Science Communications

Showing 11–20 of 31 posts

Science Communications MGX Presentation CSHL August 2024
09.14.24

Unlocking the Therapeutic Potential of Compact SMART Nucleases through Ancestral Reconstruction, Structure-Guided Engineering, and Generative AI
Science Communications MGX Presentation ASGCT May 9 2024
05.10.24

Novel CRISPR Effectors and Reverse Transcriptases Discovered from Metagenomics Enable Extensive Remodeling of the Human Genome
Science Communications MGX Presentation ASGCT May 8 2024
05.10.24

Novel and efficient base editors engineered to comprehensively target the human genome
Science Communications MGX Presentation World Federation of Hemophilia April 23 2024
05.07.24

Potentially Curative Gene Editing Approach for Hemophilia A
Science Communications AIChE 2023 6th International Conference on CRISPR Technologies
10.17.23

Ancestral CRISPR effectors are compact nucleases for human genome editing
Science Communications AIChE 2023 6th International Conference on CRISPR Technologies
10.17.23

RNA-guided type V CRISPR nucleases are small, efficient genome editing tools with diverse targeting capabilities
Science Communications AIChE 2023 6th International Conference on CRISPR Technologies
10.17.23

Genome editing using novel reverse transcriptases discovered from metagenomics
Science Communications CSHL 2023 Genome Engineering: CRISPR Frontiers
08.18.23

Compact RNA-guided nucleases are efficient genome editing tools with diverse targeting capabilities
Science Communications CSHL 2023 Genome Engineering: CRISPR Frontiers
08.18.23

Efficient in vivo genome engineering with nucleases and base-editors enabled by a metagenomics-derived gene-editing toolbox
Science Communications CSHL 2023 Genome Engineering: CRISPR Frontiers
08.17.23

Genome editing using novel reverse transcriptases discovered from metagenomics