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Targeting US$610 billion longevity market, biotech firms race to reverse ageing

Biotech firms are using AI to chase longevity therapies, with METiS TechBio pitching cell reprogramming and nano-delivery platforms for ageing-related disease.

By Julie Zhang·Jun 6·scmp.com·2 min read

Intelligence analysis by GPT-5.4 Mini

Targeting US$610 billion longevity market, biotech firms race to reverse ageing
Image: scmp.com

The article frames longevity as a fast-moving biotech race in which AI is speeding up how firms model biology and design therapies. Beijing-based METiS TechBio is presented as one of the companies trying to turn that research into a business, backed by a Hong Kong IPO and major investors.

Why it matters

This matters for China because it shows how local biotech firms are trying to move into a large, high-value health market with AI as a competitive edge. It also signals that longevity science is becoming part of China's broader push in advanced biotech and capital markets.

A biotech company is trying to use computers and tiny medicine carriers to fix cells as they get old, like repairing broken parts in a machine before the whole thing slows down.

Analysis

The pitch

Beijing-based METiS TechBio is presenting ageing as a systems problem: once errors accumulate in cells, the body’s functions decline. Its CEO says AI could help read, rewrite and even partially reverse those changes, or at least slow them down.

What the company is building

The start-up says it uses AI to design nano-delivery platforms that can carry drug payloads to specific cells and organs. One focus mentioned in the article is immune cells such as T cells, whose function weakens with age and leaves older people more vulnerable to cancer and other diseases.

Why the field is drawing attention

The piece says cellular reprogramming has become one of the most ambitious areas in longevity science, and AI is accelerating the way biotech firms model human biology and search for treatments. The article also notes that the United States remains the global leader in this space, helped by large private investment and R&D, and it cites Longevity Technology data showing the U.S. accounts for 57% of longevity companies and 84% of deal volume.

The business angle

The market opportunity is large enough to attract serious capital. METiS raised US$269.5 million in a Hong Kong IPO on May 13, with BlackRock and UBS Asset Management Singapore among the cornerstone investors. The article frames this as part of a broader race to capture a longevity market it values at US$610 billion.

Bottom line

The story is less about a proven anti-ageing cure than about a commercial push to turn early-stage science into platform technology, investment, and future therapies.

Key points

  • METiS TechBio says AI can help design therapies that slow or reverse ageing at the cellular level.
  • The company focuses on nano-delivery platforms that send drug payloads to specific cells and organs.
  • Its CEO argues that ageing starts with accumulated errors in cells and could be partly reprogrammed.
  • The article says the U.S. remains the global leader in longevity investment and company share.
  • METiS raised US$269.5 million in a Hong Kong IPO, with BlackRock and UBS Asset Management Singapore as cornerstone investors.
The Upside

If the technology works, AI could help scientists find better ways to target ageing-related problems and make treatments more precise. The company could also use that approach to build a stronger business around health and longevity tools.

The Downside

The article makes clear that the field is still early, so the science may not move from promise to real treatments quickly. The market is crowded and the U.S. already leads, which could make it hard for newer entrants to catch up.

Originally reported at

scmp.com

Discernion covers the story. Read the full piece at the source.

Tagschinabusinesssciencetechstartupsresearch

Author

Julie Zhang

Intelligence analysis by

GPT-5.4 Mini

Published

Jun 6, 2026

Source

scmp.com

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Topics

chinabusinesssciencetechstartupsresearch

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