
Just out ! A novel version of diphtOscan is available at https://gitlab.pasteur.fr/BEBP/diphtoscan. It is easier to install and to use on local computers.
diphtOscan scans genomes of the Corynebacterium diphtheriae species complex and extracts information used for clinical and public health management, including diphtheria toxin and antimicrobial resistance genes, biovar, species and subtyping information. This release also supports authenticated access to BIGSdb-Pasteur’s diphtheria source database, ensuring access to the most recent genotype nomenclature.
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Just out ! A novel version of diphtOscan is available at https://gitlab.pasteur.fr/BEBP/diphtoscan. It is easier to install and to use on local computers.
diphtOscan scans genomes of the Corynebacterium diphtheriae species complex and extracts information used for clinical and public health management, including diphtheria toxin and antimicrobial resistance genes, biovar, species and subtyping information. This release also supports authenticated access to BIGSdb-Pasteur’s diphtheria source database, ensuring access to the most recent genotype nomenclature.
]]>The BIGSdb website is implementing new settings regarding data access. Data curated in 2025 (and later) will not be accessible for anonymous (non-logged-in users). If you wish to have access to data curated in 2025 and beyond, please register on the platform and login when using it. Note that access via the application programming interface (API) will also require authentication to access recent data (API authentication help link).
To ensure a smooth transition, anonymous data access will be periodically closed and opened from 1st October 2024 until the end of the year. For detailed planning, please follow this link.
On 1st January 2025, registration will be permanently mandatory to access data curated after the 31st of December 2024.
Please <a href="mailto:[email protected]">contact us</a> if you have any questions.
]]>The BIGSdb website is implementing new settings regarding data access. Data curated in 2025 (and later) will not be accessible for anonymous (non-logged-in users). If you wish to have access to data curated in 2025 and beyond, please register on the platform and login when using it. Note that access via the application programming interface (API) will also require authentication to access recent data (API authentication help link).
To ensure a smooth transition, anonymous data access will be periodically closed and opened from 1st October 2024 until the end of the year. For detailed planning, please follow this link.
On 1st January 2025, registration will be permanently mandatory to access data curated after the 31st of December 2024.
Please <a href="mailto:[email protected]">contact us</a> if you have any questions.
]]>The BIGSdb website Policy concerning the platform & data use agreement and the privacy notice of BIGSdb-Pasteur was updated on March 25, 2024. Please consult it before using the platform and the data. If any questions, <a href="mailto:[email protected]">contact us</a>.
]]>The BIGSdb website Policy concerning the platform & data use agreement and the privacy notice of BIGSdb-Pasteur was updated on March 25, 2024. Please consult it before using the platform and the data. If any questions, <a href="mailto:[email protected]">contact us</a>.
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A pan-European consortium was created to assess the clinical, epidemiological and microbiological features of this outbreak - BIGSdb Corynebacterium diphtheriae complex was used for sharing data between collaborators and analysing genome data.
The isolate-genome collection is avavailable in BIGSdb@Pasteur and accessible at the public project 2022_EuropeanWideReemergence_collection
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A pan-European consortium was created to assess the clinical, epidemiological and microbiological features of this outbreak - BIGSdb Corynebacterium diphtheriae complex was used for sharing data between collaborators and analysing genome data.
The isolate-genome collection is avavailable in BIGSdb@Pasteur and accessible at the public project 2022_EuropeanWideReemergence_collection
]]>BIGSdb pasteur is now in 1.42.6:
More information are available here
]]>BIGSdb pasteur is now in 1.42.6:
More information are available here
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ReporTree is a pan-pathogen tool for automated and reproducible identification and characterization of genetic clusters developed by Mixão et al. (Genome Med, 2023)
This plugin creates the required input files for ReporTree and runs the tool to identify and characterize genetic clusters. A full description of the ReporTree plugin can be found in the BIGSdb manual.
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ReporTree is a pan-pathogen tool for automated and reproducible identification and characterization of genetic clusters developed by Mixão et al. (Genome Med, 2023)
This plugin creates the required input files for ReporTree and runs the tool to identify and characterize genetic clusters. A full description of the ReporTree plugin can be found in the BIGSdb manual.
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The bioinformatics pipeline DIPHTOSCAN hepls to extract from genomes resistance and virulence genes, and medically relevant features including the toxin gene presence and disruption. The code source is available at https://gitlab.pasteur.fr/BEBP/diphtoscan
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The bioinformatics pipeline DIPHTOSCAN hepls to extract from genomes resistance and virulence genes, and medically relevant features including the toxin gene presence and disruption. The code source is available at https://gitlab.pasteur.fr/BEBP/diphtoscan
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LINcodes are now being defined in BIGSdb_Klebsiella based on the 629-loci cgMLST scheme. Find out more about LIN codes in BIGSdb here.
