About

We are made up of an active and diverse network of around 30,000 professionals who are committed to advancing microbiology for the benefit of society in the areas of health, energy, food, materials, and the environment.  Set up in 1974, today we are a growing coalition of 56 Member Societies from 40 countries. Around half of those in our network are early career researchers, and others are business partners, scientists or campaigners.

Our commitment is to help support microbiologists do their work, promote the best in microbiology research and knowledge to the world, and bring microbiologists together to share that knowledge.

As a not-for-profit organization, we reinvest our revenues into supporting microbiologists throughout their career, publishing and promoting scientific research in our journals and organizing events to bring scientists together.  Our Members are vitally important to our work, and we seek to support them do their work to jointly advance microbiology.

Strategic framework

Our main goals are to benefit microbiology in Europe and across the world through research, networking, education and outreach; and to help our Member Societies serve the microbiology community.

Our organizational priorities to achieve these goals are outlined in our Strategic Plan 2020-2024: Connecting People-Sharing Knowledge. This document outlines the goals we want to accomplish but also describes the value we place on achieving these in a fair, open and inclusive way. It details the challenges we need to consider as a small not-for-profit society and that our Members and all microbiologists face in the coming years. Our responses are outlined in a series of priorities which we want to achieve, all of which are aimed at promoting microbiology and supporting microbiologists.

Featured Issue

Anaerobic Biological Dehalogenation

FEMS Microbiology Ecology is proud to present this latest thematic issue on Anaerobic Biological Dehalogenation. Knowledge on anaerobic microbial dehalogenation has advanced significantly since its first discovery. Understanding of the biochemistry, physiology and ecology of organohalide-respiring bacteria (OHRB) has allowed development of bioremediation technologies for clean-up of contaminated sites. At the same time, a fundamental understanding of the processes, enzymes and organisms involved has allowed to discover new exciting features in biochemistry and microbiology. OHRB are either members of novel bacterial genera or already known ones with other metabolic features indicating the importance of horizontal gene transfer in this anaerobic respiration process. Reductive dehalogenases, thus far discovered, are all corrinoid-containing enzymes revealing unexpected biochemical features of this cofactor normally known to be involved in alkyl-transfer reactions. This special thematic issue shows nicely that there remains still a lot to be discovered regarding anaerobic biological dehalogenation.

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