The Microbial Resources Division (DRM) develops research and offers specialized services in microbiology to meet the demands of academia and industry. DRM houses the Brazilian Collection of Environmental and Industrial Microorganisms (CBMAI) in its facilities, whose activities are more specifically focused on the storage and distribution of microorganisms and associated information. Since January 2020, DRM/CBMAI has been accredited (CRL 1478) by the General Accreditation Coordination of INMETRO, offering tests accredited to the ABNT NBR ISO/IEC 17025 standard. Its team is composed of qualified professionals in microbiology, systematics, genomics, metagenomics, and microbial ecology, which develop research projects in partnership with groups and institutions in the country and abroad and advisors to master, doctoral and post-doctoral students linked to the post-graduate programs in Genetics and Molecular Biology and in Biosciences and Technology of Bioactive Products at UNICAMP. DRM also offers courses and training in its areas of expertise, including handling, preservation, characterization, and identification of microorganisms, as well as structuring and managing microbiological collections.
LINES OF RESEARCH
Fungi and bacterial taxonomy;
Description of new species of microorganisms;
Investigation of the diversity and functioning of microbial communities;
Petroleum biodegradation;
Prospection of genetic and metabolic diversity to obtain products with biotechnological potential.
ON-DEMAND SEARCH
Identification of bacteria and fungi by polyphasic taxonomy;
Characterization of microbial communities in mixed samples;
Molecular typing of microorganisms;
Isolation and counting of microorganisms;
Deposit and distribution of microorganisms;
Training and advice, including handling, preserving, characterizing, and identifying microorganisms and structuring and managing microbiological collections.
LINES OF RESEARCH
ON-DEMAND SEARCH
Fungi and bacterial taxonomy;
Description of new species of microorganisms;
Investigation of the diversity and functioning of microbial communities;
Petroleum biodegradation;
Prospection of genetic and metabolic diversity to obtain products with biotechnological potential.
Identification of bacteria and fungi by polyphasic taxonomy;
Characterization of microbial communities in mixed samples;
Molecular typing of microorganisms;
Isolation and counting of microorganisms;
Deposit and distribution of microorganisms;
Training and advice, including handling, preserving, characterizing, and identifying microorganisms and structuring and managing microbiological collections.
-Taxonomy of filamentous fungi of importance for industrial and environmental application; -Prospection of endophytes for the production of bioactive molecules; -Culture collection management; -Ecology and diversity of black yeasts; -Access to the National Genetic Heritage and Associate Traditional Knowledge.
Research Line:
-Taxonomy of filamentous fungi and their potential application in hydrocarbon contaminated areas (bioremediation); -Ecology and diversity of black yeasts; -Culture collection management and microbial preservation techniques; -Endophytes of potential industrial application, mainly in agribusiness. LATTES
-Bacterial taxonomy; -Applied microbiology; -Prospection of active compounds; -Management of microbial culture collections.
Research Line:
-Research of bacterial diversity in different environments with a view to prospecting new species; -Characterization and description of new species of bacteria; -Investigation of the biotechnological potential of bacteria for environmental and industrial application; -Plant-microorganism interactions for agricultural application. LATTES
-Microbial Ecology and Metagenomics; -Petroleum Biodegradation; -Environmental Microbiology; -Microbial Bioprospecting.
Research Line:
-Investigation of the composition and functioning of microbial communities, with focus on petroleum-associated environments and hydrocarbon biodegradation metabolic pathways; -Genetics of hydrocarbon biodegradation; -Bioprospecting the uncultivated biodiversity through functional metagenomics, with emphasis on bioremediation; -Microbial interactions and the genetic mechanisms responsible for microbial survival in extreme environments. LATTES
-Taxonomy of filamentous fungi of importance for industrial and environmental application; -Prospection of endophytes for the production of bioactive molecules; -Culture collection management; -Ecology and diversity of black yeasts; -Access to the National Genetic Heritage and Associate Traditional Knowledge.
Research Line:
-Taxonomy of filamentous fungi and their potential application in hydrocarbon contaminated areas (bioremediation); -Ecology and diversity of black yeasts; -Culture collection management and microbial preservation techniques; -Endophytes of potential industrial application, mainly in agribusiness. LATTES
-Bacterial taxonomy; -Applied microbiology; -Prospection of active compounds; -Management of microbial culture collections.
Research Line:
-Research of bacterial diversity in different environments with a view to prospecting new species; -Characterization and description of new species of bacteria; -Investigation of the biotechnological potential of bacteria for environmental and industrial application; -Plant-microorganism interactions for agricultural application. LATTES
-Microbial Ecology and Metagenomics; -Petroleum Biodegradation; -Environmental Microbiology; -Microbial Bioprospecting.
Research Line:
-Investigation of the composition and functioning of microbial communities, with focus on petroleum-associated environments and hydrocarbon biodegradation metabolic pathways; -Genetics of hydrocarbon biodegradation; -Bioprospecting the uncultivated biodiversity through functional metagenomics, with emphasis on bioremediation; -Microbial interactions and the genetic mechanisms responsible for microbial survival in extreme environments. LATTES
Identificação molecular de micro-organismos de interesse para ambiente e indústria. Caracterização de comunidades microbianas em amostras mistas. LATTES
- Molecular identification of microorganisms from environment and industry; - Caracterization of microorganisms communities form complex samples by large-scale sequencing methods. LATTES
- Molecular identification of microorganisms from environment and industry; - Caracterization of microorganisms communities form complex samples by large-scale sequencing methods. LATTES