Compared with the lack of capacity, NASA and the Federal Space Agency not only launch more spacecraft, but also weigh a lot.
The spacecraft is heavy enough to carry a lot of scientific research equipment.
Although there is no plan to return to Blue Star, it is more than enough to analyze whether there is life in the surface soil of Mars by using scientific research equipment of the spacecraft.
During this exploration, NASA discovered 17 kinds of Martian creatures through the equipment carried by the landing spacecraft.
Three kinds of fungi, six kinds of bacteria and six kinds of viruses are microorganisms.
Among the three kinds of fungi, there are fluorescent fungi.
"The discovery of these microbes on Mars is the responsibility of the Space Agency’s Institute of Alien Biology, while the Blue Star Biogene Institute is responsible for finding the overlapping parts of the blue star biogenes on Mars."
Chief instructor julee pointed to some paragraphs marked in red font.
These are that gene fragment shared by blue star and Mars.
According to the facies study, it has been found that there are 6 kinds of microbial gene fragments overlapping with some biological gene fragments of Bluestar among 17 kinds of Martian microorganisms.
These six kinds of Martian microorganisms do not include the fungi that scare people at present.
Although it has not been found that fluorescent fungi have visited the ancient blue star, six species of Martian microorganisms have visited the ancient blue star and left their ancestral genes in the blue star ecosystem
Of course, there is another possibility.
That is, it is also possible for ancient blue stars to export microorganisms in reverse, that is, Martian microorganisms may be blue stars in the past
However, considering the special structure of the blue star, the dense atmosphere and the moon, the goalkeeper is unlikely to fly out even if a large asteroid hits the blue star.
Although there is a certain probability, from the structure, physical properties and astronomical position of Mars and Blue Star, the possibility of blue star sputtering debris is about two orders of magnitude lower than that of Mars.
From this point, most researchers agree that microbes were born on Mars and were carried to the blue star by debris after being hit by asteroids.
After reading these, Fansen suddenly realized that "the genes of the first mice that produced antibodies quickly turned out to be Martian microbial genes."
"It’s true that we humans also have fragments of Martian microbial genes," chief instructor julee continued
"I suppose it is correct that the gene fragment of Martian microorganism contains the gene sequence of anti-fluorescence fungi, and of course it is not a wise move to activate these recessive genes."
"…" His researcher thought for a while and agreed not to activate recessive genes.
There are indeed many microbial genes hidden in the human gene sequence, which is actually an evolutionary by-product accumulated over hundreds of millions of years in the process of human evolution.
In modern genetics, it is found that there are many genes hidden in the human gene sequence that seem to be absent but have been inherited by human beings.
For example, the most obvious example is HIV, an RNA virus that replicates itself by reverse transcription of human genes.
However, the process of reverse transcription is not smooth sailing. It is possible that reverse transcription failed due to unexpected factors during the reverse transcription process, but the virus gene has been embedded into human genes.
Or in the process of natural resistance against viruses, bacteria and fungi, antibodies are produced, and in this process, microbial gene sequences may also be embedded into human gene sequences.
Chapter seven hundred and three Evolution (5)
In ancient times, Martian microbes once visited Bluestar by crashing debris and left their own gene fragments in Bluestar ecosystem.
This is the fact that the federal academic circles have long understood that there are also fragments of Martian microorganisms in the human gene sequence.
These gene fragments are genetic evidence left by antibodies produced by human ancestors infected with Martian microorganisms.
In the previous experiment, Li Yu modified some genes of the fluorescent fungi and then added gene activating agents.
In the process of mice’s resistance to fluorescing fungi after injection of mixed solution, the gene activating agent helped to quickly activate the gene fragments left over from ancient times.
What are these ancient gene fragments that can resist fluorescent fungi?
Didn’t you say that there were no signs of fluorescent fungi invasion in bluestar organisms?
This is another concept, that is, the theory of the origin of life is a development process in which the origin of life in their ecosystems is likely to be simple organic matter-complex organic matter-virus-bacteria-fungi-multicellular organisms.
If Mars is an isolated biosphere, as soon as it evolves, it is very likely that organisms will be viruses, followed by bacteria and fungi.
Considering the general situation of viruses, the virus must be attached to bacteria and fungi in the Mars ecosystem.
The distribution of fluorescent fungi on Mars is very wide. At present, fluorescent fungi have been found in four detectors with biological inspection equipment.
In this way, it is said that the fluorescent fungi will definitely have contact with other Martian viruses, and even they may all originate from the same virus.
Because there is no complex multicellular organism discovered by Mars in the current detection data for the time being.
This means that Martian microorganisms may not have completed highly differential differentiation, and some common descent gene fragments remain among them.
Li Yu activated the original gene and some subsidiary gene fragments just because of this situation.
The invasion of fluorescent fungi forced the mouse gene to start resistance, so that the Martian origin gene in the hidden mouse gene sequence could protect itself.
Of course, this kind of activation is very risky. Even if you are lucky enough to live, your body is deformed, your life expectancy is shortened, and you are unconscious.
From the experimental results of three laboratories, Li Yu and others found that this gene activation method would bring great side effects to the body
If Huang Xiuyuan sees this experimental report, he probably won’t be surprised.
Because of the outbreak of the blue star ecological circle of the fluorescent fungus in the future, many people are activated because of the recessive origin gene, although they barely survive, it will bring difficult recovery.
In this experiment, Li Yu’s team still modified the fluorescent fungi, which weakened the infectivity and mutation speed, so that three mice successfully lived 22.
If it is protofluorescing fungi, the mortality rate is as high as 6~7%, and the variation rate is as high as 99.9%.
Let go of the pen and Li Yu smiled. "Although it is impossible for human beings to gain resistance to fluorescing fungi by directly activating the origin gene, this experiment has confirmed some of my guesses."
"Boss, your idea is the transition body, right?" Fan Sen asked thoughtfully.