Chapter 1424 Promotion

But soon Brownki threw these thoughts, because he firmly believed that when the day when the nine -headed snake was no longer hidden, he would become one of the key figures of the nine -headed snake rule.

Nympho

In the vast stars of biotechnology and genetic engineering, the Osbon industry is like a bright star. With its excellent research and development strength and forward -looking science and technology vision, it leads the global biological and medical industry.

As the former Stark Industry's dominant position in the field of weapons manufacturing, Osbon Group became a benchmark for the global biomedical industry with its deep accumulation in biotechnology.

Professor Connas, a professor of biology and medicine, is standing in the core area of ​​the Osbon Industrial Biological Laboratory. His cross -object gene transplantation project aims to extract beneficial genes from other species and safeguard it safely and safely. Effectively transplanted into human body to treat or prevent a series of genetic diseases.

This project not only carries the expectations of the Osburn industry for the future medical revolution, but also the only hope for Norman Osburn to save the fate of the family.

Norman Osborne, the helm of Osburn Industry, a entrepreneur with infinite scenery in the outside world, is actually troubled by a genetic disease called "reverse virus proliferation".

With its unique genetic model, this disease allows the descendants of the Norman family to advance in advance, as if it is a curse, silently devouring the life of family members.

Through precise genetic research, Norman found that his age of onset was significantly advanced than his father, and more distressing was that by analyzing the blood sample of his son Harry Osbon, he predicts that Harry's onset time will be Even more urgent, and may not even be unable to live.

Faced with this cruel reality, Norman's expectations for the cross -type gene transplantation project have reached unprecedented heights.

He believes that only through this technology can we break the family's genetic shackles and win the hope of survival for future generations.

However, the road to science is never smooth, and Professor Conneas' project is facing unprecedented challenges.

The attenuation rate algorithm, this seemingly simple and complicated mathematical model is the key to the success of cross -type gene transplantation.

It needs to accurately calculate the stability, expression efficiency, and potential side effects of heterogeneous genes in the human body to ensure that the gene after transplantation can play a role in the human body for a long time and stably, without causing immune response or other unknown health problems. Essence

However, it is this vital algorithm that has become the biggest stumbling block on Professor Conneas' research.

In order to overcome this problem, Osburn industry has invested a lot of manpower, material and financial resources, but the progress is still slow.

Professor Connas and his team tried a variety of algorithm models, from traditional statistical methods to advanced machine learning algorithms, but never found a can accurately predict the genetic attenuation rate, but also take into account security and effectiveness. Solution.

At the same time, another major problem developed by new drugs has also been placed in front of them -how to pass the strict review of the FDA to push cross -type gene transplant technology from laboratory to clinical applications.

In the United States, any new drug or medical technology involved in human test must be strictly reviewed by the Food and Drug Administration (FDA), including the assessment of various aspects such as security, effectiveness, and ethics.

Especially for high -risk areas that involve transplantation of genetic transplantation of lested genes, the audit standards of the FDA are particularly strict, and it usually takes up to ten years and hundreds of millions of dollars of funds.

Professor Connas knows that even if they eventually successfully developed attenuation rate algorithms, it is only the first step in the Long March.

Next, they still need to face how to apply for IND (new drug clinical research application), how to carry out human experiments on the premise of strictly following the ethical principles, and how to collect enough data to prove the drug during the long clinical trial process to prove the drug Safety and effectiveness.

Just now, Professor Conneas tried again in the laboratory that the gene fragment of the crawling lizard was transplanted into the mice, so as to use the regenerative ability contained in these genes to repair the damaged limbs of the mouse.

However, the results of the experiment broke his hope again.

Not only did the wound of the little white mouse do not heal as expected, it was quickly swollen, which caused a strong rejection reaction. This is one of the difficulties that the current gene editing technology cannot be overcome.

Professor Connas watched the mice struggling painfully, and his heart was full of helplessness and blame.

The progress of science is always accompanied by failure and setbacks, but each failure seems to be a blow to his confidence.

Gene transplantation is not only a simple "shear-paste" process. It also needs to consider multiple complex factors such as the regulation of gene expression, the compatibility of the host cells, and the potential immune exclusion response.

Although he has made countless optimization and adjustments, it is clear that the current technical framework is not enough to support him to achieve this grand goal.

Chang Weizheng plans to accelerate the birth of Dr. Lizard to enhance the strength of the nine -headed snake.

In this world, Jiutou snake has recruited two well -known villains, but Chang Wei believes that this is not enough because he needs enough villains to fight against the upcoming justice.

Dr. Lizard, a villain with regeneration ability and powerful power, and even melee with Spider -Man, is undoubtedly an ideal choice.

"At present, it should be an extraordinary Spider -Man?"

Chang Wei thought.

No mistakes, one post, one content, one look!

In the MCU movie universe, Spider-Man is Spider-Man, the youngest Spider-Man, but the existence of Professor Connors makes this setting confusing.

If Professor Connors really exists in this world, it is likely that the Amazing Spider-Man will also appear, and even classic villains such as the Green Goblin may be born.

"Green Goblin serum, that's a good thing that is more powerful than Spider-Man in melee combat."

Green Goblin serum, a biological agent that can give users super strength and speed, its effect is so powerful that even Spider-Man can hardly match it.

For Chang Wei, such power is undoubtedly an excellent way to enhance the strength of Hydra.

"Who?"

Professor Connors panicked.

He just stood up from the microscope and was about to record the latest experimental observation data, but he accidentally captured Chang Wei's undisguised voice, which was a mixture of curiosity and frivolity. Obviously, it did not belong to this usually silent space where only scientific rigor is allowed to exist.

Professor Connors' heartbeat accelerated involuntarily, and he looked around quickly, trying to find the source of the sound.