A biochemical laboratory with the highest protection level.
A mouse was injected with transgenic mutant of fluorescent fungi, and soon the mouse twitched all over.
The nutrient solution input system of the fixed mouse body continuously injects the nutrient solution to ensure that the mouse has enough nutrition during the mutation period.
But soon, the body of the mouse expanded rapidly and more than doubled, and some redundant organs grew.
Obviously this is a failed evolution.
Chapter five hundred and sixty-nine Framework genes
The chief researcher in charge of the gene embedding project of fluorescent fungi is a former military genetic engineer with a Mediterranean hairstyle, Dr. Chen Gexin.
Huang Xiuyuan said naively, "Mr. Chen, you have experimented with gene embedding in mice for 35 times, and only two mice have benign mutation. It’s a long way to go!"
Watching the researcher manipulate the mechanical arm to take out some cell tissues from the constantly struggling mutant mice.
Dr. Chen Gexin turned his head to Tantan and answered, "I also have the ability to mutate this damn thing too fast. When I enter the body, strange mutations will occur. It is difficult for me to determine the stable gene sequence."
Huang Xiuyuan also tried to recall that the number memory was leafed through from his brain for the high mutation rate of fluorescent fungi.
In fact, after Resident Evil was assassinated, the human face did not successfully lock the gene sequence of the fluorescent fungus An.
Even if nano-robots and nano-microcomputers are added to the human body system, it is still difficult to suppress the "negative optimization" of fluorescent fungi on the human body.
He did have some gossip in secret, but the strongest force of genetic technology at that time was Noah’s side.
Noah’s secret research project on biotechnology will naturally not be easily known by Huang Xiuyuan.
Suddenly, two papers came to his mind, namely
Andrew Marshall, German Institute of Biology, published in 252 "Mars mythology Fungus MES-63-K53 Gene Fragment Stabilizes and Promotes Change";
The other one was published in the special gene structure of MES fungi in 256 by Oda Tai ‘an Dongying Third Biochemical Laboratory.
Huang Xiuyuan noticed these two articles in many papers on fluorescence fungi mainly because there were not many remarkable achievements in other ways.
Playing computer, he started the super-calculation auxiliary period and called up the gene sequence of fluorescing fungi. At present, the gene sequence of fluorescing fungi has been detected by more than a dozen mutations alone.
Chen Gexin didn’t dare to disturb Huang Xiuyuan when he saw his face exposed, but quietly looked at the gene simulation model in his brain.
Fluorescent fungi are also double helix gene sequences, but due to high mutation characteristics, each individual of these mutant fluorescent fungi does not have a large number of identical gene fragments.
According to general microorganisms, even if the gene mutation speed is fast, there will be no unrecognizable situation.
However, fluorescent fungi just violate this situation. After a mutation, a large number of gene sequences will show different degrees of mutation.
It is this almost ever-changing characteristic that makes many researchers feel helpless.
However, in these two papers, a special gene framework is analyzed by another model, and 117 groups of gene sequences are marked in red font according to that specific model in one of his mutant fluorescent fungi gene sequences.
Followed by the second mutant fluorescing fungi, the third and fourth …
As soon as Chen Gexin felt puzzled, he couldn’t see any special rules in those marked gene sequences.
However, as the genes of mutant fluorescent fungi were entered, he seemed to see some tricks.
After labeling more than 20 mutant fluorescent fungi, Huang Xiuyuan turned the chair and asked with a smile, "Did you see any rules, Mr. Chen?"
"There seems to be some rules …" Chen Gexin seems to have caught something, but it is like seeing flowers in the fog.
Huang Xiuyuan solves the mystery "You see here, here …"
He pointed to the gene sequence and circled 15 different base groups. Then he went on to say, "It seems different, but in reality, if you remove the head and tail base pairs, will it be the same?"
"Hey? It’s exactly the same. "Chen Gexin suddenly realized that" it’s a little interesting. "
After verification, they found that the first and last base pairs of these base groups, once these first and last base pairs are removed, these gene sequences constitute a very humble and impregnable gene framework.
Obviously, this is a breakthrough point. Sometimes we can’t look at the fluorescent fungi with blue star eyes.
Chen Chuangxin nodded. "Fluorescence is from Mars, and it may indeed be different from Blue Star."
In case the fluorescent fungi are not genetically the same as bluestar organisms, they need to consider this problem.
"We can actually prepare an experiment to test these structural genes."
Huang Xiuyuan asked curiously, "Mr. Chen, are you going to experiment?"
"Very simple" Chen Innovation took out a ballpoint pen draft paper and drew a double helix gene sequence. "If I destroy or replace these structural genes through transgenic technology, there are often two possibilities."
After a pause for innovation, he continued, "In the first case, after the transgene, he suspected that he had repaired the transgene or that he had not changed anything, which proved that the so-called framework gene was false."
"In the second case, fluorescence appears after transgenic, and high-speed mutation is realized by self-disintegration."
After listening to the experimental design, Huang Xiuyuan immediately agreed to come to this experiment, which can really preliminarily judge whether the fluorescent fungi have framework genes.
Soon a transgenic experimental material, equipment and manpower were ready.
A researcher manipulates a robotic arm to carefully fluoresce fungi for transgenic experiments.
Through the microscope, Huang Xiuyuan and Chen Innovation saw that the fluorescent fungi whose framework genes were changed were in a semi-dead state.
But he didn’t touch the framework gene, but the transgenic fluorescing fungus was still alive and kicking.
"Obviously, this is the core gene that we have been looking for," said Chen Innovation with great interest.
Huang Xiuyuan shook his head. "The experimental data is not enough. You must find out all the suspected structural genes one by one."
"I’ve come here for nothing and will continue to arrange for people to find out all the framework genes."
It’s hard to find a way. Chen Gexin and others will naturally not miss it.
However, Huang Xiuyuan is not blindly optimistic, because in his memory, this model has not become mainstream, mainly because it lacks a part.
The missing part is not that the person deliberately hides it, but that the other party has also gained it.
At that time, this scheme really attracted great attention from academic circles, but all gene embedding experiments ended in failure.
After super-calculation, the academic circles found some defects in this scheme, but they always found out the specific defects, which led to the implementation of the embedding experiment.
Huang Xiuyuan didn’t wake up Chen Innovation because he knew that the other party would encounter this matter sooner or later, so it was not a drama.
What’s more, he also thinks about what is the missing part in the framework gene model?
Chen Ge Singapore and Malaysia are forced to take action to arrange manpower, materials and equipment to prepare for a big fight
The project leaders in the study of fluorescence mycology are not behind closed doors, they will make academic exchanges regularly.
At present, the experiment of transgenic embedding scheme is extremely difficult
