Instruct-ERIC ‘Structure Meets Function’ webinar – 10 November
Registration is now open for the fourth webinar in the series, which will be hosted by Instruct Centre Spain on 10 November 2020, 11:00 - 12:30 CET. The upcoming webinar will explain how structural biology methods, particularly cryo-EM image processing and information integration, are helping scientists to decipher the structure of SARS-CoV-2.
Talk 1: Beyond static structural models: Analysis of continuous protein flexibility by cryoEM and its application to SARS-CoV-2
Speaker: José María Carazo and Marta Martinez
Talk 2: An image processing pipeline for SARS-CoV-2 CryoEM: a single method is not enough
Speaker: Carlos Oscar Sanchez Sorzano
Talk 3: Integrating structural information and biomedical annotations: 3DBionotes-Covid19 Portal
Speaker: José Ramón Macías
Moderator: Carlos Oscar Sanchez Sorzano
You can view the full abstracts and register on the Instruct-ERIC website, where you can also watch recordings of the previous webinars.
Questions can be submitted in advance of the webinar by sending them to comms@instruct-eric.eu.
More articles
-
We have launched a public database where you can store your raw data with rich annotation of samples and conditions of measurements.The Molecular Biophysics Database currently accepts depositions of raw measurement files from MST, BLI, SPR and ITC.We invite you to deposit your data, make it findable, searchable and reusable at https://mbdb-data.org/MBDB has been developed within the EU project MOSBRI by a team of developers mainly from the Institute of Biotechnology and CESNET. Its development continues and we welcome comments and suggestions at mbdb@ibt.cas.cz.
-
Analysis of micro and nanoplastic particles in Nanobio Core Facility
CF Nanobio offers the analysis of micro and nano plastic particles that pose risks to ecosystems and human health. Raman microscopy enables detailed chemical analysis of these particles in water, milk, blood, tissues, soil, and food. Semi-automated analysis using Particle Analysis software and an extensive polymer library ensures precise identification and quantification. The Renishaw InVia Raman microscope, with upgraded lasers and polarization capabilities, supports diverse applications.