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LINcodes are now being defined in BIGSdb_Klebsiella based on the 629-loci cgMLST scheme. Find out more about LIN codes in BIGSdb here.
]]>BIGSdb pasteur is now in 1.35.1:
More information are available here
]]>BIGSdb pasteur is now in 1.35.1:
More information are available here
]]>You can now follow the latest news posted in BIGSdb pasteur with your favorite news/rss feed aggregator.
]]>You can now follow the latest news posted in BIGSdb pasteur with your favorite news/rss feed aggregator.
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KlebNET-GSP provides the scientific community with a unified genomic surveillance platform with tailored analytics for the Klebsiella pneumoniae species complex (KpSC) wihle developing an international network of scientists involved in Klebsiella research and building capacity in genomics.
Check it out at klebnet.org
Don't forget to explore the News section for coming up events and training workshops, and to subscribe to the klebnet Google Group
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KlebNET-GSP provides the scientific community with a unified genomic surveillance platform with tailored analytics for the Klebsiella pneumoniae species complex (KpSC) wihle developing an international network of scientists involved in Klebsiella research and building capacity in genomics.
Check it out at klebnet.org
Don't forget to explore the News section for coming up events and training workshops, and to subscribe to the klebnet Google Group
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A unified library of Bordetella genomes has been set-up by merging previously existing Oxford and Pasteur databases, importing genomes from public repositories, and developing harmonized genotyping schemes. A genus-wide cgMLST genotyping scheme was developed and 18 putative novel species found. Specific schemes were developed to define antigenic, virulence and macrolide resistance profiles.
Access the Bordetella genomic library at https://bigsdb.pasteur.fr/bordetella/
The genomic platform provides an expandable resource for unified genotyping of Bordetella strains and will hopefully facilitate collective evolutionary and epidemiological understanding of the reemergence of whooping cough and other Bordetella infections.
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A unified library of Bordetella genomes has been set-up by merging previously existing Oxford and Pasteur databases, importing genomes from public repositories, and developing harmonized genotyping schemes. A genus-wide cgMLST genotyping scheme was developed and 18 putative novel species found. Specific schemes were developed to define antigenic, virulence and macrolide resistance profiles.
Access the Bordetella genomic library at https://bigsdb.pasteur.fr/bordetella/
The genomic platform provides an expandable resource for unified genotyping of Bordetella strains and will hopefully facilitate collective evolutionary and epidemiological understanding of the reemergence of whooping cough and other Bordetella infections.
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A new website is welcoming you, we hope you appreciate. Don't forget to star your favorite bacterias !
If you find any issue, do not hesitate to contact us.
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A new website is welcoming you, we hope you appreciate. Don't forget to star your favorite bacterias !
If you find any issue, do not hesitate to contact us.
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The MLST strain nomenclature service for diphtheriae/ulcerans strains is now available. This nomenclature has been earlier mantained by Martin Maiden and Keith Jolley at the University of Oxford, and now migrated by Sebastien Bridel to BIGSdb-Pasteur https://bigsdb.pasteur.fr/diphtheria/.
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The MLST strain nomenclature service for diphtheriae/ulcerans strains is now available. This nomenclature has been earlier mantained by Martin Maiden and Keith Jolley at the University of Oxford, and now migrated by Sebastien Bridel to BIGSdb-Pasteur https://bigsdb.pasteur.fr/diphtheria/.
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BIGSdb pasteur is now in 1.32.2:
More information are available here
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BIGSdb pasteur is now in 1.32.2:
More information are available here
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A proposal to build genomic taxonomies of bacterial strains using a dual approach combining single linkage clustering and life identification numbers into a single cgMLST-based multilevel classification system.
Here, the 634-loci strict core genome MLST (scgMLSTv1) initially identified in Bialek-Davenet et al, 2014 was reassessed, and an improved cgMLST scheme of 629-loci (scgMLST629_S) for K. pneumoniae Species Complex genotyping was provided.
This Hennart et al. 629-loci cgMLST scheme has been incorporated into the BIGSdb-Klebsiella nomenclature server.
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A proposal to build genomic taxonomies of bacterial strains using a dual approach combining single linkage clustering and life identification numbers into a single cgMLST-based multilevel classification system.
Here, the 634-loci strict core genome MLST (scgMLSTv1) initially identified in Bialek-Davenet et al, 2014 was reassessed, and an improved cgMLST scheme of 629-loci (scgMLST629_S) for K. pneumoniae Species Complex genotyping was provided.
This Hennart et al. 629-loci cgMLST scheme has been incorporated into the BIGSdb-Klebsiella nomenclature server.
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BIGSdb pasteur is now in 1.30.0:
More information are available here
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BIGSdb pasteur is now in 1.30.0:
More information are available here
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