Experimental characterization of bacteria and yeasts interactions in low-alcohol mixed fermentations

BIOBREW
Project details

Abbreviation: BIOBREW

Start date: 2025-01-01End date: 2025-12-31

Description

The BioBrew project aims to investigate the interactions between yeasts, acetic acid bacteria and lactic acid bacteria in mixed fermentations. This works seeks to explore the nature of interactions between different microorganisms by studying the metabolites produced during fermentation. In this way, the goal is to get a better understanding of the mechanisms of interaction and dominance among different microorganisms, exploring potential applications in the production of new functional foods with beneficial health effects.

Using Leartiker’s new Fermentative Process Control Station, guided fermentations will be carried out under controlled conditions, employing genuine microorganisms with potential applications in the production of fermented foods. The metabolites generated during fermentation and their bioactivity will be studied, as well as the modulation of the microbial population of each species.

The main objective of this project is the research and generation of knowledge about mixed fermentations in the production of fermented foods, studying the effects of interactions between different microorganisms.

Participants
  • Leartiker S.Coop
Activities carried out by Leartiker
  • Screening of potential microorganisms for food fermentation
  • Development of experimental fermentations under controlled conditions
  • Analysis of metabolites produced during fermentation processes
  • Evaluation of bioactivities
  • Study of the microbial population dynamics for each species
  • Osmotic stress and salt tolerance tests
USE OF COOKIES

This website uses its own and third-party cookies in order to offer you the best possible user experience.

Before continuing, you must decide what to do with these cookies. You can accept all or save the selection you make.

OWN COOKIES

We use the technical cookies necessary for the operation of the website and we save your preferences for cookie settings and chosen language.

THIRD PARTY COOKIEES

We use third-party sites to analyze browsing and to display embedded information (YouTube and Flickr). Activate the desired options.

Not accepting third-party cookies will mean that we do not show you certain content. Although we will show you a link to access them.

For more information see: Privacy policy