>>7

Are you okay?

Isn’t the number of stones going to increase fivefold?

The mini heart was already made, and it seems like I could create a super mini human too.

You can compensate for what is lacking with numbers.

In other words, is it to improve survival rates by creating mini hearts and mini brains distributed throughout the body?

I am a super lung capacity person with 16 lungs!

It’s possible to stay underwater without breathing for as long as an hour!

I wonder if I can do something like that.

You’ll probably get taken down because you’re a villain.

>>8

Even if it were possible, it seems like the total volume of the lungs would simply become 10 to 20 times larger than normal…

>>8

It’s too much like “Man After Man.”

>>117

The world of the body part expansion man with a more shaped-up visual is coming.

It’s amazing that there are already some effects showing in the experiments.

The era of artificial organs has arrived!

>>11

I also worked on that 20 years ago, and I was finally able to bring it to practical use in Japan.

It’s a good thing that a future seems likely where we won’t have to create clones themselves like in “Island.”

Is it possible to create parts like gills that are not present in the human body?

>>14

The current situation is already aiming to replicate existing organs, so it will be difficult.

Living organisms often reuse the fundamental blueprints, so it might be possible for them to develop organs that do not exist.

Too convenient because it can be applied too much.

If they had gone all out and transplanted everything except the brain instead of just cloning organ units, the tissues might have survived.

The revival of nerve cells is…

It might be from lower body paralysis due to spinal cord injury or around that area.

They were also doing that with iPS cells.

https://www3.nhk.or.jp/news/html/20250321/k10014756731000.html

I wonder if there’s a way to fix my colon.

Are STAP cells amazing too?

The liver can be transplanted even if it is somewhat smaller, and it may be relatively quick to become functional.

Is the final station of the local train finally coming into view?

I wonder if regenerating hematopoietic cells would make me younger.

I feel that the heart is quite close to completion, just like the exhibits at the World Expo.

It will probably be a heart muscle sheet for a while.

>>31

In reality, thanks to the approximate nature of living organisms, it seems more effective for health to mass-produce parts and embed or attach them, rather than making the organs themselves, as healthy parts can grow and recover functionality based on unhealthy parts.

>>31

At that point, you were already able to heal the necrotic heart muscle…

But now it’s different! It’s too much.

>>47

It’s too early to say there’s no need to bring up something as significant as the Bacchus.

If the liver can be replaced, even ultra-drunkards can be saved…

>>32

Before the trend of excluding alcohol drinkers like those who smoke takes hold, it seems I’ll make it in time.

If we can create things like eyes, ears, and limbs, the disability certificate might disappear.

I hope that by the time I’m alive, corneal transplants will be possible.

I wonder if it could be made edible.

I wonder if in a few decades, there will be a world where we can easily replace organs when they start to malfunction.

>>38

If that happens, it will probably be cartridge-based.

>>38

The physical strength consumed by the surgery can’t be helped, so it probably won’t go smoothly.

I’m happy to see the possibility of recovery due to advancements in technology since my friend became paralyzed from the waist down in a work accident when he was 20. However, even if it’s possible to treat it ten years from now, it seems like he wouldn’t be able to work anymore, which is quite concerning.

Unknown new organ!

If we can do things like this, it feels like even if immortality is impossible, we might be able to slow down aging.

Ultimately, we hope to create the entire body and be able to transfer just the memories…

Even now, there are surgeries that involve inserting artificial bones, so it seems like it would take that long in terms of hospitalization and physical burden.

A world where the demand for pediatric organs will disappear is just around the corner…

>>50

In other words, it means turning those who make a living from it into enemies…

The advancement of technology is incredible!

If making a whole body becomes cheaper, a brain transplant won’t be a dream anymore.

>>52

Since I’ve gotten older, starting next month, I’ll have to use the body of the toshiaki-kun that was grown from your cells.

What should we do? I hear there are some people who eat it as a keepsake, like the placenta.

Hurry up and repurpose it so that it can also be effective for Alzheimer’s.

Having two hearts would be convenient, but I wonder if there’s enough space in the human body to store an extra organ.

Wasn’t there a case where a person with lower limb paralysis was able to walk without a cane after having a mechanical bypass installed to transmit electrical signals from the brain?

It’s amazing how injuries and illnesses that can ruin lives are steadily decreasing.

I wonder if someday it will be possible to upgrade the organs themselves?

I thought it was news about Parkinson’s disease, but it wasn’t.

Please create a mini uterus and vagina for me.

>>61

Is a real live onahole not a dream anymore?

>>65

Isn’t it more like embedding it in yourself and masturbating?

Is it possible to undergo gender reassignment or to become a futanari?

>>62

It seems possible to create functional biological parts, but the technology to attach them is another issue altogether.

Sake! I can’t help but drink it!!

I wonder if those involved in organ trafficking would find it more profitable to cultivate iPS cells rather than using illegal and labor-intensive methods.

>>66

I don’t think so.

It would probably be cheaper to kidnap and dismember someone…

>>68

Is it really compatible with the transplant recipient?

>>76

It seems that it will ultimately conclude that IPS is cheaper.

