the maintenance of genetic variability.”

If a wild animal species can retain high genetic diversity after near extinction — then why not humans?

Several models have shown that starting from just two individuals, the current level of human genetic diversity can be achieved — especially with realistic mutation rates and reasonable timeframes.

So if even evolutionary scientists can simulate genetic diversity from a pair — why is the idea of two ancestors dismissed as unscientific?

“Mating in a limited population leads to diseases and eventual extinction due to inbreeding.”

We are not claiming that Adam and Eve carried the diseases we see today. Diseases increase over time due to genetic entropy — the accumulation of mutations in DNA.

📱 Later versions have more features — but also more errors.

🧠 That doesn’t mean later versions are better — just newer.

Because variation allows for adaptation — within limits — and serves a purpose in design.

The argument that HLA gene diversity disproves a human origin from two is built on:

Real studies show that small populations can maintain diversity.

Simulations support diversification from two individuals.

Observed genetic patterns do not require millions of years or thousands of ancestors.

Therefore, the claim that science has proven the impossibility of diversification from two pairs is false — and built on biased assumptions, not objective facts.