You should have a completed training as lab technician with profound knowledge in Chemistry and Biotechnology. Additional know-how in related fields such as Biochemistry and Molecular Biology are highly appreciated. Furthermore, you should enjoy the work in an international interdisciplinary environment.
You should have a completed training as lab technician with profound knowledge in Chemistry and Biotechnology. Additional know-how in related fields such as Biochemistry and Molecular Biology are highly appreciated. Furthermore, you should enjoy the work in an international interdisciplinary environment.
You should have a completed training as lab technician with profound knowledge in Chemistry and Biotechnology. Additional know-how in related fields such as Biochemistry and Molecular Biology are highly appreciated. Furthermore, you should enjoy the work in an international interdisciplinary environment.
You should have a completed training as lab technician with profound knowledge in Chemistry and Biotechnology. Additional know-how in related fields such as Biochemistry and Molecular Biology are highly appreciated. Furthermore, you should enjoy the work in an international interdisciplinary environment.
The advertised research project focuses on process intensification for carbohydrate fatty acid ester synthesis. The challenge is to define in a complex reaction system with several influence parameters a set-up that finally leads to high product titers. Literature research in a broad body of relevant studies will form the basis for hands-on process optimization in the lab (up to gram scale of products). Identification of new suitable enzymes, enzyme optimization and optimization of application form (immobilization) will be part of the project.
The aim of your PhD research is to decipher the bottlenecks in the cultivation of Knallgasbacteria (hydrogen oxidizing bacteria) in order to run gas fermentations at high cell densities within bioreactors. Your research will speed up the development of future bioprocesses from CO2 as unique Carbon source.
This thesis project focuses on the evaluation and use of DNA aptamers (short single-stranded oligonucleotides) for the recognition and binding of cells of the filamentous fungus Aspergillus niger.
The project deals with the design and development of biocatalytic strategies for the sustainable bioproduction of a specific optically pure building block for APIs in an aqueous environment. The search for appropriate enzyme candidates from literature and common databases will be the initial task. If required, enzymes will be improved to fit the requirements of the desired reaction conditions by engineering based on structural information as far as available. Optimization of the reaction parameters in order to increase the efficiency of the biocatalytic process will be part of the project.
The project deals with the design and development of biocatalytic strategies for the sustainable bioproduction of a specific optically pure building block for APIs in an aqueous environment. The search for appropriate enzyme candidates from literature and common databases will be the initial task. If required, enzymes will be improved to fit the requirements of the desired reaction conditions by engineering based on structural information as far as available. Optimization of the reaction parameters in order to increase the efficiency of the biocatalytic process will be part of the project.
Die Expressionsniveaus der Gene, die für die Enzyme des Spermidin Biosyntheseweges codieren, sollen systematisch analysiert werden. Du führst Experimente zur rekombinanten Genexpression in Schüttelflaschenkulturen durch und analysierst die Expressionsniveaus mithilfe von SDS-Polyacrylamid Gelelektrophorese. Außerdem untersuchst Du die Stabilität des Expressionsvektors mithilfe von mikrobiologischen Methoden und durch DNA-Sequenzierung.