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Welcome

BioMetis

BioMetisBioMetisBioMetis

 Awaken the Intelligence in BioWorld 

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About Us

Pioneer in AI-powered Biotechnology

  

 We develop cutting-edge AIDME (AI-Directed Molecular Evolution) enabling technology to promote a synthetic biology revolution.

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AIDME (AI-Directed Molecular Evolution) Technology

 AIDME (AI-Directed Molecular Evolution) technology provides an integrated and intelligent solution package for client-driven protein design and protein/genome engineering in broad industrial applications. 

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Find Your Solution

 Try our AIDME (AI-Directed Molecular Evolution) technology  platforms to start the bioproduct development in the environmental, biomaterial, therapeutics and bio-industrial sectors. 


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AIDME Technology

Polaris platform (novel protein discovery)

Canopus platform (AI-directed design, learning and inference)

Canopus platform (AI-directed design, learning and inference)

We discover novel proteins with a holistic analysis of Big Data from the evolutionary biology, structural biology and patent landscape.


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Canopus platform (AI-directed design, learning and inference)

Canopus platform (AI-directed design, learning and inference)

Canopus platform (AI-directed design, learning and inference)

We leverage the power of artificial intelligent to design mutant collections and decode the underpinning protein and genome fitness landscapes. Minimal wet lab results are required to save time and cost.  

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Kepler platform (intelligent library creation methodology)

Kepler platform (intelligent library creation methodology)

Kepler platform (intelligent library creation methodology)

We precisely introduce diverse amino acid combinations with any desired mutation rate in the protein and genome to enable the most effective AI-driven data analysis. 


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HVS platform (smart sampling method)

Kepler platform (intelligent library creation methodology)

Kepler platform (intelligent library creation methodology)

Our automation platform facilitates accurate, reliable, and reproducible data for machine learning and deep learning.  



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Applications

We offer creative and practical solutions for traditional bioindustrial and biocatalysts research projects. Additionally, our technology addresses the most pressing and challenging problems in environmental protection and therapeutics fields.

Plastic degradation and recycling

Enzymatic deconstruction of biopolymers

Enzymatic deconstruction of biopolymers

 We design cost-effective enzyme cocktails that powerfully degrade and recycle plastics such as PET. 

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Enzymatic deconstruction of biopolymers

Enzymatic deconstruction of biopolymers

Enzymatic deconstruction of biopolymers

 We work on various economical methodologies to produce biopolymer precursors and/or end products for numerous fields such as cosmetics, biomedical products, food industry etc. 

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Development of next generation therapeutic proteins

Development of next generation therapeutic proteins

Development of next generation therapeutic proteins

 We develop protein-based therapeutics with desired properties such as high stability and efficacy, low immunogenicity. 

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Engineering of bioindustrial enzymes

Development of next generation therapeutic proteins

Development of next generation therapeutic proteins

 We leverage our advanced AIDME technology to create high-performance, sustainable enzyme solutions for various industries, offering eco-friendly alternatives that conserve energy and reduce greenhouse gas emissions.

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Patent Portfolio

At BioMetis Technology, innovation is the driving force behind everything we do. Since our founding in 2020, we have achieved groundbreaking advancements in our AIDME technology, with a particular focus on the critical field of plastic degradation and recycling. Our growing patent portfolio highlights our global leadership in protein engineering and plastic degradation, backed by strong patent protection in major markets worldwide.

Innovative AIDME Technology

PCT Application Filed: January 20, 2023 (WO 2023/141242 A1)

Entered USA: January 23, 2023 (US 2024/0257907 A1)

Cutting-Edge Plastic Degradation Technology

BHR-PETase Performance Enhancement (PCT application WO 2023/01922)

  • Focus: Enhanced performance of BHR-PETase enzymes
  • Patent Status: PCT application filed on August 11, 2021, and entered 15 countries/regions in February 2024

Cost-Efficient BHR-PETase Enzymes and Degradation Processes

  • Focus: Innovative BHR enzymes achieving efficiency and significant cost savings
  • Patent Status: Provisional application filed on August 9, 2024

Modified BHR-PETase Variants

  • Focus: Advanced methods that revolutionize the PETase patent landscape
  • Patent Status: PCT application filed on December 20, 2023

Novel PET Substrate Processing

  • Focus: Optimized PETase degradation performance for PET substrates
  • Patent Status: Provisional application filed on June 7, 2024

CAREER OPPORTUNITIES

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Contact Us

BioMetis Technology Inc.

3876 Bay Center Place, Hayward, California 94545, United States

Phone: (650) 504-1983

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