I Have Genius DNA
Eps 7 Inverted Deferrescence Stem Cells

Park Dong-hyun, a senior researcher in the Division of Life Creation, looked at the experimental data. I'm used to being ignored by top-level scientists at weekly project progress meetings, but next week we have more serious problems. The year-end reporting seminar.

This is a major research meeting attended by all researchers except interns throughout Aizen's lab. Here, each project team leader should present and discuss performance. It's an eight-hour infernal debate, and the presentation of the life-creation department makes the atmosphere very bad.

Everyone looked at the Department of life creation with sarcasm or looked down on it and some of the heads of the research centers condemned the department. The best thing I heard last year was this

"Look at what you've done now. Even a monkey can do that!" How did the monkey conduct the experiment?

It's not feedback and discussion about the research, but ridicule and insinuation that I resign myself as chairman of the life creation department that is considered useless so that's why people say that.

"Whoops....."

I was confused to think that I was going to experience hell again.

On Tuesday afternoon, Dr. Ryu Young-joon appears and greets him and sits down.

Park Dong-hyun approached and asked. "How are you feeling?"

"Yes, I'm fine."

"I'm happy."

"Yes, Senior Manager Park. Our year-end seminar is near, right? I think we need to examine his progress and discuss what should be reported."

"Alright, follow me." Park Dong-hyun moves into the conference room with Ryu Young-joon.

I made a cup of coffee and waited for a while, and two members of the Life Creation Department walked in. There were a total of four people, including Ryu Young-joon and Park Dong-hyun.

"First of all, you all know Ryu Young-joon, right? This is the celebrity who cursed Kim Hyun-taek, the new member of our team. Applause."

Park Dong-hyun introduces Ryu Young-joon to his team members. "Do you feel better now?" The woman in round glasses asked. She is the woman who called 119 when Ryu Young-joon passed out.

"Yes, I'm fine now."

"Please be good. My name is Jung Hyerim. I'm a senior researcher. I was on the protein purification team, and I came here because of this and that. I'm looking forward to your cooperation well."

After introducing herself, Jung Hye-rim looks at the man next to her. He had a plump figure, a slightly smaller t-shirt, and a flaccid figure. It was a simple impression with shaggy hair and horn-rimmed glasses. And he was watching Japanese animation on his phone and he looked very focused.

"Soonyeol introduce your name, we'll have a meeting soon. We're new here, so you have to introduce yourself" Jung Hye Rim said.

Ko Soon-yeol then said without turning her eyes to the side. "We still have one minute left for lunch." It was 2pm

Lunch time? Jung Hye-rim says to Ryu Young-joon, who has a curious expression on his face.

"Soonyeol, I went out briefly after 1pm for lunch. Haha... Soonyeol, you know why you're here, right?" Jung Hye-rim shrugged her shoulders.

"I don't like companies that use their time like clockwork."

Ryu Young-joon nodded.

"I came here at exactly 6 p.m. after talking back to the manager."

Jung Hye-rim shook her head.

"Is your name different from ours?" ask Ryu Young-joon.

"Yes, right. Soonyeol, please introduce yourself to Youngjun."

"Aragh!" Ko Soon-yeol suddenly tore her hair. He curled up his phone where the animation was playing.

"Kohaku Sonogo Tameyo!"

"What?"

"Kohaku Zzi... Sonna Haju and

Nai...."

"....Immediately-yeol"

time's almost up. Jung Hye-rim pokes Ko Soon-yeol's shoulder. Then Ko Soon-yeol turns off her phone. He was the one who started working like a robot when he was on time. "This is called high self-esteem. Yoroshiku."

"Are you japanese?"

"Yareya. Thas right. I don't think you need my introduction. Ha Hyerim has said everything."

Jung Hye-rim says to Park Dong-hyun as if she had no choice.

"Then let's start. Team leader."

"I'm not a team leader. There's a guy named Cheon."

"You went to Cheonan. And I don't think he's coming back. You know what job I took this time, right?"

Hearing Jung Hye-rim's words, Park

Dong-hyun looks embarrassed. He explains to Ryu Young-joon.

"We actually have two more on our team. Our team leader. Senior researcher Chun Ji-myung. And Wiring-mi, our principal investigator."

"Aren't you two here as a substitute?"

"You'll see it later. You don't have to remember his name now. If you come, I'll introduce you again." Park Dong-hyun opens a presentation file with her laptop.