Finding a proper one was really difficult, so it costs a lot.

>>79

In Japan, there are various medical subsidies, but overseas, it might be the case that children’s organs are cheaper.

There’s no point in thinking about it now.

>>68

Kidnapping, tearing apart, and not taking responsibility makes the most money, you know…

It can only be eradicated by spreading affordable and reliable treatment on a large scale across the world.

>>66

Since we don’t have such advanced technology, we’ll do what we can with primitive surgical methods.

It seems like it will slide in.

>>66

The technology to create organs or tissues from iPS cells at a low cost and in a stable manner has not been established, so it’s impossible.

It’s cheaper to kidnap and dismantle.

I want a cannon attached to my shoulder.

>>72

I wonder if it shoots out bones generated within the body.

>>72

Bio-cybernetics…

It would be convenient if I could have something like a supplementary brain.

I wonder how much it would cost.

>>78

I believe that if we can achieve stable production and supply, we will be able to lower prices to some extent.

If surgery could be performed automatically by machines, it should be even more affordable.

If cultivating organs becomes cheap enough to outweigh the labor cost of just abducting them.

It seems that it may now be possible to repurpose that and have artificial meat distributed as well.

If you throw away ethics, it’s indeed cheaper.

>>86

Then let’s abandon ethics and make iPS cells cheaply!

>>86

Well, there is an issue with the compliance rate, so if you are conscious of that, even managing children’s organs will sharply increase the costs.

Do you think it’s possible to create a modified human with the abilities of an electric eel or a giant hornet?

>>89

For example, if we reach an era where IPS cell organs can be easily obtained at a level in fields a hundred years from now, there may still be a certain number of people who prefer natural organs.

The kids casually exchanged IPS organs and natural organs for money as well.

>>89

The strength of the side engaging in unscrupulous business is that they do not necessarily have to sell safety.

>>96

The reason for choosing a product that is not marketed for safety when lives are at stake…

We will take organs from cloned humans created by abandoning ethics!!!

It feels like medicine is getting closer to the world of Doraemon, hearing that it might be possible to rejuvenate oneself.

Can we create an organ forest by transplanting organs?

I believe that once the technology is established, the costs will definitely decrease.

What happened to the issue that was pointed out early on about it becoming cancerous?

Since exchanging brains is scary, please make it possible to reinforce and add to them.

Can’t you create a super liver that is strong against alcohol?

I wonder if I can have a secondary brain attached…

Could iPS cells possibly be a significant breakthrough?

The kidneys can still undergo dialysis if necessary, which is good.

The liver, gallbladder, and pancreas are beyond help…

It would be amazing if we could create iPS in this area.

https://www3.nhk.or.jp/news/html/20250414/k10014779231000.html

There was also an article saying that type 1 diabetes can be cured, hooray!

I can’t imagine being able to create a liver.

It seems that IPS cell culture costs a ridiculous amount of money, so it would be great if it could be a bit cheaper.

>>106

The goal is to reduce it to one-tenth, because it costs around 30 million or 50 million.

Obesity prevention can also be achieved through sound.

Amazing, medicine…

https://news.yahoo.co.jp/articles/3a1748814fa1bad1247f832f30010c0751c892cb

There is still no technology to stably create human-sized organs, which is why we still have to rely on cows and pigs.

A world where dialysis becomes unnecessary is likely to arrive in the next 10 years.

The liver is quite flexible.

It is innovative to just hollow out the area where cirrhosis occurs and insert an IPS organ for it to function.

>>111

I feel like it would blend in quickly if it’s from my own cells.

I don’t really know how it actually is, though.

Even though Liver-kun is multifunctional, it doesn’t work properly even halfway and has some strange flaws…

>>113

It’s precisely because the regenerative power is strong that something like living donor liver transplantation can be done.

>>113

They must be a versatile group of generalists who can do a variety of things.

When you inject the Yamabuki factor into the bloodstream, it seems like rejuvenation and such, just like in the world of anime…

>https://news.yahoo.co.jp/articles/3a1748814fa1bad1247f832f30010c0751c892cb

Was that jiggly belly a possibility…?

It seems like we might be able to clear up the issue of directional differentiation.

Next, will the wall be where we enlarge the mini-organs?

Even a liver with such astonishing regenerative power will be destroyed by being soaked in alcohol every day, so excessive drinking is absolutely a no-go.

Professor Shinya Yamanaka, who created iPS cells.

Isn’t he a person at the level of being featured in textbooks…?

>>124

When I see Professor Katalin Karikó, who created the mRNA vaccine, not having issues with research funding, it makes me think a bit.

>>135

mRNA was struggling for research funding until it became practical.

It became plentiful because it was brought to light.

>>124

Well, in the sciences, it’s a team effort, and without smart successors, there won’t be any development.

If stem cells really existed, the cost issue would have made significant progress…

The issue of what determines the size of cultured organs.

Wow, that’s a problem that’s just too advanced for the future.

I wonder if I can do something like a bottle keep.

Since stap actually involved using fertilized eggs, there is backlash.

