Anchoring of bacteria to substrates and subsequent formation of biofilms has a vital role to play for survival of the bacteria. In addition the bacteria can influences the chemistry of their near surroundings, they can facilitate recrystalization/dissolution of minerals through electron transfer or pH gradients, serve as mineral nucleation sites for mineral growth and they have a large impact on element cycling in our environments.
In collaboration with the Jauffred lab (Biocomplexity and Biophysics, NBI), the Posth lab, (Section of Geology, IGN) and and the Burmølle lab, (Section of Microbiology, KU) we are exploring the binding strength between different strands of bacteria and mineral surfaces as well as microplastics.
Bacterial colony formation.
By Lisselotte Jauffred (NBI collaborator)
SEM image of bacterial colony formation on an iron oxides aggregate
We are combining microbiological top down techniques with bond and bulk level bottom up approaches
Stay tuned for progress
(Check the SUBPROJECT below)
I am looking for students with knowledge of
geology, chemistry or microbiology
to look into different aspects of mineral-DNA-microbial binding.
You will be trained in atomic force spectroscopy and how to handle DNA and taught how to study interactions and dynamics at mineral surfaces.
Send an informal email for for more info: email@example.com
THE ROLE OF MINERAL FACILITATED HORIZONTAL GENE TRANSFER
In Kamille´s PhD project she will test if ARG adsorbed to mineral surfaces can account for the broad distribution of ARG in our environments. .