Posters
Chat to the author either in person, on Gather, or on Slack during poster sessions and coffee breaks.
Join Online![Building the Flomics bioinformatics infrastructure from the ground up](/2022/static/3a5ce22c43c8bda1d51afb9d64081d01/58c1c/building-the-flomics-bioinformatics-infrastructure-from-the-ground-up.png)
#1Building the Flomics bioinformatics infrastructure from the ground up
Ecosystem
![Cristina Tuñí i Domínguez](/2022/static/8460588e95e8c2db9b0fefa074d3c857/e03f4/cristinatuni.png)
![nf-core/proteinfold: a bioinformatics best-practice pipeline for protein 3D structure prediction](/2022/static/4d037620976b83fe00bcfa11ca669fc7/98fc6/nf-core-proteinfold-a-bioinformatics-best-practice-pipeline-for-protein-3d-structure-prediction.png)
#2nf-core/proteinfold: a bioinformatics best-practice pipeline for protein 3D structure prediction
Community
![Athanasios Baltzis](/2022/static/e1df3a6e2cc18fa3863df2f61d218074/e03f4/athanasiosbaltzis.png)
![atlas: a novel Nextflow quality control pipeline for a plethora of mass spectrometry workflows](/2022/static/2d023215f74f6022ea18ba8c0d3e5dfb/58c1c/atlas-a-novel-nextflow-quality-control-pipeline-for-a-plethora-of-mass-spectrometry-workflows.png)
#3atlas: a novel Nextflow quality control pipeline for a plethora of mass spectrometry workflows
Community
![Roger Olivella](/2022/static/06825b84b9ee8498848c806713ae3d5c/e03f4/rogerolivella.png)
![Enhancing pathogen surveillance of Candida auris using MycoSNP and Nextflow: an update](/2022/static/e39a6f9a5c6e254d1b27468829631bef/8b270/enhancing-pathogen-surveillance-of-candida-auris-using-mycosnp-and-nextflow-an-update.png)
#4Enhancing pathogen surveillance of Candida auris using MycoSNP and Nextflow: an update
Community
![Hunter Seabolt](/2022/static/ee072f99640f5b2ebf085608f2857a69/e03f4/empty.png)
![Efficient parallel taxonomic profiling for metagenomics with nf-core/taxprofiler](/2022/static/4e6e667ce066eb30253317cd91e85881/58c1c/efficient-parallel-taxonomic-profiling-for-metagenomics-with-nf-core-taxprofiler.png)
#6Efficient parallel taxonomic profiling for metagenomics with nf-core/taxprofiler
Community
![James Fellows Yates](/2022/static/0871ec2fb6dd941c456c89516ccb0171/e03f4/jamesfellowsyates.png)
![nf-core/funcscan: Identifying natural products and functional gene clusters in ancient microbial DNA](/2022/static/07f8248ada4c9b2fa1f59663a4699672/08f2b/nf-core-funcscan-identifying-natural-products-and-functional-gene-clusters-in-ancient-microbial-dna.png)
#7nf-core/funcscan: Identifying natural products and functional gene clusters in ancient microbial DNA
Community
![Jasmin Frangenberg](/2022/static/463ae8894f50a8de7016448d8427f842/e03f4/jasminfrangenberg.png)
![NextITS: a pipeline for metabarcoding fungi with full-length ITS sequenced with PacBio](/2022/static/2925f56d2d5fcd090fa891f56e02b0f4/58c1c/nextits-a-pipeline-for-metabarcoding-fungi-with-full-length-its-sequenced-with-pacbio.png)
#12NextITS: a pipeline for metabarcoding fungi with full-length ITS sequenced with PacBio
Community
![Vladimir Mikryukov](/2022/static/4504c816dcf1e0c572825d300aa531e2/e03f4/vladimirmikryukov.png)
![PhyloNext: a pipeline for phylogenetic diversity analysis of GBIF-mediated data in the cloud](/2022/static/2d98340c730aaa46c8a1e3f7014d742e/58c1c/phylonext-a-pipeline-for-phylogenetic-diversity-analysis-of-gbif-mediated-data-in-the-cloud.png)
#13PhyloNext: a pipeline for phylogenetic diversity analysis of GBIF-mediated data in the cloud
Community
![Vladimir Mikryukov](/2022/static/4504c816dcf1e0c572825d300aa531e2/e03f4/vladimirmikryukov.png)
![A computationally efficient system for improving SARS-CoV-2 sequencing surveillance](/2022/static/e9fc77981c7c7c7ee0c1b2523ebb1029/27663/a-computational-effient-system-for-improving-sars-cov-2-sequencing-surveillance.png)
#15A computationally efficient system for improving SARS-CoV-2 sequencing surveillance
Community
![Marcello Salvi](/2022/static/ee072f99640f5b2ebf085608f2857a69/e03f4/empty.png)
![CRISPR-Analytics (CRISPR-A): a platform for precise analytics and simulations for gene editing](/2022/static/e734863be8771aff16f981eaa264ee30/58c1c/crispr-a-a-platform-for-precise-analytics-and-simulations-for-gene-editing.png)
#17CRISPR-Analytics (CRISPR-A): a platform for precise analytics and simulations for gene editing
Community
![Marta Sanvicente García](/2022/static/7162e3c454ec01b0cebcf2dc2b1ae5b5/e03f4/martasanvicentegarcia.png)
![Leveraging Nextflow and Bactopia for automated plant pathogen characterization](/2022/static/b14dcd1ebe6e9123742793de87f38ba6/58c1c/leveraging-nextflow-and-bactopia-for-automated-plant-pathogen-characterization.png)
#18Leveraging Nextflow and Bactopia for automated plant pathogen characterization
Community
![Zachary Foster](/2022/static/89a29470f48a7f504f6b817ed3307565/e03f4/zacharyfoster.png)
![nf-core/sarek: A workflow for germline, tumor-only, and somatic analysis of NGS data](/2022/static/83fe911d3cd8ea3bf54cf0233d555b3c/6fd3a/nf-core-sarek-a-workflow-for-germline-tumor-only-and-somatic-analysis-of-ngs-data.png)
#20nf-core/sarek: A workflow for germline, tumor-only, and somatic analysis of NGS data
Community
![Friederike Hanssen](/2022/static/c626e0e4ff67447f3960483ef408799a/e03f4/friederikehanssen.png)
![nf-core/airrflow: A pipeline to analyze Adaptive Immune Receptor Repertoires (AIRRs)](/2022/static/306ad03397eeb02672c38da06edd0794/58c1c/nf-core-airrflow-a-pipeline-to-analyze-adaptive-immune-receptor-repertoires-airrs.png)
#21nf-core/airrflow: A pipeline to analyze Adaptive Immune Receptor Repertoires (AIRRs)
Community
![Gisela Gabernet](/2022/static/07934fbbc7a646c61d7fdebd5da65fe0/e03f4/giselagabernet.png)