Jin San configured a nutrient and used it to do an experiment, so that according to this experiment, the gene agent could be reconfigured, and this agent specifically for the growth of diesel trees could be gradually improved.

Jin San didn't care about the others, he took out a diesel tree seed, put it into a fixed dish, and poured in the genetic potion he had just configured.

Soon the seeds of the diesel tree began to take root and sprout, and the diesel tree began to grow rapidly, in this process, Jin San had to constantly add various nutrients to it, otherwise, the diesel tree would not get nutrients and would soon die.

Soon the diesel tree began to fork, growing more than a dozen trunks, and growing rapidly, and when the main trunk of the diesel tree grew to a meter long, Jin San took out a liquid again and quickly dripped it into the fixed disk.

When the diesel tree absorbs the drop, the diesel tree will no longer grow taller when it is established.

The height of the diesel tree no longer changes, but it does not stop growing, although the height does not change, but the diesel tree that has just been born has begun to bloom.

Jin San stopped what he was doing, there was still a problem with the nutrient solution he had configured, so this diesel tree could only be born here, and even if it grew again, it would not be able to bear normal fruits.

Untie the fixed disk, take out the almost large number of trees and throw them away, replace all the liquid under the fixed disk, pour in the nutrient solution that has been adjusted once, and put in a diesel tree seed again.

He was about to do another experiment, when he heard an exclamation.

Several later graduate students had never seen this kind of experiment, and it was impossible for Professor Yuan to use a few growth hormones casually.

When Professor Yuan first arrived, he did several such experiments, and after not achieving much results, Professor Yuan was no longer willing to waste this growth hormone.

So it was the first time for several of his students to see such a magical scene.

In an instant, a diesel tree was born, a technology they had never heard of.

Even the developed countries that claim to have the highest biotechnology cannot do it.

After the debugging of the nutrient solution, it is obvious that it is different from just now, and the diesel tree that was born this time has undergone great changes, and the biggest change is the plant.

This time, the diesel tree only grew more than 40 centimeters before it no longer grew taller, but began to bear fruit.

was able to grow normally, and Jin San began to further transform.

The first is the cold-resistant gene chain, which has been identified in orange trees and tomatoes, and has a very mature formula for activating the cold-resistant gene chain.

In fact, this diesel tree is very well adapted, as long as it does not freeze to death, it can survive in the northern cold zone.

However, it likes humidity and heat, and this Jin San can't change it.

He had never encountered this gene chain before, and he did not know which segment of the gene to regulate to eliminate the dependence of the diesel tree on the hot and humid environment.

Jin San can't change this, he can only increase the diesel tree, adapt to the northern climate and environment, and make the diesel tree evolve, only in this way, the diesel tree can adapt to the northern environment.

He has a way to make this diesel tree evergreen all year round.

Plants such as holly and pine have the most mature cold-resistant gene chains.

Through the study of these two plants, Jin San has long identified several gene chains that affect the winter growth of plants, although it is not the original single gene chain, but one and several, as long as Jin San discovers it, there is no difference.

Let the diesel tree be evergreen all year round, so that the diesel tree can also bear fruit all year round, right?

With this kind of thought, new ideas kept popping up for Jin San.

It is certainly not easy to bloom in winter, but it is not very difficult to make this diesel tree grow in winter.

As long as the leaves do not fall in winter, as long as the internal gene chain of the diesel tree is slightly adjusted, so that the diesel tree can speed up the metabolism when the cold resistance gene chain is active, so that when the temperature is low in winter, the cold resistance gene chain is automatically activated, and the metabolism is faster than usual.

This just makes up for the shortcomings of the slower metabolism of plants in winter, so that the diesel tree can grow normally in winter.

However, winter flowering is a problem, and it is not easy to make this diesel tree not bloom in winter, but it is easy to make it no longer bloom in the future.

It is more difficult to be able to bloom normally in summer and not in winter, but it is easy to not bloom in winter and summer.

The flowers that bloom in winter, but the flowers are not cold-tolerant, and there are no bees to pollinate them, so they can't bear fruit, and if they can't bear fruit, they can't harvest diesel.

Jin San did it when he thought of it, and he kept giving birth to diesel trees.

As long as it doesn't suit your wishes, you can pull them out immediately, and make the diesel tree more and more perfect by giving birth again and again.

