China's Biotech Industry

Randomuser

Major
Registered Member
Been in the news for some reason.

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Hong Kong-listed Insilico Medicine signs AI drug development deal with Eli Lilly​

Reaching development, regulatory and commercial milestones could see value of deal hit around US$2.75 billion​


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has signed a potential multibillion-dollar deal with
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to license out an early-stage drug pipeline and provide its artificial intelligence platform services in research and development collaborations.

Under the agreement announced on Monday, US-headquartered, Hong Kong-listed Insilico will receive an upfront payment of US$115 million. The deal could have a total value of around US$2.75 billion tied to development, regulatory and commercial milestones, plus tiered royalties on future sales.

The drugs and their disease areas were not disclosed due to contract restrictions. However, Alex Zhavoronkov, the founder and CEO of 12-year-old Insilico, said that “some of those broad-spectrum, multi-target, multi-disease drugs may have been part of this deal”.

He said Insilico had been developing several drugs targeting fibrosis, inflammatory, oncology and other age-related pathways into clinical-stage development.

“These assets could also be applied to oncology, cardiovascular and other disease areas,” Zhavoronkov said.

The announcement described the compounds as “potentially best-in-class, novel oral therapeutics in preclinical development”. The deal will give US pharmaceutical giant Lilly exclusive global rights for their development, manufacturing and commercialisation.

As part of the collaboration, Insilico will use its Pharma.ai platforms, which can interpret genomics and other biological data to generate novel drug molecule structures, to support “multiple” research and development programmes focused on targets selected by Lilly.

“By deploying frontier AI technologies that scale from biomarkers to life models, world models of human and animal life, we can identify multipurpose targets driving multiple diseases at the same time,” Zhavoronkov said in a statement released by Insilico. “Working with Lilly, we aim to deliver transformative therapies that treat diseases with high unmet need. This collaboration is a testament to the power of AI in tackling the most complex challenges in human health.”

Lilly’s group vice-president of molecule discovery, Andrew Adams, said in the statement that the collaboration would allow it to “explore novel mechanisms and accelerate the identification of promising therapeutic candidates across multiple disease areas”.

Global drug makers such as Lilly racing to license early-stage medicines to replenish pipelines in the next few years as the patents on existing blockbuster treatments begin to expire.

At January’s JPMorgan Healthcare Conference in San Francisco, Lilly also announced a collaboration with chipmaker Nvidia to apply AI across drug discovery, clinical development, and manufacturing.

In November, Lilly entered into a partnership with Insilico that could bring more than US$100 million in potential payments for undisclosed targets.

Lilly was a cornerstone investor in Insilico’s Hong Kong initial public offering, which raised US$293 million in December. Hong Kong Investment Corp, the investment arm of the Hong Kong government, is also an investor in Insilico.

This month, Lilly pledged a US$3 billion investment in China to expand its Suzhou facilities for the production of weight-loss drugs.

Insilico, meanwhile, is joining the ranks of multinational companies
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in China. Zhavoronkov said the company was developing infrastructure projects in Shanghai’s Pudong district, in partnership with state-backed Shanghai Pudong Development Group.

The facility, expected to be completed by 2028, would be “the most advanced site for drug discovery in the world”, Zhavoronkov said.

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reached a record transaction value of US$60 billion in the first quarter of this year, driven by multinational pharmaceutical companies’ growing appetite for the country’s promising drug candidates.

The deal value represented a 73 per cent year-on-year increase, and was the equivalent of nearly half the US$135.7 billion worth of agreements signed for all of last year, the National Medical Products Administration said in a statement on Saturday.
 

Wrought

Captain
Registered Member
While this is good, why isn't China producing and selling their own developed drugs. Is it a lack of logistics or market research or what, if Pfizer etc can pay so much for licensing they gotta be earning from it

Because it's faster and easier to partner with established players than to build everything yourself from scratch. There will be a Chinese Pfizer in time, but it doesn't happen overnight.
 

