Technology
What if we could speak the language of proteins?
What if we could speak the language of proteins?
Proteins are the workhorses of life. Today's greatest challenges in human health and the environment are inextricably linked to proteins. By unlocking the mysteries of their complex molecular structure and function, we can shortcut evolution itself and design custom solutions to cure disease or create a more sustainable future.
With AI as our interpreters, we no longer need to perform endless discovery searches in nature nor be limited by traditional protein engineering. Our technology gives us the freedom to design ambitious solutions with demanding functional or practical requirements.
Proteins are the workhorses of life. Today's greatest challenges in human health and the environment are inextricably linked to proteins. By unlocking the mysteries of their complex molecular structure and function, we can shortcut evolution itself and design custom solutions to cure disease or create a more sustainable future.
With AI as our interpreters, we no longer need to perform endless discovery searches in nature nor be limited by traditional protein engineering. Our technology gives us the freedom to design ambitious solutions with demanding functional or practical requirements.
Proteins are the workhorses of life. Today's greatest challenges in human health and the environment are inextricably linked to proteins. By unlocking the mysteries of their complex molecular structure and function, we can shortcut evolution itself and design custom solutions to cure disease or create a more sustainable future.
With AI as our interpreters, we no longer need to perform endless discovery searches in nature nor be limited by traditional protein engineering. Our technology gives us the freedom to design ambitious solutions with demanding functional or practical requirements.
The future of protein design.
The future of protein design.
At Profluent, our machine learning models excel at protein design and have been trained on billions of curated biological sequences. Our versatile technology is ready to operate on multiple distinct modalities across enzymes, antibodies, gene editors, and peptides. Partner with us if you seek to:
Access greater diversity
Access greater diversity
Access greater diversity
We can extrapolate into new protein spaces that haven't been tapped into yet, offering unique possibilities beyond natural or patented proteins.
We can extrapolate into new protein spaces that haven't been tapped into yet, offering unique possibilities beyond natural or patented proteins.
We can extrapolate into new protein spaces that haven't been tapped into yet, offering unique possibilities beyond natural or patented proteins.
Optimize multiple properties
Optimize multiple properties
Optimize multiple properties
Our AI can effortlessly handle the difficult task of optimizing multiple attributes simultaneously— making it cheaper, easier, and feasible for partners to achieve commercial success.
Our AI can effortlessly handle the difficult task of optimizing multiple attributes simultaneously— making it cheaper, easier, and feasible for partners to achieve commercial success.
Our AI can effortlessly handle the difficult task of optimizing multiple attributes simultaneously— making it cheaper, easier, and feasible for partners to achieve commercial success.
Enable novel functions
Enable novel functions
Enable novel functions
Reimagining the realm of possibility through AI-first protein design, we are able to create entirely novel functions. With de novo proteins, there's infinite potential to engineer never-before-seen functions!
Reimagining the realm of possibility through AI-first protein design, we are able to create entirely novel functions. With de novo proteins, there's infinite potential to engineer never-before-seen functions!
Reimagining the realm of possibility through AI-first protein design, we are able to create entirely novel functions. With de novo proteins, there's infinite potential to engineer never-before-seen functions!
Learn more about our protein design research.
Learn more about our protein design research.
Nature Biotechnology
Nature Biotechnology
Nature Biotechnology
Nature Biotechnology
Large language models generate functional protein sequences across diverse families
Large language models generate functional protein sequences across diverse families
Large language models generate functional protein sequences across diverse families
Large language models generate functional protein sequences across diverse families
Our Research
Our work has been recognized and published in the most influential scientific venues.
Become a partner with Profluent
Become a partner with Profluent
