World's First Human Genome Editing with AI
World's First Human Genome Editing with AI
A Breakthrough by Profluent
A Breakthrough by Profluent
Profluent achieves the first-ever precision gene editing using AI-designed molecules, revolutionizing gene editing.
Profluent achieves the first-ever precision gene editing using AI-designed molecules, revolutionizing gene editing.
Profluent is renowned for AI-driven advancements in biotechnology, leading to this groundbreaking research.
Profluent is renowned for AI-driven advancements in biotechnology, leading to this groundbreaking research.
AI capabilities were harnessed to design innovative gene editors, marking a significant advancement.
AI capabilities were harnessed to design innovative gene editors, marking a significant advancement.
AI enables intentional protein design, shifting from traditional discovery-based methods.
AI enables intentional protein design, shifting from traditional discovery-based methods.
Cas9 protein, an RNA-guided nuclease, plays a central role in gene editing systems.
Cas9 protein, an RNA-guided nuclease, plays a central role in gene editing systems.
Designing effective gene editors involves complex spatial and temporal interactions.
Designing effective gene editors involves complex spatial and temporal interactions.
Researchers trained large language models on diverse CRISPR-based gene editing systems.
Researchers trained large language models on diverse CRISPR-based gene editing systems.
The extensive dataset includes millions of CRISPR-Cas proteins, expanding natural diversity.
The extensive dataset includes millions of CRISPR-Cas proteins, expanding natural diversity.
AI-generated CRISPR-Cas proteins offer enhanced diversity for potential gene editing solutions.
AI-generated CRISPR-Cas proteins offer enhanced diversity for potential gene editing solutions.
AI-designed gene editors were evaluated in human cells, with OpenCRISPR-1 performing exceptionally.
AI-designed gene editors were evaluated in human cells, with OpenCRISPR-1 performing exceptionally.
This top-performing gene editor shows improved activity and specificity with reduced off-target effects.
This top-performing gene editor shows improved activity and specificity with reduced off-target effects.
Precision gene editing with AI-designed molecules marks a significant milestone in biotechnology.
Precision gene editing with AI-designed molecules marks a significant milestone in biotechnology.
Profluent releases OpenCRISPR-1 to democratize advanced gene editing technologies.
Profluent releases OpenCRISPR-1 to democratize advanced gene editing technologies.
AI-driven innovation in biotechnology promises advancements in human health, agriculture, and scientific discovery.
AI-driven innovation in biotechnology promises advancements in human health, agriculture, and scientific discovery.