Abstract 1941 Enhanced cellular and transdermal delivery of the modified chromatin using cell-penetrating peptide display

that our system serves as an effective method for testing a variety of inserts efficiently.Overall, this approach serves as a promising baseline for the use of cyanobacterial biophotovoltaics in atmospheric remediation through carbon capture and supplementary electricity generation.Furthermore, genetically engineering cyanobacteria is simplified with our part integration system, which uses shuttle vectors for high-throughput testing of multiple inserts and modification of those inserts prior to integration and establishment of a stable clone.