Chapter 1448 Virus-Mutated Organisms

Michael is the only one who has perfect blood, and the probability is very low.

Perfect blood, this legendary miracle, not only contains a powerful immune ability that has never been seen in human history, but also hides the key to unlocking the potential of life.

The root of this uniqueness is deeply rooted in Michael's genetic code, which is a rare result of millions of years of natural selection and gene mutation.

The reason why Michael's perfect blood is so rare is largely due to the limitations of genetic technology at the time.

In that era, the exploration of genetics was still in its infancy, scientists had a shallow understanding of genes, and genetic manipulation relied on the natural reproduction process of organisms themselves.

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This means that unless it is inherited through direct blood, the characteristics of perfect blood are almost impossible to be copied or passed on to the next generation.

Therefore, in Michael's family, although there are countless descendants, none of them can inherit this gift from God.

However, the wheel of history always rolls forward, and scientific progress never stops.

With the rise of artificial insemination and IVF technology, the field of genetics has ushered in a revolutionary breakthrough.

These technologies have not only greatly broadened the choice space for human reproduction, but also opened up new ways for the treatment and prevention of genetic diseases.

Artificial insemination, through non-natural mating, directly injects selected sperm into the female body, achieving precise control of reproductive cells.

And IVF technology has pushed this process to the extreme, allowing scientists to perform various operations on fertilized eggs in a laboratory environment, including but not limited to gene editing, screening and enhancement.

It is based on these advanced technical means that researchers began to solve the problem of perfect blood inheritance.

They first extracted high-quality reproductive cells from Michael, and used gene sequencing technology to conduct a detailed analysis of the DNA in them, accurately locating those gene sequences directly related to the characteristics of perfect blood.

This is an extremely complex and delicate task, because perfect blood is not determined by a single gene, but the comprehensive result of the interaction of multiple genes, and every subtle difference may affect the final phenotype.

Next, researchers used gene editing tools such as CRISPR-Cas9 to precisely replicate and modify these key genes to ensure that they can be stably passed on to the next generation.

At the same time, in order to verify the feasibility of this process, they selected oocytes donated by healthy volunteers and combined the gene-edited Michael sperm with these oocytes through in vitro fertilization to form fertilized eggs carrying the perfect blood gene.

These fertilized eggs were carefully cultivated for several days in a culture dish that simulated the uterine environment and eventually developed into early embryos.

As the embryos grew, researchers used high-resolution imaging technology and gene expression analysis to strictly screen these embryos to ensure that they not only inherited Michael's perfect blood gene, but also maintained normal growth and development potential.

After layers of screening, several of the healthiest embryos were selected for the next transplantation operation.

However, this is only the first step in a long journey.

The next challenge is how to verify whether these gene-edited babies really inherit all the characteristics of perfect blood and whether these characteristics will have any adverse effects on their health.

At the same time, Michael's blood samples were sent to Hydra's top virology laboratory for a series of unprecedented tests.

The reason why perfect blood is special is not only its strong immune ability, but also the strange effect it produces when interacting with certain viruses.

The plague virus before the sixth century was completely suppressed and could not replicate after contacting Michael's blood. This discovery made scientists excited because it indicated that perfect blood might provide a new idea for treating various stubborn diseases.

The rabies virus carried by bats and wolves showed even more amazing results.

Under the action of Michael's blood, the rabies virus mutated, not only losing its original pathogenicity, but also giving the host some extraordinary abilities.

Experimental animals infected with bat rabies virus showed vampire-like characteristics, such as increased nocturnal activity, abnormal desire for blood, and a certain degree of self-healing ability.

The wolf rabies virus has given rise to the werewolf phenomenon. The host will experience drastic physiological changes on the night of the full moon, with greatly increased strength, speed and sensory acuity, accompanied by strong aggressiveness and wildness.

Faced with such an attractive scientific research prospect, researchers decided to adopt a more comprehensive and in-depth testing strategy.

They first reviewed all the viruses known to cause major epidemics in history, including but not limited to ancient viruses such as smallpox, plague, and cholera, as well as emerging Ebola virus, Zika virus, Middle East Respiratory Syndrome Coronavirus (MERS-CoV), influenza virus, etc. in recent years.

These viruses were selected not only based on their pathogenicity, but also on the extent of their impact on human society and the extent of their understanding by the scientific community.

Ebola virus, known for its extremely high mortality rate and hemorrhagic symptoms, is one of the primary test subjects of the scientific research team.

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The researchers used a highly secure Biosafety Level 4 (BSL-4) laboratory to conduct experiments, exposing a small amount of inactivated Ebola virus samples to Michael's blood samples.

They observed cell changes in the blood samples through high-precision microscopes, and used gene sequencing technology to monitor whether any viral gene fragments were degraded or modified by special components in the blood.

Surprisingly, the experimental results showed that Michael's blood seemed to be able to quickly identify and neutralize the protein shell of the Ebola virus, preventing it from entering the cell, thereby effectively inhibiting the replication and spread of the virus.

At the same time, Perfect Blood modified the Ebola virus samples far beyond the cellular level and then absorbed the virus.

"Perfect Blood's cells have become stronger!"

The researchers exclaimed that it seemed that the effect of Ebola virus on Perfect Blood was not the variability of vampires and werewolves.

But after further research, it was found that the blood still mutated, leading to the emergence of mutant creature 004.

001 is Alexander Corvinus, 002 is the ancestor of vampires Marcus, and 003 is the ancestor of werewolves William.

004 mutant creature, this creature not only has extraordinary resilience and absolute immunity to diseases, but can also spread the mutated form of the Ebola virus to other people through contact with body fluids.