Genome3D: a UK collaborative project to annotate genomic sequences with predicted 3D structures based on SCOP and CATH domains.
Tony E. LewisIan SillitoeAntonina AndreevaTom L. BlundellDaniel W. A. BuchanCyrus ChothiaAlison L. CuffJose M. DanaIoannis FilippisJulian GoughSarah HunterDavid T. JonesLawrence A. KelleyGerard J. KleywegtFederico MinneciAlex L. MitchellAlexey G. MurzinBernardo Ochoa-MontañoOwen J. L. RackhamJames SmithMichael J. E. SternbergSameer VelankarCorin YeatsChristine A. OrengoPublished in: Nucleic Acids Res. (2013)
Keyphrases
- genomic sequences
- protein sequences
- dna sequences
- geographically dispersed
- pilot project
- genomic databases
- computational biology
- sequence analysis
- protein structure
- real world
- genome sequences
- metadata
- project management
- previously unknown
- project based learning
- collaborative design
- case study
- amino acids
- gene prediction
- knowledge sharing
- amino acid sequences
- protein classification
- face to face collaborative learning
- collaborative virtual environments
- gene regulation
- computer supported collaborative learning
- semantic annotation
- e learning
- data mining