Enabling Microbiology Research

Dr. Chris Sedlacek and his team aim to determine how nitrifying microorganisms are able to produce nitrous oxide through denitrification. Read more...

Microsensors confirm that counter-diffusion biofilms have lower N₂O emissions than co-diffusion biofilms. In this study, Professor Akihiko Terada and his research group at Tokyo University of Agriculture and Technology have investigated mitigation of N2O emissions in a membrane-aerated biofilm reactor (MABR). Read more...

Pseudomonas aeruginosa PA14 is a gram-negative pathogen involved in e.g. lung infections. The Dietrich lab at Columbia University use microsensors and the Microprofiling System to obtain valuable information about the biofilm microenvironment and redox metabolism. Read more...

In the article "The bacterial community in the gut of the cockroach Shelfordella lateralis reflects the close evolutionary relatedness of cockroaches and termites", Schauer et al. investigated the gut of cockroaches, specifically Shelfordella lateralis. The research group used microsensors to investigate and characterize the physicochemical conditions in the insects' gut. Read more...

With sensor tip sizes down to 3 µm, Unisense microsensors make it possible to perform measurements at high spatial resolution. An example is this investigation of the dynamics within the layers of microbial mats. Read more...

Dr. Don Canfield and Ketil Sørensen, University of Southern Denmark used needle sensors to examine the vertical distribution of phototrophic and non-phototrophic microorganisms in 2 saltern evaporation ponds with salinities of 156 and 206 g l^-1. Read more...