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Engineering biology to recover the critical materials of tomorrow.

Engineering biology to recover the critical materials of tomorrow.

Built on creativity and driven by purpose, Lantha Gen delivers solutions designed for the future.
We combine insight, innovation, and experience to help brands evolve and thrive. Our mission is simple: create meaningful impact through exceptional work.

LanthaGen Bio is developing biological technologies that selectively recover valuable metals from complex resources — creating new possibilities for more sustainable, efficient and circular resource recovery.

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Sustainability

Our biological platform is being developed to reduce reliance on intensive chemical processes while enabling more selective and sustainable approaches to resource recovery.

By harnessing the specificity of biology, we are exploring new ways to recover valuable metals from complex resources while reducing the environmental intensity of conventional processes.

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Explore our technology

Explore our technology

Our technology

LanthaGen Bio uses computational chemistry and machine learning to discover proteins that can selectively bind and recover valuable metals. By combining AI-driven modelling with laboratory testing, we can rapidly identify and validate proteins with useful properties. This approach creates new possibilities for more efficient and sustainable metal recovery, helping unlock the critical materials needed for a circular economy.

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Computational discovery

Computational discovery

We use computational chemistry and machine learning to explore protein sequences and identify candidates with the potential to selectively bind valuable metals.

/ 02

Protein design

Protein design

Promising candidates are refined and developed to improve their binding properties and suitability for experimental testing.


/ 03

Laboratory validation

Laboratory validation

Candidate proteins are produced and tested experimentally to understand their performance and validate computational predictions.


/ 04

Optimisation

Optimisation

Experimental results feed back into the discovery process, helping us refine candidates and accelerate the development cycle.


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Towards real-world recovery

Towards real-world recovery

Our ultimate goal is to translate biological discovery into practical technologies for more sustainable critical material recovery.


/ 01

Computational discovery

Computational discovery

We use computational chemistry and machine learning to explore protein sequences and identify candidates with the potential to selectively bind valuable metals.

/ 02

Protein design

Protein design

Promising candidates are refined and developed to improve their binding properties and suitability for experimental testing.


/ 03

Laboratory validation

Laboratory validation

Candidate proteins are produced and tested experimentally to understand their performance and validate computational predictions.


/ 04

Optimisation

Optimisation

Experimental results feed back into the discovery process, helping us refine candidates and accelerate the development cycle.


/ 05

Towards real-world recovery

Towards real-world recovery

Our ultimate goal is to translate biological discovery into practical technologies for more sustainable critical material recovery.


Computational discovery

Computational discovery

We use computational chemistry and machine learning to explore protein sequences and identify candidates with the potential to selectively bind valuable metals.

Protein design

Protein design

Promising candidates are refined and developed to improve their binding properties and suitability for experimental testing.


Laboratory validation

Laboratory validation

Candidate proteins are produced and tested experimentally to understand their performance and validate computational predictions.


Optimisation

Optimisation

Experimental results feed back into the discovery process, helping us refine candidates and accelerate the development cycle.


Towards real-world recovery

Towards real-world recovery

Our ultimate goal is to translate biological discovery into practical technologies for more sustainable critical material recovery.


Our
Partners

LanthaGen works with a growing network of scientific, industry and technology partners who help turn their research into real-world applications. Together, these collaborations provide the expertise, resources and opportunities needed to accelerate the development of more sustainable metal recovery solutions.

Our mission is to pioneer next-generation biotech solutions through research-driven innovation, ethical science, and a relentless commitment to human progress.

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Contact us

Contact us

Ted Talk

Our research brings together computational discovery and experimental validation to identify proteins capable of selectively binding valuable metals. By iterating between modelling and laboratory testing, we are working to accelerate the development of practical biological recovery technologies.

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Read Article

Read Article

  • Lantha Gen Bio is redefining innovation in modern biotechnology.

    Dr. Elena Morris

  • “A forward-thinking partner driving the future of precision science.”

    — Michael Tran, Strategic Collaborator

  • “Innovation, research, and impact—all in one company.”

    — Sophia Bennett

  • “Lantha Gen Bio continues to set a new standard in biotech.”

    — Daniel Reeves

  • “Lantha Gen Bio is redefining innovation in modern biotechnology.”

    Dr Karim Bahou (he/him)

  • “A forward-thinking partner driving the future of precision science.”

    —Michael Tran, Strategic Collaborator

  • “Innovation, research, and impact—all in one company.”

    — Sophia Bennett

  • “Lantha Gen Bio continues to set a new standard in biotech.”

    — Daniel Reeves

  • “Lantha Gen Bio is redefining innovation in modern biotechnology.”

    — Dr. Elena Morris

  • “A forward-thinking partner driving the future of precision science.”

    — JMichael Tran, Strategic Collaborator

  • “Innovation, research, and impact—all in one company.”

    — Sophia Bennett

  • “Lantha Gen Bio continues to set a new standard in biotech.”

    — Daniel Reeves

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