Chapter 414 Low Damage
Enter the laboratory.
Manning introduced to him: "Chairman, these are the 37 new natural ingredients we have recently developed."
Li Qingye picked up one of the reagent bottles, which had a special code on it.
"This is a cinnamon polysaccharide, which has a very good effect in calming the nerves, but the content is very small and it only exists in fresh cinnamon," Manning explained.
"What kind of absorption method do you use?"
"Venous symbiont transport scheme."
Li Qingye put down the reagent bottle. The so-called intravenous symbiotic worm delivery plan is to use special symbiotic worms in the body to deliver drugs directly to specific organs.
This plan will obviously only be applicable to new humans, and ordinary people will not be able to enjoy it.
The venous symbiont transport solution is widely used in the internal medical system of Homo sapiens and the effect is very good.
Including the treatment of gout, symbiotic worms can be used to deliver drugs directly to the lesion area, making it take effect quickly and reducing the trouble of surgery.
In fact, new humans basically do not suffer from diseases such as gout, diabetes, hypertension, and fatty liver.
Because there are intelligent assistance systems and symbiotic insects that maintain the health of the body at all times.
Many of the drugs being researched now are not actually for use on new humans, but for use on natural humans.
After he looked at the new natural ingredients, he followed Manning to one of the research areas.
Seeing the researchers busy inside, Li Qingye, as a biologist, was very familiar with the various facilities in this laboratory. He could tell at a glance that this was a gene-related research area.
Manning whispered, "Chairman, this is for studying small molecule genes."
Human beings' understanding of science is staged.
Just like the small molecule genes in front of us, human beings’ previous understanding of genes was focused on chromosome genes, that is, large molecule genes.
With the advancement of various detection technologies, small molecule genes have been gradually discovered and have attracted increasing attention.
At present, the small molecule genes of humans are still not fully understood within Homo sapiens, let alone the small molecule genes of other organisms.
"Did you find anything?"
Manning nodded. "There are some discoveries. Some of the small molecule genes overlap with those found in the human body. In addition, a number of small molecule genes related to life span and disease have been discovered."
Then she picked up the tablet and found one of the papers, which was researched by the Natural Medicine Laboratory some time ago.
Li Qingye discovered that the paper was about the study of opium poppy: "Opium?"
"Yes, we have found 14 new small molecule genes in the chloroplasts of poppy. Among these genes, three are related to the synthesis efficiency of its special components, two of which are inhibitory genes and one is a maintenance gene. After knocking out the two inhibitory genes, the synthesis rate of its special components increased by 18.6 to 22.5 times."
“Nice results.”
Manning continued: "Inspired by this discovery, we re-examined the small molecule genes of many medicinal plants and again, by knocking out specific inhibitory genes in the small molecule genes, we significantly increased the content of medicinal ingredients in some plants. This technology will help reduce the production cost of medicinal plants in the future."
Li Qingye also agreed with this.
If we follow traditional planting and breeding, or collect wild animals and plants, there is obviously no way to meet the internal needs of the Homo sapiens company.
After all, at the beginning of this month, the population of Homo sapiens officially exceeded the 1 billion mark.
Therefore, artificial synthesis or genetic breeding is the future development direction.
Natural medicines have enormous potential, and Homo sapiens also attach great importance to them, which has led to a large number of studies and discoveries on natural ingredients.
…
Li Qingye took a look at the small molecule gene research area and then left.
The minibus drove around for more than three hours.
Came to a small city again.
He came to the valley on the east side of the small city, where there was also a biological laboratory - the Gene Induction Laboratory (4539).
This laboratory is also where Li Qingye works recently.
As soon as he came back, Natalia, the head of the laboratory, appeared in front of him.
"Welcome back, Mr. Chairman!"
“How’s the progress on that project?”
Natalia smiled and replied, "Preliminary testing has been completed, and currently 17 experiments have been successful."
"Well, I'll go check it out later."
After changing into experimental protective clothing in the locker room, Li Qingye and Natalia walked into a room .
There are many small glass boxes on display in the room.
Inside the box are insects of various shapes, and all of these insects have one thing in common: they have organs for producing sounds.
Natalia used a pheromone controller to release one of the cicadas and then guided it to fly over the head of a wild boar.
Suddenly the wild boar screamed and then fell down.
The cicada also staggered and fell to one side.
"The indiscriminate attack of infrasound is really fierce."
Natalia spread her hands helplessly: "There is no other way. I have asked people to adjust the body composition of insects as much as possible, but they are still carbon-based organisms after all."
These genetically recombinant insects are specially bred for infrasonic weapons. They can release infrasound waves that resonate with the human brain, thereby severely damaging the human brain in an instant.
According to the frequency and power of the emission, it can be divided into disturbance level, coma level and lethal level.
The infrasonic attack that the wild boar just received was lethal. In less than two or three seconds, the wild boar weighing more than 80 kilograms was killed instantly.
"Test the resistance of the base armor."
Natalia nodded: "No problem."
A gorilla wearing biological armor appeared in the experimental field.
Soon a infrasound cicada flew over.
After a while, the cicada staggered to the ground, while the gorilla was still alive and kicking.
Li Qingye looked at the tablet computer in his hand, which showed the data fed back from the base armor: "It seems that the biological base armor has a good resistance to infrasound waves."
In fact, this is very normal. One of the characteristics of biological armor is change. It does not have a fixed frequency and has a sound wave absorbing structure. Ordinary sonic weapons cannot penetrate the armor.
"Let's test the infrasound ball again!"
"OK."
Natalia controlled the gorilla's base armor and asked it to take out something similar to a grenade from its waist bag and throw it at its feet.
The detection instruments at the test site instantly detected dense infrasound waves.
This thing is an infrasonic grenade with a killing radius of about 20 meters. It will kill people within 10 meters, and cause coma, dizziness, and nausea within 10 to 20 meters.
At the same time, this is a very convenient weapon in melee combat.
After all, the new human soldiers equipped with exoskeleton armor and biological armor will not be attacked by infrasound. When fighting in close combat, if they throw an infrasound ball directly at their feet, their opponents will definitely doubt their lives.
Although the new humans rarely come into close combat, it is better to be prepared.
When engaging in public security warfare, low-lethal infrasonic balls can be used to quickly clear out enemies in buildings, crowds, and vehicles.
Another method is to use cluster bombs, which can project infrasonic balls to the vicinity of the target from a long distance. Targets without underground shelters will be paralyzed instantly.
At present, the Sapiens company has produced a large number of high-powered weapons, but there is a shortage of low-lethal security weapons. Therefore, infrasonic weapons, electric shock weapons, and anesthetic weapons need to be further developed.