The first is by adjusting the genetic chain of the diesel tree so that the diesel tree no longer blooms and cutting off its reproductive system, so that a deformed diesel tree appears.

Unable to flower and bear fruit, the nutrients absorbed by the diesel tree can only be stored in the branches.

Through the comparison with other plant gene chains, Jin San found out that many diesel trees have specific gene chains.

One of the most important gene chains is the diesel gene chain, which determines the external nutrients absorbed by the diesel tree, which are eventually converted into diesel and stored in the plant.

Different plants need different nutrients for their fruits.

Just like apples, chestnuts, sweet potatoes and watermelons, although these things can be eaten, the composition of different plants and fruits grown is different.

And what influences all this is the genetic gene chain, and each plant, its genetic gene chain is different.

The diesel tree is special because the fruit it grows, and its nutrients are just right for diesel fuel.

Jin San made a slight adjustment, so that this genetic chain changed a little.

In this way, the diesel tree converts the accumulated nutrients into diesel completely.

Diesel oil is squeezed directly from the fruit of the diesel tree, so that a process is saved, and this vegetable oil can be directly used as diesel without modification.

This has changed, but how to collect the diesel fuel accumulated in the diesel tree plants has become another problem.

However, this problem is much simpler, and the rubber gene chain can solve this problem very well.

The Phantom God Moon Season transformed by Jin San has used this kind of gene chain, and these gene chains are found in all plants.

It's just that it is usually in a state of suspended animation, just like the rubber gene chain, which is active in the rubber tree, affecting the growth of the rubber tree, so that the rubber tree can cut the gum.

In other plants, the same rubber tree gene chain is in a state of suspended animation.

This is the lazy surname gene that Jin San said, such genes are generally useless and can only be hidden in plants.

As long as there are no special circumstances, such a gene chain will never have an active day.

Unless the external environment changes dramatically, the plant needs to adjust its internal body again in order to adapt to the environment again and obtain the special surname to live, so that it will evolve, activate the new gene chain, and obtain new abilities, so that it will adapt to the new environment.

To activate such a gene chain, Jin San has done it many times.

He is now constantly debugging again and again in order to properly activate the gene chain he needs.

If one gene chain is activated and conflicts with other gene chains, then the diesel tree will die quickly.

In this way, Jin San can only constantly adjust the activated gene chain and constantly change the direction of plant evolution.

The rubber gene chain allows the diesel fuel stored in the diesel tree plant to flow out, and diesel fuel is an essential nutrient for the growth of the diesel tree.

Although these mutated diesel trees no longer bloom and bear fruit, it is necessary to increase nutrients to the diesel tree in order to continuously flow out of the diesel tree, otherwise it is easy to cause the diesel tree to die of nutritional imbalance.

A large number of failed modified products were spawned, and Jin San was put into the grinder to be directly crushed and thrown into the nutrient pool.

A diesel tree will be reborn on it, and it will use the branches of other diesel trees as nutrients to grow quickly.

This time, the diesel tree stopped growing when it reached two meters.

Jin San carefully used a wallpaper knife to separate a small opening on the trunk of the roots of the diesel tree.

Directly outside the wound was a large glass trough.

A pale yellow liquid flowed out of the diesel tree.

The liquid smelled of diesel, and Jin San looked at the diesel fuel flowing out, and a smile appeared on his face, this is flowing gold.

With this kind of baby, it is equivalent to having a biodiesel production line.

As long as there are enough diesel trees, he will get a steady stream of diesel.

Don't say it's just for your own use, it's enough to open a few gas stations.

However, this diesel tree is not without its shortcomings, if you want to get a steady stream of diesel, you can only continue to feed the diesel tree.

It turns out that although the diesel tree has a long flowering period and bears a lot of fruits, how many fruits does a diesel tree produce in a year?

How much diesel is produced?

Now you want to keep the diesel tree flowing out of the diesel tree, and if you don't have enough nutrients for the diesel tree to convert, the diesel tree can't make diesel out of thin air.

Even if it is water that flows out, it is necessary to give the diesel tree enough water for it to absorb before it can be transformed by the diesel tree and then flow out.

This is a real biodiesel production line, and in order to produce diesel, raw materials must be introduced.