Michael90

Senior Member
Registered Member
While this is good, why isn't China producing and selling their own developed drugs. Is it a lack of logistics or market research or what, if Pfizer etc can pay so much for licensing they gotta be earning from it
Chinese biotech companies are small players who are still new to the market, they have no real global presence yet, and they still have limited capital(cginas local capital market is quite limited for them to raise capital compared to the huge matured US capital market), they also cant really make as much money/profits in china since china strictly regulates drug prices, so its tricky for them to raise the huge sums of money necessary for going through the cycle of reincesting their profits/sales into constant R&D needed in this sector. So all of this makes it better for them to licence their drugs to western pharma giants who have deep pockets and a long presence/ dominance of world markets to leverage their extensive sales networks.
Chinese biotech firms will need years or even decades to build similar global reach through their own Channels/brand name.
 

supercat

Colonel
AI assisted plain CT scan without contrast agent can detect multiple cancers in the GI system, including pancreatic cancers.

The world's first immunotherapy to treat chronic hepatitis D infection, which is a co-infection of hepatitis B:

The rate of China's overseas licensing of innovative drugs in 2026 may potentially quadruple that in 2025: $60 billion so far in 2026 vs $130 billion last year.
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broadsword

Brigadier
If you don't want a bukkake from a swine, be active with a bit of breathlessness, make sure you have sufficient Vitamins D and B12 in your blood, eat eggs and tofu regularly, and if you have to be sedentary, instead of watching tv, participate actively in this forum instead of just giving likes and the laugh emoji.


China’s ‘pig semen eyedrop’ may help treat Alzheimer’s: scientist in Australia​

Cutting-edge therapy could deliver drugs across the blood-brain barrier making it suitable for dementia treatment, Adelaide researcher says​

2 Apr 2026Updated: 3:02pm, 2 Apr 2026


An innovative therapy using pig semen-derived exosomes, engineered into eye drops capable of penetrating deep into retinal tissue, may hold the key to breaching the brain’s defences against
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.

This breakthrough, led by Professor Zhang Yu at China’s Shenyang Pharmaceutical University, originally targeted a rare childhood eye
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retinoblastoma that often resists conventional treatments due to its delicate location near the brain.
Published in peer-reviewed journal Science Advances on March 27, the research shows how exosomes, or natural nanoparticles from pig semen, can safely deliver drugs through biological barriers.


Zhao Chunxia, a drug delivery researcher at the University of Adelaide Australia, noted the technology’s broad potential.
“The technique could improve drug delivery across other barriers that are similarly difficult to breach, such as the blood-brain barrier, to treat conditions including Alzheimer’s disease,” she was quoted by Nature News as saying on the same day.

This isn’t the first time
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have turned to pigs for creative medical breakthroughs.

In 2025, researchers
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that “disguised” tumours as pig tissue, tricking the immune system into attacking them. And over 2024-2025, the world’s first
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and pig-lung transplants were performed in China, using gene-edited pigs to eliminate rejection-causing genes.


This time, the key was penetration.
During sperm’s long journey towards the egg, exosomes in semen – which are nanoscale extracellular vesicles naturally secreted by cells – play a crucial role.

Exosomes release immunosuppressive factors to cover sperm in an “invisible cloak”, preventing elimination by the female immune system, while surface proteins could temporarily open tight junctions between vaginal epithelial cells.
Zhang and his team leveraged this natural mechanism to develop their eye drops. Pigs were chosen because their tissue structure is similar to that of humans and their supply is abundant.

In cellular experiments, researchers applied the drug to normal eye cells and retinoblastoma cells.
Even at higher concentrations, normal tissues – corneal, retinal and lens cells – remained highly active, with survival rates exceeding 85 per cent. The drug was safe for healthy eye tissue.

Against cancer cells, it proved powerful, with an inhibition rate of 82.7 per cent, far surpassing that of the drug alone or standard carriers.

