PhD Theses
PhD Theses from CeMiSt
Sociomicrobiology of Secondary Metabolites
By Rune O.Stannius, March 2025
Modulation and Control of Secondary Metabolite Production through Microbial Interactions in Pseudomonas fluorescens
By Adele Kaltenyte, January 2025
Advancing Natural Products Genome Mining through Large Scale Data-Driven Approaches
By Matin Nuhamunada, November 2024
Impact of Streptomyces and their specialized metabolites
By Matiss Maleckis, February 2024
The Role of Secondary Metabolites in the Fungal Community of Black Apples
The genetic diversity and comparative analyses of eukaryotes based on large-scale genomic data
By Ting Yang, December 2023
In-Situ NMR based Metabonomics of Microbial Secondary Metabolites
By Mathies Brinks Soerensen, October 2023
Exploring the Ecological Implications of Tropodithietic Acid Production in Phaeobacter piscinae
By Laura Louise Lindqvist, June 2023
The influence of microbial secondary metabolites on microbial diversity and functionality in marine model systems
By Nathalie N S E Henriksen, October 2023
The potential of microbial secondary metabolites in marine systems and their influence on microbial diversity
By Pernille Kjersgaard Bech, December 2022
Ecology and evolution of secondary metabolite production in Bacilli
By Carlos N. Lozano Andrade, October 2022
Metagenomics decipher microbial compositions and functionalities in environmental samples
By Yayu Wang, May 2022
Control of microbial soil communities by Pseudomonas-produced secondary metabolites
By Morten Lindqvist Hansen, November 2021
The impact of secondary metabolites on the ecology of Bacillus subtilis
CeMiSt relevant PhD theses
Harnessing Microalgal Microbiomes for Pathogen Control in Aquaculture by Probiotic Consortia
By Dóra Smahajcsik, July 2025. Project funded by the European Union’s Horizon 2020 research and innovation (MARBLES) and the Novo Nordisk Foundation.
Addressing Cultivation Barriers in Environmental Microbiomes through Microfluidics and Fluorescent labelling strategies
By Iuliana Nita, June 2025. Project funded by The Independent Research Fund Denmark and The Novo Nordisk Foundation.
Microbial signaling and secondary metabolites
By Caja Dinesen, April 2025. Project funded by the Novo Nordisk Foundation via the project INTERACT and “Imaging microbial language in biocontrol (IMLiB)”.