Training eSupport System
  • Log In
    • Log in with LS Login
    • Login
    • Register
  • About
  • Events
  • Materials
  • e-Learning
  • Workflows
  • Collections
  • Learning paths
  • Directory
    • Providers
    • Nodes
    • Spaces

TeSS makes use of some necessary cookies to provide its core functionality. Additionally, we make use of Google Analytics to discover how people are using TeSS in order to help us improve the service. To opt out of this, choose the "Allow necessary cookies" option.

See our Privacy Policy for more information.

You can modify your cookie preferences at any time here, or from the link in the footer.

Allow necessary cookies Allow all cookies
  1. Home
  2. Materials

Filter

  • Sort

  • Filter Clear filters

    • Date added
    • In the last 24 hours
    • In the last 1 week
    • In the last 1 month
    • Content provider
    • Australian BioCommons2
    • Show N_FILTERS more
    • Keyword
    • Bioinformatics
    • Deep learning2
    • AI1
    • Life science1
    • Protein design1
    • Structural Biology1
    • Structural biology1
    • Show N_FILTERS more
    • Competency level
    • Not specified
    • Show N_FILTERS more
    • Licence
    • Creative Commons Attribution 4.0 International2
    • Show N_FILTERS more
    • Author
    • Grinter, Rhys
    • Samaha, Georgina12
    • Beecroft, Sarah5
    • Deshpande, Nandan5
    • Gustafsson, Johan5
    • Williams, Sarah5
    • Barugahare, Adele4
    • Morgan, Steven4
    • Nelson, Tiffanie4
    • allegra.via Via4
    • Chew, Tracy3
    • Goudey, Benjamin3
    • Hall, Grace3
    • Jaya, Frederick3
    • Michelle Brazas3
    • Mori, Giorgia3
    • Price, Gareth3
    • Willet, Cali3
    • Al Bkhetan, Ziad2
    • Chung, Jessica2
    • Freytag, Saskia2
    • Geaghan, Michael2
    • Graham, Erin2
    • Hakkaart, Chris2
    • Harrison, Paul2
    • Ihsan, Maira2
    • Mackay, Joel2
    • Makunin, Igor2
    • Matigian, Nicholas2
    • Mick Watson2
    • O'Brien, Mitchell J2
    • Patricia Palagi2
    • Paupério, Joana2
    • Perry, Andrew2
    • Pinzon Perez, William2
    • Rasche, Helena2
    • Thang, Michael2
    • Zhang, Eden2
    • Abdullah, Shaikha1
    • Allnutt, Theodore1
    • Aniruddha, Gayatri1
    • Ansell, Brendan1
    • Aquino, Yves Saint James1
    • Baker, Naomi1
    • Birkinshaw, Richard1
    • Bourke, Caitlin1
    • Brandies, Parice1
    • Bretaudeau, Anthony1
    • Burdett, Tony1
    • Carroll, Luke1
    • Celia van Gelder1
    • Chandrananda, Dineika1
    • Charleston, Michael1
    • Claeys, Tine1
    • Cochrane, Guy1
    • Coddington, Paul1
    • Conradsen, Cara1
    • Cooke, Steele1
    • Crowe, Mark1
    • Cytowski, Maciej1
    • Degnan, Bernie1
    • Degnan, Sandie1
    • Ding, Ke1
    • Downton, Matthew1
    • Doyle, Maria1
    • Dungan, Ashley1
    • Edberg, Roger1
    • Feher, Kristen1
    • Fernandez Valverde, Selene1
    • Freeberg, Mallory1
    • Gagalova, Kristina1
    • Geissler, Laura1
    • Gladman, Simon1
    • Hardy, Josh1
    • Hardy, Joshua1
    • Harms, Rebekah1
    • Hiltemann, Saskia1
    • Hofmann, Oliver1
    • Hogg, Carolyn1
    • Holliday, Jess1
    • Iacono, Giulia1
    • Ienasescu, Hans1
    • Ip, Alex1
    • Ismail, Rania1
    • Jaya, Fred1
    • Jung, Chol-Hee1
    • Kalaš, Matúš1
    • Kandhari, Nitika1
    • Kuiper, Michael1
    • Kummerfeld, Sarah1
    • Lee, Justin1
    • Li, Maisie1
    • Liyanage, Kisaru1
    • Lu, Ching-Yu1
    • Luo, Zhenyan1
    • Lupat, Richard1
    • Lynn, David1
    • Lê Cao, Kim-Anh1
    • Ma, Mengyao1
    • Mangiola, Stefano1
    • Show N_FILTERS more
    • Status
    • Active2
    • Show N_FILTERS more
  • Show materials from all spaces
  • Show disabled materials
  • Show materials with broken links
  • Show archived materials

Training materials

  • Subscribe via email

Email Subscription

Register training material

Keywords: Bioinformatics

and Competency level: Not specified

and Authors: Grinter, Rhys

2 materials found
  • WEBINAR SERIES: Leveraging deep learning to design custom protein-binding-proteins

    Structural Biology Deep learning Life science AI Bioinformatics
  • WEBINAR: Using AI protein design to design binding proteins to challenging bacterial transporters

    Bioinformatics Structural biology Deep learning Protein design
Training eSupport System
[email protected]
Contribute
About TeSS
Browse Spaces
Funding & acknowledgements
Privacy
Cookie preferences
Version: 1.5.1
Source code
API documentation
Bioschemas testing tool

TeSS has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 676559.