The research team added that the pig semen-based system was highly versatile. Future applications may extend beyond retinoblastoma to other ocular diseases.
 

supercat

Colonel
Nuclear medicine improves cancer detection significantly.
The injection provides a new option for tumor diagnosis, staging and treatment monitoring using Single Photon Emission Computed Tomography, which is a widely used nuclear medicine imaging technology, alongside existing positron emission tomography imaging technologies, and is expected to significantly improve SPECT’s performance in tumor detection.
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Medication for mitochondrial diseases - while primary mitochondrial diseases are relatively rare, some common diseases, such as Parkinson's disease, Alzheimer’s disease, type 1 diabetes, and various cancers can cause secondary mitochondrial disorders. The treatment of mitochondria diseases offers hope to cure Parkinson's disease and other causes of secondary mitochondria disorders.
  • What are mitochondrial diseases?
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  • Mitochondria medication:
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Last edited:

Michael90

Senior Member
Registered Member
If you don't want a bukkake from a swine, be active with a bit of breathlessness, make sure you have sufficient Vitamins D and B12 in your blood, eat eggs and tofu regularly, and if you have to be sedentary, instead of watching tv, participate actively in this forum instead of just giving likes and the laugh emoji.


China’s ‘pig semen eyedrop’ may help treat Alzheimer’s: scientist in Australia​

Cutting-edge therapy could deliver drugs across the blood-brain barrier making it suitable for dementia treatment, Adelaide researcher says​

2 Apr 2026Updated: 3:02pm, 2 Apr 2026


An innovative therapy using pig semen-derived exosomes, engineered into eye drops capable of penetrating deep into retinal tissue, may hold the key to breaching the brain’s defences against
Please, Log in or Register to view URLs content!
.

This breakthrough, led by Professor Zhang Yu at China’s Shenyang Pharmaceutical University, originally targeted a rare childhood eye
Please, Log in or Register to view URLs content!
retinoblastoma that often resists conventional treatments due to its delicate location near the brain.
Published in peer-reviewed journal Science Advances on March 27, the research shows how exosomes, or natural nanoparticles from pig semen, can safely deliver drugs through biological barriers.


Zhao Chunxia, a drug delivery researcher at the University of Adelaide Australia, noted the technology’s broad potential.
“The technique could improve drug delivery across other barriers that are similarly difficult to breach, such as the blood-brain barrier, to treat conditions including Alzheimer’s disease,” she was quoted by Nature News as saying on the same day.

This isn’t the first time
Please, Log in or Register to view URLs content!
have turned to pigs for creative medical breakthroughs.

In 2025, researchers
Please, Log in or Register to view URLs content!
that “disguised” tumours as pig tissue, tricking the immune system into attacking them. And over 2024-2025, the world’s first
Please, Log in or Register to view URLs content!
and pig-lung transplants were performed in China, using gene-edited pigs to eliminate rejection-causing genes.


This time, the key was penetration.
During sperm’s long journey towards the egg, exosomes in semen – which are nanoscale extracellular vesicles naturally secreted by cells – play a crucial role.

Exosomes release immunosuppressive factors to cover sperm in an “invisible cloak”, preventing elimination by the female immune system, while surface proteins could temporarily open tight junctions between vaginal epithelial cells.
Zhang and his team leveraged this natural mechanism to develop their eye drops. Pigs were chosen because their tissue structure is similar to that of humans and their supply is abundant.

In cellular experiments, researchers applied the drug to normal eye cells and retinoblastoma cells.
Even at higher concentrations, normal tissues – corneal, retinal and lens cells – remained highly active, with survival rates exceeding 85 per cent. The drug was safe for healthy eye tissue.

Against cancer cells, it proved powerful, with an inhibition rate of 82.7 per cent, far surpassing that of the drug alone or standard carriers.

The research team added that the pig semen-based system was highly versatile. Future applications may extend beyond retinoblastoma to other ocular diseases.
I’m not I will wanna try this drug. . lol.
 
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