So, the IPS that has completely cleared those issues…

I’m glad we weren’t crushed by the aftermath over here.

>>132

Could it be that Obokatō was a worldwide nuisance?

Is the dark wealthy investing money for eternal life?

>>133

In a country with a culture of donation like the USA, it seems that successful wealthy individuals are asking to have facilities built at universities with their names on them to leave a legacy, so leaving a name seems to be more important.

Obokata, just seriously die already~

Something like stem cells, which is pseudo-scientific.

I thought it would never be made.

The brain can’t keep up with the advancement of iPSC cells, which are constantly doing something new and different!

Of course, Yamanaka-san is amazing.

It seems that the assistant professor from Kyoto University who was in the lab was quite outstanding, and it is said that his contributions are significant.

When I see stories like this, I feel hope for humanity.

Stop imposing ridiculous tariffs and invest in places like this, America.

>>142

The Ministry of Government Efficiency has reduced the budget related to scientific research, leading to a brain drain.

>>148

In other words, this is why people gather in places conducting such research!

If we could do something like applying a myocardial sheet for functional recovery in other organs, it would probably reduce the burden the most.

It’s funny how sometimes the human body can be surprisingly rough around the edges…

>>145

Since my thumb is gone, I attached my big toe and it somehow grew and can be used normally.

It’s interesting, but I don’t understand the meaning.

I’m still okay for now, but thinking about the future, I wish I could have my teeth restored.

>>146

I’m already doing it!

I hope I can recover my back.

I wonder if in the future we will be able to grow back lost arms or legs…

Can we do something about aging at this rate?

If the regeneration of the nervous system, along with organs, becomes practical, the world will truly change.

I hope it becomes commonly used in 10 years.

The number of elderly people is increasing dramatically, so we need to be able to fundamentally cure dementia.

>>157

It’s completed…!

>>158

Complete it.

>>157

Speaking of which, the tariffs are a critical hit for Eisai’s lecanemab.

It seems it will become less and less used.

>>157

Actually, the theory that herpes is the cause of dementia is gaining more and more credibility.

An alarming fact that has been over half a century in the making is coming to light.

>>166

Herpes…? Why?

>>169

Herpes breaks through the blood-brain barrier and wreaks havoc in the brain when the immune system is weakened.

By the way, the amyloid beta is produced in the immune response to herpes.

>>175

Damage to brain function from herpes!

Alzheimer’s progression corresponding to that immune response!

Isn’t it terrible???

I wish I could easily exchange my liver and teeth…

I hope we can also cure dementia at this rate…

Even if it doesn’t lead to a cure, it can be suppressed until the natural lifespan is completed.

Will it be like replacing parts when something breaks, similar to repairing machines or cars?

iPS cells are amazing!

I hear that there have been significant frauds in dementia research, wasting about ten years of basic research.

Should I make five brains and become a genius…

>>167

To send oxygen to that heart, let’s make about seven hearts and increase the lungs as well.

>>167

Is it okay if this guy keeps getting injured and becoming useless, and we think about switching the main persona?

Don’t you want to be like G in bio?

Please suppress aging and also help with rejuvenation.

They say that the incidence of dementia decreases by 30% just by getting the shingles vaccination…

>>171

Is it because shingles is caused by the herpes virus?

>>171

If that’s true, should we get vaccinated for shingles from a young age?

Is it the one where the herpes virus reaches the brain…?

Speaking of which, I heard that the virus for shingles hides around the nerves.

In that case, it’s not surprising if it affects the brain.

So every time I had an unhealthy lifestyle and got cold sores, my brain was being attacked…?

>>177

As long as you’re young and energetic, you’ll be fine.

However, it’s dangerous when aging causes a drop in immunity.

That’s why it makes sense that elderly people develop dementia.

Herpes lies dormant in the nerves, so maybe that’s where it comes from.

I should get the shingles vaccine… I don’t want to become senile.

>>183

If you just hear this straightforwardly, it seems like it’s too late!

Aren’t iPS cells really amazing?

Well, it doesn’t work for my chronic illness, though.

Shingles vaccine reduces the risk of dementia, ongoing research, killing two birds with one stone.

https://natgeo.nikkeibp.co.jp/atcl/news/25/041000192/?ST=m_news

Seriously!

I wonder if having things like futuristic prosthetic limbs will create a world that lacks reality instead.

I want doctors and researchers to work hard to also find treatments for genetic diseases.

I want to participate in a clinical trial so much.

Cybernetics is more of an extension of powered suits, I suppose…

There are probably cases where it doesn’t have to be a complete organ exchange.

Well, replacing the human body is in a completely different genre.

The discovery of a more convenient metal than titanium is eagerly awaited.

I’m wondering if the liver can regenerate and merge if you cut out the bad parts and attach a mini liver.

Could it be that iPS cells are a world-historical invention?

I wonder if I will be told during a health check that I should get an organ transplant…

Oh no, my liver has taken in too much alcohol again.

Are you going to change it next week?

I don’t want to live a long life… but I want to be healthy in both body and mind until just before I die…

I already have oral herpes, but in terms of the vaccine’s effectiveness, is it already too late for that?