Pep Charusanti – Senior Resaearcher
Pep Charusanti is a Researcher at DTU Biosustain with a background in microbiology, molecular biology, analytical chemistry, and mathematical modelling of biological systems. He has two primary responsibilities within the IIMENA program. First, he is in charge of implementing a co-adaptive laboratory evolution (co-ALE) technique against important human pathogens as a means to find new antibiotics. Second, he is in charge of the chemical isolation of the new molecules. Pep first developed and implemented the co-ALE approach while working as a postdoc in Bernhard Palsson’s lab at UC San Diego.
Xinglin Jiang – Researcher
Xinglin Jiang has background is synthetic biology, biochemistry, bacterial metabolism, antibiotics and antibiotic resistance. His phd project was about designing and constructing biosynthetic pathways to produce novel biofuels and biochemicals. Then he worked as a PostDoc at DTU Biosustain on synthetic biology around antibiotic compounds. In this project he will have responsibility for developing of high through put cloning methods and robotic platforms as well as antibiotic biosynthetic gene clusters cloning and heterologous expression.
Mie Damborg – Laboratory specialist
Mie Damborg has contributed to the project until March 2019. We wish her good luck for her future endeavors. Mie was a Laboratory Specialist at DTU Biosustain with a background in biochemistry and immunology. She wrote her master’s thesis on the characterization of memory T cells in Tuberculosis at KU in collaboration with Statens Serum Institute. Mie was in charge of evolving a large library of Streptomyces strains supplies by MEDINA using the co-adaptive laboratory evolution (co-ALE) technique.
Oliwia Durczak – Technician
Oliwia Durczak is laboratory technician trained in chemical and biotechnical science (Erhvervsakademi Århus), with research experience gained at one of the Max Planck Institutes in Germany. Her prime tasks for this project are: assembly of gene clusters by using molecular biology techniques, extraction and preparing genomic DNA for sequencing.
Eftychia Eva Kontou – Laboratory specialist
Eftychia Eva Kontou is a Chemical Engineer and Biotechnology graduate (BSc and MSc respectively). Eftychia’s competencies are: Analytical techniques and LC-MS data analysis; Organic (Microbial & Medicinal) Chemistry; Microbial-related and general Laboratory work; Drug discovery. Her MSc thesis involved potential of the ubiquitous products of secondary metabolism, with focus on polyketides in Aspergillus nidulans, a sequenced and well-studied model organism. The primary goal was the characterization of a putative polyketidic compound. The micro-scale extracts of all strains were analysed through RP UHPLC-DAD-HR MS. Her tasks in the project are: Extraction, Analytical Chemistry (HPLC) and New compound purification and discovery.
Dawid Mariusz Lizak – Laboratory specialist
Dawid has contributed to the project until December 2018. We wish him good luck for his future endeavors. Dawid was a biology-biotechnology graduate of two universities: University of Szczecin, Poland and University of Copenhagen, Denmark. Apart of the MSc title, in the process of his education, he obtained a title of Pharmacy Technician and a C level FELASA accreditation. In the IIMENA project, he was responsible for GMO1 & GMO2 laboratories as well as for updating and maintaining the strain library.
Charlotte Beck – PhD Student
Charlotte Beck is a PhD Student in the New Bioactive Compounds section at DTU Biosustain, supervised by Tilmann Weber. She has a background in molecular biology and genetic engineering with a master degree in biotechnology from the Technical University of Denmark (DTU). Her PhD aims to improve the highly effective CRISPR toolkit developed by the NBC section in order to make it compatible with high throughput biosynthetic gene cluster (BGC) inactivation. By inactivating all potential BGCs of strains identified in the coALE screening it will be possible to identify which BGCs are responsible for the bioactivities and characterize them in detail. She will use the information gathered by these experiments to design engineering strategies to improve yield and/or generate derivatives of these molecules.
Omkar Satyavan Mohite – PhD Student
Omkar Satyavan Mohite have completed B.Tech and M.Tech. in Biological Engineering from IIT Madras, India. He is interested in metabolic network analysis and mathematical modelling of biological systems.
He is a PhD student at Dr. Tilmann Weber’s group and he is working on genome scale metabolic modelling of antibiotics biosynthesis in actinomycetes. His tasks would be to improve computational tools to generate metabolic models of secondary metabolism. These tools will further be applied to understand/predict metabolic features of the antibiotics producers.
Tetiana Gren – PostDoc
Tetiana is a biotechnologist and microbiologist, who have spent her career working with different Actinobacteria, producers of secondary metabolites. She carried out her PhD project in Center of Biotechnology (CeBiTec) in Bielefeld University, Germany under the supervision of Prof Dr Jörn Kalinowski in cooperation with Bayer HealthCare. In the PhD project she established genetic engineering techniques for Actinoplanes sp. SE50/110, producer of the industrially produced antidiabetic compound acarbose. In IIMENA project she will have responsibility for developing cloning methods for biosynthetic gene clusters, design and development of the potential heterologous hosts and adjustment of the production of metabolites in native conditions.
Sebastian Theobald – PostDoc
Sebastian has contributed to the project until December 2018. We wish him good luck for his future endeavors. Sebastian was a PostDoc at DTU Biosustain, Center for Biosustainabolity with a background in bioinformatics, biotechnology and molecular biology. Withing the IIMENA project he was responsible for comparative genomics of Streptomyces and genome mining to identify leads for novel bioactive compounds. Sebastian gained extensive experience of comparative genomics of large organism sets during his PhD thesis at DTU Bioengineering under the supervision of Mikael R. Andersen.