{"rating_data": {"avg_stars": 0, "total": 0, "avg": 0}, "name": "Microbial Cell-surface Display", "created": "2023-11-28 08:10:19", "url": "Microbial Cell-surface Display", "lastmodified": "2023-11-28 08:10:19", "usage_data": {"layouts": 0.0, "users": 0}, "popularity": 0.0, "owner": {"username": "creativebiogene", "url": "/profile/20554/creativebiogene", "name": "Wendy Wilson"}, "species": ["human", "mouse", "rat", "fruitfly", "nematode", "zebrafish", "thale-cress", "frog", "pig"], "shortUrl": "Microbial Cell-surface Display", "id": 1310, "short_description": "Microbial Cell-surface Display", "role_permission": ["biogpsusers"], "permission_style": "public", "type": "iframe", "options": null, "tags": ["cell-surface", "display", "microbial"], "description": " Microbial cell surface display technology holds great strategic potential for expressing heterologous proteins or polypeptides with a distinct function on the surface of microbial cells. To gain amenable cell surface exposure, the passenger protein could be fused with various anchoring motifs (carrier protein), which are usually cell-surface proteins or their fragments. Up to the characteristics of passenger and carrier proteins, this strategy can be carried out using different fusion methods, such as C-terminal fusion, N-terminal fusion or sandwich fusion. Creative Biogene provides various cell-surface display systems for the successful display of a target protein or peptide on the surface of bacteria via genetic fusion to anchoring motif.\n\n\n\nhttps://microbiosci.creative-biogene.com/microbial-cell-surface-display-service.html"}