Mr. Bakir took a sip of wine and showed a very confused expression, "It's strange. I obviously went for an internship at that time, but I couldn't find the record. I can't remember that it happened like this."

"Should we take a car, a train, a ship or a plane? Is that institute tall, narrow, gorgeous or run-down?"

"I can't remember any of this. It's like I've never been there before. And that blade is even more strange, and I can't let it go."

Is this the time to think about the leaves!

You must have encountered the Shenyin Incident!

Roughly speaking, there are four types of results of "divine hiding": one is that the process is still remembered after returning safely, the other is forgetting the process after returning safely, the third is that the body is discovered, and the fourth is that there is no news and life or death is uncertain.

Baqir's situation should be the lucky one. He returned safely and still remembers what happened. But this thing is obviously very scary!

I glanced at Lin next to me. She had closed her eyes and was leaning on the bar table, shivering and not daring to listen. Her whole body was full of fear.

Boss Dart looked very calm on the surface, but he couldn't hide the surprise and astonishment in his eyes!

Including me, the three people present were probably shocked by this man who was not in a long-term condition. He almost lost his life due to the mysterious incident, but the only thing in his mouth was the question "What is that plant?"

"Boss, give Mr. Bakir a cappuccino...what? No? Then have a bar. I respect him as a warrior."

I sighed and continued to Baqir: "I really envy your mentality...Professor, did you really not find anything wrong?"

"What's wrong?" Bakir looked at me doubtfully, "Oh, you mean plants! Yes, I have never seen such a strange plant."

As he spoke, he took out a small bookmark from his chest and attached a three-inch square piece of paper to a dry and yellow leaf. Due to long-term suppression and drying, this leaf only had dense yellow veins left, like a

The skeleton, with all its flesh and bones removed, lay there quietly.

"It doesn't seem to be any different?" I took a look and said casually. These are just ordinary leaves. They look like red oak leaves. The top is tapered and the base is wedge-shaped. The leaf edge has deep pinnate lobes and thin lobes.

Split Tooth. Even as a layman in botany, I can see the species of this plant, but I don’t see anything precious about it at all.

"Look carefully, for example, the veins of the leaves."

Bakir said, turning the leaf over and letting me take a good look at the leaf from the back.

When I took a closer look, I saw a strange crystal structure on it, covering the edges of the leaf veins like snowflakes.

"Leaf veins are the vascular bundles growing on the leaves. They are the branches of the vascular bundles in the stem. Leaf veins are generally divided into three types: bifurcated veins, reticular veins, and parallel veins."

Seeing that I seemed to have noticed something unusual, Baqir winked at me and said, "Dious venation. After the leaf veins emerge from the leaf base, they all branch out in a bifurcated shape, which is called diious venation. This is

Venous sequence is a relatively primitive type and is extremely rare in seed plants, such as ginkgo, but more common in ferns."

"Reticular veins (ion) have an obvious main vein, which branches step by step to form many staggered veinlets. The fine veins are connected to each other to form a network, which is called reticular veins."

"Parallel venation" is mainly a vein sequence unique to monocotyledonous plants. The midrib, lateral veins, and fine veins of the leaves are all arranged in parallel, or the lateral veins and midrib are nearly perpendicular, and the lateral veins are nearly parallel, so they are all parallel

pulse."

Baqir introduced a lot of knowledge to me in one breath, and then continued after taking a breath: "But the plant you saw today does not conform to these three categories at all. From the shape of the shape, the leaves have a network.

The characteristics of the veins are like veins, but the stepwise fine veins of the reticular veins are indeed composed of special crystals. After being air-dried, they even broke through the limitations of the shriveled leaves and pierced the outside of the leaves!"

"Could this be a disease?" This strange situation seems to have a morbid appearance, which makes people not think about plant diseases.

Baqir stared at the dry leaf veins and said: "Ordinary leaf vein yellowing, severe leaf vein corkization and leaf vein banding. I have also considered these lesions. No matter how I cultivate them, there is no way this special disease will appear.

Crystalline structure.”

"I found Dote's mentor at that time and hoped that the old man could help me analyze it from a medical perspective to see if the abnormality was caused by a special virus. But the final result was that there was no obvious abnormality in this leaf.

.Except for the special crystalline structure that protrudes fiercely, there is no problem."

"In the end, after taking samples and analyzing them, the old man came to the conclusion that what grew on this leaf was fiber-reinforced plastic."

"Plastic? Why does plastic grow on trees?"

The pollution in this area is so serious, why is there still a problem of plastic growing on such plants? Is it time to use degradable plastic?

Boss Dart listened for a long time and finally interjected: "Don't talk nonsense if you don't understand. Fiber-reinforced plastics are reinforced plastics that use glass fiber or its products as reinforcing materials. They are called glass fiber-reinforced plastics, or fiberglass. This

Its characteristics are light and hard, non-conductive, high mechanical strength, corrosion-resistant, etc. It can replace various machine parts, automobiles, ship shells, etc. made of steel."

Are there fiberglass growing on the plants?

I know it this way, but what is the reason?

Baqir said hesitantly: "From the day I saw it, I have suspected that this is a special resource crop. This plant can produce special resource substances when growing naturally. These appear on the veins of the leaves.

Crystals may be the process in which plants are gradually replaced by special substances!"

"Fibreglass growing on trees? Is this really possible?"

I said in surprise, suddenly feeling the preciousness of this plant. If this plant could naturally absorb specific resource substances, wouldn't it be able to eventually produce a whole fiberglass tree and be directly used to make materials? Even if the purity is not high

, can it be refined to meet the standards for use?

Maybe I don't sound too strange when I say this, but this resource crop does not say that it can only produce fiberglass. For example, if this resource is replaced by...gold?

"I searched for a long time, but could not find the research institute of that year. There was no research results on resource crops in the entire federation. I thought, if I am not crazy, it must be that the research of that year has not yet produced results."

"So when the old gentleman told me that there are herbs on this island that can quickly absorb saponins, β-elemene, and the trace element selenium as they grow, I thought that maybe I had finally found a breakthrough!"
Chapter completed!