"I've been waiting a long time. As you know, our team is a life creation department, and we aim to synthesize a living artificial cell using chemicals." Park Dong-hyun explained.

"And I'm thinking of using it to grow and transplant artificial organs that no patient can resist."

Culture and artificial organ transplantation. This is one of the core of future treatment. It's like replacing a broken car part with a new one, someone replacing a damaged organ with a new one. Organ transplants now require organ donors. For example, kidney failure patients have to struggle to survive by undergoing artificial dialysis until a kidney donor appears.

However, if artificial organs can be cultivated, of course the work becomes much easier. You can make it yourself and put it in. And there is one more problem that artificial organs can solve. It's a "rejection reaction".

In 1936, a man named

Boronoy from Russia had his first kidney transplant and then he died. The reason is rejection.

The Boronoi immune system attacks the implanted kidney, causing an inflammatory reaction and eventually dies. Why so?

This is because the genes of patients and donors are slightly different. Wearing gloves that are not of the same size as losing your hands while working. The genes must match together to prevent side effects. In other words, even if there is kidney failure and a kidney donor, the genes of both kidneys will die if they are not similar. This problem can also be solved when artificial organs are developed. We can fill it with similar genes from scratch.

"But do we need to start with

artificial?" Ryu Young-joon raised a hand.

"Sure?"

"You can use embryonic stem cell technology."

"Yes, there's embryonic stem cell technology. And it's easier. However, embryonic stem cells have limitations in commercialization."

Ryu Young-joon nodded as if he knew.

Embryonic stem cells That is, the patient's genetic material is inserted into the fertilized egg cell, which is made by combining the egg cell ******.

Is not the fertilized egg a cell that can differentiate into all fetal tissues?

Therefore, embryonic stem cells can also be differentiated into tissues that the patient wants, such as the kidneys. And there is no rejection when transplanted into the patient's body. This is because the patient's own genes are inserted.

So, isn't it over when you make a patient's embryonic stem cells, then make a kidney from it, and transplant it into his body?

Exactly right. If that happens, it's over. However, it has been a long time since this concept came out, but it has barely evolved. An important preparation for treatment is a fertilized egg.

In other words, a doctor should do this to treat a patient with a damaged kidney.

1.Hormone injections are given to healthy women who are voluntarily applied to induce ovulation for about two weeks, perform ultrasound tests, and collect eggs from both ovaries with a syringe.

Ask a healthy male volunteer to masturbate and collect ******.

Using a machine called Intra Cellular Sperm Injector (ICSI), combine ***** and eggs to create fertilized eggs.

Remove all genetic material from the fertilized egg.

5.Get the patient's somatic cells, then collect the genetic material from here.

Insert the patient's genetic material into the fertilized egg from which the genetic material has been removed.

Incubation into kidney tissue or implant directly into the patient's body in a cellular state.

If anything fails in the process, it will be the beginning again.

Can you trust him?

The hard process is very difficult. Let's say you manage it with the help of a highly skilled technician and doctor for 200 million dollars. Congratulations, we have finally healed one patient. And there are hundreds of thousands of the same patients queuing up. To treat the next patient, start with number 1. A completely different task than factory-produced flu drugs.

'Eh...?'

A message suddenly appears in front of Ryu Young-joon.

This time, it was not a consuming condition

fitness per second, but conditions process 2.0 fitness as a lump sum payment.

However, the knowledge that can be obtained like that is very large. It initializes normal cells into embryonic stem cells. If this is possible, the seven processes above are not necessary. I just need to wipe the inside of the patient's cheek with a cotton swab then manipulate it and replant it in the patient's body.

"Is it possible to initialize

normal cells become embryonic stem cells?" Ryu Young-joon asks a question.

"Ordinary cell?" ask Park Dong-hyun.

"Yes." Yeah."

"What, skin cells or blood vessels or something?"

"Yes." Yeah."

Park Dong-hyun smiled.

"If that happens, it's real....It's really revolutionary."

"If we produce embryonic stem cells from normal cells, can we present them in a year-end report? It's a little different from our project."

"That's totally irrelevant, and that's okay, of course. Wh why? Youngjun, did you hear something from somewhere." Jung Hye-rim interrupts and asks.

"No, no, no, no, no. That's not true."

Park Dong-hyun smiles as Ryu Young-joon asks about the impossible to make.

"Youngjun, if that happens, please come to the Nobel Committee and win the Nobel Prize for Medicine."