08.04.24 | Vollzeit | Mödling | BioNTech SEAllows the targeted development of synthetic lysins for virtually any bacterial pathogen. We use a combination of randomized directed evolution approaches and rational in-silico engineering, coupled to high-throughput screening, to generate artificial lysins and develop them into drugs. The development
Später ansehen08.04.24 | Vollzeit | Mödling | BioNTech SEAllows the targeted development of synthetic lysins for virtually any bacterial pathogen. We use a combination of randomized directed evolution approaches and rational in-silico engineering, coupled to high-throughput screening, to generate artificial lysins and develop them into drugs. The development
Später ansehen08.04.24 | Vollzeit | Mödling | BioNTech SEAllows the targeted development of synthetic lysins for virtually any bacterial pathogen. We use a combination of randomized directed evolution approaches and rational in-silico engineering, coupled to high-throughput screening, to generate artificial lysins and develop them into drugs. The development
Später ansehen08.04.24 | Vollzeit | Mödling | BioNTech SEAllows the targeted development of synthetic lysins for virtually any bacterial pathogen. We use a combination of randomized directed evolution approaches and rational in-silico engineering, coupled to high-throughput screening, to generate artificial lysins and develop them into drugs. The development
Später ansehen08.04.24 | Vollzeit | Mödling | BioNTech SEAllows the targeted development of synthetic lysins for virtually any bacterial pathogen. We use a combination of randomized directed evolution approaches and rational in-silico engineering, coupled to high-throughput screening, to generate artificial lysins and develop them into drugs. The development
Später ansehen08.04.24 | Vollzeit | Mödling | BioNTech SEAllows the targeted development of synthetic lysins for virtually any bacterial pathogen. We use a combination of randomized directed evolution approaches and rational in-silico engineering, coupled to high-throughput screening, to generate artificial lysins and develop them into drugs. The development
Später ansehen08.04.24 | Vollzeit | Mödling | BioNTech SEAllows the targeted development of synthetic lysins for virtually any bacterial pathogen. We use a combination of randomized directed evolution approaches and rational in-silico engineering, coupled to high-throughput screening, to generate artificial lysins and develop them into drugs. The development
Später ansehen08.04.24 | Vollzeit | Mödling | BioNTech SEAllows the targeted development of synthetic lysins for virtually any bacterial pathogen. We use a combination of randomized directed evolution approaches and rational in-silico engineering, coupled to high-throughput screening, to generate artificial lysins and develop them into drugs. The development
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08.04.24 | Vollzeit | Mödling | BioNTech SEAllows the targeted development of synthetic lysins for virtually any bacterial pathogen. We use a combination of randomized directed evolution approaches and rational in-silico engineering, coupled to high-throughput screening, to generate artificial lysins and develop them into drugs. The development
Später ansehen