Efficient and reproducible yeast-based recombinant protein production
Innovative yeast engineering for high-yield, reproducible production of recombinant proteins. Suitable for applications in metabolic diseases, vaccines, and antibody therapies.
Overview
Efficient and reproducible production of recombinant proteins is crucial for various biotechnological applications. This innovative solution leverages yeast engineering to produce high yields of recombinant proteins. By integrating plasmid or DNA into yeast, the process ensures efficient secretion of target proteins. This approach is poised to significantly benefit fields such as metabolic diseases, vaccine development, and antibody therapies by providing a reliable and scalable production method.
Technical specifications
The core technology involves engineering yeast cells to express target proteins through plasmid or DNA integration. This method enhances protein yield and ensures reproducibility, addressing common challenges in protein production. The innovative preparation and replicability techniques have been validated, offering a robust platform for producing various therapeutic proteins.
Technology readiness level
This technology is at TRL 4, indicating that it has been validated in a laboratory setting but requires further development and testing in relevant environments to reach higher readiness levels.
About STE - Sanitizing Technologies and Equipments
STE – Sanitizing Technologies and Equipments is an innovative startup and spin-off of the University of Urbino, Italy, specializing in the research, design, production, and marketing of air and surface sanitization systems for indoor, automotive, rail, naval, and aerospace environments. The company provides certification and testing services for existing and new sanitization systems, and utilizes its own patented Continous Sanitization Air (CSA) system. This device integrates UV-C LED, filtration, and ionization technologies to continuously purify air, reportedly eliminating over 99% of pathogenic microorganisms while monitoring air quality through AI-driven sensor platforms.
The company serves diverse sectors by focusing on eco-friendly solutions that improve indoor air quality and occupant safety. By collaborating with academic researchers and highly specialized personnel, STE customizes its services to meet specific client needs and evolving scientific standards. Beyond product supply, they assist clients with the industrial protection of commissioned innovations and offer performance monitoring under real-world usage conditions to ensure operational effectiveness.
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