Born Tech Mad

Using Bell's documentary to advertise, within a day, the heating rod became famous and got Ross a $15 million order.

It can be predicted that with the popularity of the documentary, the audience's enthusiasm for heating rods will become stronger and stronger, and Ross will get more and more orders for heating rods.

Investing $2.5 million in the cost of filming Bell's documentary, the business has earned back. If you count the rebroadcasting fees of Bell's documentaries sold to TV stations and video sites, you will get a share. The investment is simply worth it.

Ross even wondered if he would follow this path if he develops other products in the future. While using the influence of celebrities to advertise and sell products, he could also use film and television resources to make a fortune.

Heating rods and special bearings can already bring Ross a steady stream of wealth. If the share of Bell's documentary is added, Ross will soon be able to own hundreds of millions of property.

The money has already started to be earned, and life is what matters now.

The next day, Ross began to devote himself to the biological experiment plan again.

The Tianhe-2 computer is powerful, and its ability to process information is many times stronger than that of the dozens of computers that Ross used back then.

After the shotgun was changed, the new equipment gave Ross more power, and he started experimenting with more energy.

Buried in the cold and boring laboratory, Ross used Tianhe-2's powerful computing and information processing capabilities to process huge amounts of information and analyze data in an orderly manner. With the help of supercomputers, Ross gets twice the result with half the effort.

He doesn't even need to do manual experiments anymore, as long as he uses the simulation capabilities of software and supercomputers, Ross can simulate experiments in the computer.

This increased the speed of Rose's biological experiments by a hundred times.

More than 90% of biological genes are protein genes, and the other 10% are genetic genes, also called dna.

DNA is composed of 6 kinds of small molecules, which direct human protein genes to transmit information, or undergo molecular changes to form base swaps.

The genes of organisms are stored in the nucleus of cells. Among the tens of trillions of cells of organisms, which cells contain which genes, when they transmit information, and when genes are exchanged, the molecular changes that occur are very scary.

Ross started from the key points, studying the molecular changes when DNA undergoes various helical structures, double helix structures, and superhelical structures. To study changes in chromosomes when DNA comes into contact with proteins.

This is a huge molecular project, with the assistance of supercomputers, it took a week, and Ross has completed it.

Through hundreds of millions of computer simulation calculations, he found 5,000 genetic genes of sea anemones, and deciphered the codes of about 600 of them. Ross knows all about the changes.

What kind of ability and function each dna possesses, Ross already knows clearly.

Although Ross only deciphered 1/8 of the genetic code of the sea anemone, it was enough. Among them, 342 genes will undergo genetic mutations under external stimuli, which can make the sea anemone transform from an animal to a plant, and the cells undergo expansion.

The other 200 genes, under stimulation, can allow the sea anemone to quickly absorb light, perform photosynthesis, and transform in a plant state.

The remaining 58 genes allow the anemone's cells to divide rapidly and eventually the muscles to contract.

In principle, as long as Ross extracts the special genes of these sea anemones, he can solve the problems of muscle expansion, muscle contraction, and energy absorption.

But this is not the case. Although the genes of human beings and most creatures are more than 85% to 90% similar, the difference will be very scary if there is a slight gap.

Ross went to work again, and he used a supercomputer to simulate the genetic genes of these sea anemones. After implanting into the human body, what kind of genetic mutations will occur when they come into contact with human genetic genes.

Seven days later, through hundreds of millions of simulations by supercomputers, the experiment progressed again.

Of the 600 genes that have been deciphered, 321 genes were ruled out by Roth.

If these genes are implanted into the human body, they may turn people into ugly monsters, or change their temperament drastically, becoming ferocious and violent.

The remaining 279 genes are completely safe after contact with the human body, and can allow people to have the ability to expand muscles, absorb energy, and transform energy. Ross's Hulk serum project has been initially completed.

Excited, Ross began to invest in the experiments of gene separation and gene extraction.

The gene experiment extracted by Ross is to extract various cells containing different genes. So he had to remove various tissues of the sea anemone, and then extract the cells.

A sea anemone can't satisfy Ross. There is still a difference between a manual experiment and a computer simulation experiment. A little carelessness will kill the experimental product.

Ross could only ask Tan Li to help him purchase hundreds of sea anemones.

The experiment started with failure, and the success rate gradually increased. Sea anemones died in the gene extraction experiment.

After killing 88 sea anemones, Ross finally extracted the 279 kinds of cells needed, which contained 279 kinds of genes of sea anemones.

These cells are mixed with various amino acids and proteins to form a genetic potion.

This initial genetic potion does not allow Rose to have the ability of a weakened version of Hulk, but it is enough to allow Rose to have the special ability to expand muscles, absorb energy, and transform energy.

Ross was reluctant to inject these genes into his body, but carefully separated the cells containing different genes, put them into a glass, and carefully fed the cells with a variety of nutrients to speed up the division and regeneration of the cells, increase the number of cells, and clone these cells in large numbers. Cells containing different genes.

Under constant temperature and adequate nutrition, these cells reproduce very quickly.

Cells reproduce by division. One becomes two, two becomes four, four becomes eight, and finally divides faster and faster, reaching geometric times.

Fortunately, the speed of these cells dividing is not very fast, it only divides once in a few minutes. If it is not controlled, after a day, the number reached will be terrible.

But as long as the nutrition and temperature are controlled, the speed of their division will be much slower. After the nutrients are exhausted, they will not be able to reproduce without energy support.

It was late at night, and Rose, who had just finished the gene extraction experiment, was a little sleepy and yawned. Rose put a little more nutrients into the 279 glasses, raised the temperature of the air conditioner a little, and looked at them with a microscope. Cells are more active.

Ross yawned and flashed back to his room to sleep.

In the early morning of the next day, Ross got up early and went into the laboratory to see that drops of blood-red water appeared in 279 glasses. These blood beads are cells that have been cloned by division. Because the nutrients are exhausted, they can no longer reproduce.

Rose sucked out a little of the cells in the 279 glass covers with a syringe, injected them into a glass vial, put the remaining cells into the freezer together with the glass, and stored them frozen.

Half an hour later, there were 279 glasses in the freezer. They contain 279 genes of sea anemones.

The glass bottle in Rose's hand was mixed with 279 types of cells, containing 279 types of genes. After adding some trace amounts of protein and amino acids, and various nucleic acid sugars, a bottle of 50 mg gene potion was successfully produced.

"Hey, the weakest gene potion has been produced. After I inject it, I can have the ability to expand muscles, absorb energy, and convert energy. It should increase my muscle strength several times."

Ross looked at the bottle of genetic medicine with greedy eyes, but he didn't dare to inject it lightly.

"Forget it, just to be on the safe side, let's find some experimental products and do experiments. I'll inject it after it's absolutely safe."

Ross grabbed a few mice, injected them with genetic potions, and watched the changes quietly.

"If the experiment is absolutely safe, in addition to making me stronger, it seems that I can save the muscular atrophy and paralyzed people all over the world. Hehe, it seems easy to get a Nobel Prize in Medicine!"

Rose yelled for a while, quietly waiting for the progress of the experiment.