Gestão da coleção microbiológica de interesse biotecnológico na UTFPR Ponta Grossa

Abstract

The objective of this research was the installation, standardization and management of a collection of microbiological cultures in UTFPR / Ponta Grossa with transmission of data from the lines to the CMRP / Taxonline Network. The development of the work was carried out in 4 stages, in which a research was initially carried out to estimate the number of lineages in the UTFPR / PG, later the available lineages were deposited and the management system was developed through Deposit and Withdrawal Terms, Standard Operating Procedures (POPs) and a data storage worksheet. The last step was to send the data to the layout in the CMRP / Taxonline Network. From the UTFPR / PG survey, it was estimated that 37.5% of the teachers consulted had strains for immediate deposit and that 88.9% of the teachers who had already used microorganisms in their work did not find lineages for access within the institution. At the end of the study, 149 microorganisms were deposited, among them: 31 fungi, 55 yeasts and 63 bacteria. After the physical structure of the laboratory, the lines were collected and sent to the site and their characteristics were identified and cataloged in a spreadsheet. The collection was internally denominated as: Microbiological Collection of Biotechnological Interest of UTFPR / Ponta Grossa with the acronym: CMIB-UTFPR / PG, being an integral part of the Paranaense Network CMRP - Microbiological Collections of the Paranaense Network. For the management of the collection were developed Terms of Deposit and Withdrawal of Biological Material and 7 POPs, to describe the activities of the collection. The last step was the sending of data from the spreadsheet with the characterization of the microorganisms to the managers of the CMRP / Taxonline Network, officializing the integration of the CMIB in the network, and we were granted the codes of the Microbiological Collections of the Paranaense Network (CMRP) corresponding to the number of the microbiological lines in the network.