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Global Organisation for Bioinformatics Learning, Education & Training
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Home / Training portal

Training portal

List of training materials and course pages

Displaying 1 - 4 of 4
Updated datesort ascending Type Topic Audience
STAO 2014 Understanding a genetic disease thanks to Bioinformatics
Updated 4 years 9 months ago 		Training material introduction to bioinformatics, genome browsing, BLAST, Protein structure visualisation, Variant detection high school
QuickGuides
Updated 5 years 3 weeks ago 		Training material Unix/Linux, perl, BLAST, phylip, Velvet, EMBOSS, mySQL Beginners
BLAST and multiple sequence alignment (MSA) programs
Updated 5 years 4 months ago 		Training material BLAST, multiple sequence alignment, e-learning Researchers, Laboratory technicians, Biologists, Bench biologists, Veterinarians
Similarity searching, multiple sequence alignment and protein families - undergraduate lab
Updated 5 years 9 months ago 		Training material Similarity searching, multiple sequence alignment, InterPro, HMMER, BLAST biology and bioinformatics sophomore undergraduates

Training portal

  • Trainers and Organisers
  • Training materials
  • Course pages
  • Upcoming Training Events
  • Portal FAQ
    • Video Tutorials

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Anyone wants to start using the Unix/Linux OS  Bachelor students  beginner bioinformaticians  Beginner informatics  Beginners  Bench biologists  biocurators  bioinformaticians  Bioinformatics  Biologists  Biologists, Genomicists, Computer Scientists  biology and bioinformatics sophomore undergraduates  Biomedical practitioners  Biomedical researchers  Clinical Bioinformaticians  Clinical Scientists  computational bioolgists  computational scientists  Computer scientists  Early career researchers  early stage phytopathogen researchers  Educators  Engineers  experimeintal biologist researchers  Experimentalists and bioinformaticians working on EST, NextGeneration Sequencing and microarray design projects, specially (but not exclusively) of non-model species. No programming knowledge is required.  field biologist researchers  General Interest  geneticists  Grad students  Graduate Students  healthcare professionals  high school  High School Students  Laboratory technicians  Lecturers  Life Science Researchers  Life sciences  life scientists  master  Master students  Medical doctors  MSc students  Ontologists  Personal profesional de LAPISA  PhD  PhD students  plant researchers  post-docs  Post-Doctoral Fellows  postdoc  postdocs  postdoctoral researchers  postgrad  Postgraduate students  principle investigators  programmers  Prospective and existing trainers  Researchers  Scientists  Senior researcher  software developers, bioinformaticians  Structural Biologists  Students and researchers in any field of bioinformatics with background in biology or computer science but weak or no previous experience in protein interaction prediction, networks and systems biology  Technicians  Trainers  Training Designers  Training instructors  Undergraduate students  University and College Level Students  Users  Veterinarians  web developers  wet-lab biologists who are embarking upon research projects that will require the handling and analysis of next generation sequencing data in organisms for which a reference genome is available 

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biocuration  multiple sequence alignment  Sequence database searching  De Novo  SPARQL queries  Teaching Aid  task automation  Advanced Bioinformatics training  next generation sequencing  RNASeq  online learning  bioinformatics for schools  Plotting data  Data analysis  Network Visualization  Essential bioinformatics  single-cell genomics  training material  structures  genomics  Unix Operating System  Biological networks  Unix commands  Cytoscape  BLAST  Biohistory  GOBLET  Variant detection  Standards  NGS  phylip  protein family characterisation  Sequence alignment  introduction to bioinformatics  protein family databases  Systems Biology  SPARQL syntax  basic bioinformatics  mass spectrometry  Transript expression  The UniProt Knowledgebase  e-learning  programming  MOOC  genetic mutation  evolutionary biology  Problem Based Learning  Transcript isoforms  Software  Variant calling  Flow cytometry data  JavaScript  structural variations  Velvet  molecular evolution  training materials  RNA-seq analysis  phylogenetics  bioinformatics  training  NGS bioinformatics  Biopython  signalling networks  Sequence analysis  metagenomics  Visual aid  protein structure  Training technique  Python for Biologists  transcriptional regulation  Bioconductor  upgma  ChIP-seq  version control  Training portal  Train the trainer  AllBio  protein-protein interaction networks  RNA-seq  Linux basics  genome browsing  de-novo genome assembly  R  Transcription factors  Variant Analysis  command line  python  unix  protein sequence analysis  Software Carpentry  The UniProtKB flat-file format  SQL  perl  Differential expression  visualisation  Unix/Linux  trainer skills  Next generation sequencing data analysis  Systems  Clinical Bioinformatics 
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