Welcome to the Catalogue
Unifying Italian Microbial Biobanks
The heatmap showcased visually represents the remarkable contribution of various Italian regions to the SUS-MIRRI.IT project. Color gradient on the heatmap corresponds to the number of microbial strains collected from distinct regions across Italy. This geographical distribution not only underscores the extensive collaborative effort involved in compiling the database but also emphasizes the significance of local ecosystems in contributing to the global understanding of microbial biodiversity.
To discover all the institutes taking part to the project, visit our partners page
The assessment of hazard risks associated with the strains in the SUS-MIRRI.IT collection delves into various domains such as pathogenicity, virulence, and resistance traits, to name a few. It allows us to gauge the potential risks each strain might pose to human health, ecosystems, or industrial processes.
By analyzing these risk factors, we can make informed decisions regarding the handling, utilization, and dissemination of specific microbial strains. This evaluation not only aids researchers and scientists in identifying strains that require careful handling and monitoring but also guides regulatory agencies and stakeholders in formulating appropriate guidelines for their safe utilization.
The thermometer visualization provided offers a comprehensive overview of the hazard risks associated with the diverse strains present in the database, categorized across different domains.
Abundance of strains across domains
The strains of the collections are distributed across four distinct biological domains: bacteria, archaea, fungi, and viruses. Each of these domains contributes to the rich tapestry of life on Earth in its own unique way. To discover something more about the microbes visit our taxonomy page.
The distribution of strains across these domains within the database is a testament to the project’s commitment to inclusivity and holistic exploration. It reflects the collaborative effort to capture the essence of life’s diversity in all its forms, aiding researchers, scientists, and enthusiasts in uncovering the unique attributes of each biological domain.