Science Communications CSHL 2023 Genome Engineering: CRISPR Frontiers
Science Communications
Showing 21–30 of 32 posts
-
08.17.23 -
Science Communications CSHL 2023 Genome Engineering: CRISPR Frontiers
08.17.23 Targeted Integration to Endogenous Sites in the Human Genome Using CRISPR-Associated Transposases Discovered from Natural Environments
-
Science Communications CSHL 2023 Genome Engineering: CRISPR Frontiers
08.17.23 Efficient cytosine and adenine base editors engineered from novel components with extensive genomic targeting capability
-
Science Communications The CRISPR Journal
06.01.23 Novel and Engineered Type II CRISPR Systems from Uncultivated Microbes with Broad Genome Editing Capability
-
Science Communications The CRISPR Journal
06.01.23 Novel CRISPR-Associated Gene-Editing Systems Discovered in Metagenomic Samples Enable Efficient and Specific Genome Engineering
-
Science Communications ASGCT 2023
05.19.23 ASGCT 2023: A metagenomics derived gene editing toolbox enables efficient genome engineering with nucleases and base editors in primary cells and in vivo
-
Science Communications ASGCT 2023
05.19.23 ASGCT 2023: A Novel Type V CRISPR System With Potent Editing Activity in Mice and Non Human Primates
-
Science Communications ASGCT 2023
05.18.23 ASGCT 2023: Targeted Integration to Endogenous Sites in the Human Genome Using CRISPR Associated Transposases Discovered from Natural Environments
-
Science Communications Keystone 2023 Precision Genome Engineering
03.19.23 Keystone 2023: Efficient adenine base editors engineered from novel components with extensive targeting capability
-
Science Communications Keystone 2023 Precision Genome Engineering
03.19.23 Keystone 2023: Genome Editing using Novel Reverse Transcriptases Discovered from Metagenomics