Potential Cell Lysis Mechanisms for B. subtilis

<strong>Description:</strong> A list of potential cell lysis mechanisms for Bacillus subtilis, cured and organized as part of the partnership between iGEM UANL and UNILA teams in the design of a Kill Switch for B. subtilis. For more information on both designs, check out the projects wikis: iGEM UNILA LatAm 2021: https://2021.igem.org/Team:UNILA_LatAm iGEM FCB-UANL 2021: https://2021.igem.org/Team:FCB-UANL <strong>Columns:</strong> <strong>CRISPR:</strong> CRISPR systems developed for B. subtilis <strong>CRISPR Variant: </strong>Cas variant used in the system <strong>Editing/Disruption Efficiency: </strong>System efficiency evaluated for multiple or single editions <strong>Mechanisms: </strong>operating mechanism <strong>Application: </strong>Main objective for the developed system <strong>B. subtilis considerations: </strong>Particularities regarding the development of the system in B. subtilis <strong>Year: </strong>year of publication <strong>TA Systems:</strong> Toxin-Antitoxin systems developed for B. subtilis <strong>Toxin-Antitoxin: </strong>Which antitoxins and toxins involved in the system <strong>Type: </strong>TA System Type <strong>Mechanism: </strong>operating mechanism <strong>Application: </strong>Main objective for the developed system <strong>Sporulation: </strong>Control of sporulation events in B. subtilis <strong>Spores Control</strong> <strong>Type</strong> <strong>Mechanism: </strong>operating mechanism <strong>Application: </strong>Main objective for the developed system <strong>iGEM Applications:</strong> Kill Switch designs for B. subtilis since 2014. <strong>Kill Switch System: </strong>Design description of Kill switch systems <strong>Type: </strong>System components <strong>Mechanism: </strong>operating mechanism <strong>Application: </strong>Main objective for the developed system <strong>Test: </strong>Type of assessment performed by the team <strong>Parts Registry: </strong>Parts submitted to the Registry of Standard Biological Parts. <strong>Remote Access:</strong> Potential Cell Lysis Mechanisms for B. subtilis