• geneticslab
  • Mike’s Genetics & Genomics Workbook
    • Preface
      • Disclaimers and copyright
    • Introduction to Experiments
    • General lab methods
      • Tips to reading science papers
      • Lab report write-up
        • Example – Student paper
        • Simulated student paper examples
        • Checklist — Lab report write-up
      • Polymerase Chain Reaction (PCR)
        • Overview of standard PCR
        • Overview of RTqPCR
        • PCR Troubleshooting
      • Agarose gel electrophoresis
        • Gel documentation
      • Basic stock solutions
        • About buffer solutions
          • TBE recipe
          • TAE recipe
        • Growth media
          • Growth media – Yeast
    • Model organisms
      • Tomato
      • Yeast
      • Arabidopsis
      • Brassica
      • Drosophila
    • Bioinformatics
      • Bioinformatics I: BLAST
      • Download sequences with BATCH Entrez
      • Bioinformatics II: Detecting designed sequences
      • Use of ORF Finder: Practice and Worked example
      • Bioinformatics III: Use of Primer BLAST and Primer3
        • Using BLAST to predict PCR product length
      • Use of Virtual Ribosome: Practice and worked example
      • Bioinformatics project: Evolutionary analysis of GWAS candidate genes
      • GWAS and essential genes
      • Identify phenotype and genotype of interest from PheGenI
      • Protocol: GWAS and the PheGenI Database
      • Find all SNP for your GOI
      • Evaluate possible citation bias
      • How to convert a distance matrix to a pairwise table with R
      • How to get the distances from a distance tree
      • Routine sequence analysis with R
    • Phylogenetics
      • How to read a phylogeny
      • Make a phylogenetic tree
      • Make a phylogeny from morphological characters
      • Use of NCBI Taxonomy page to retrieve phylogeny
      • Make a gene tree
      • Sequence alignment: Basics explained
      • Use of web services for building a gene tree
      • Change root for gene tree
      • Working with Newick file format
      • Tree reconciliation
      • Evolutionary rate tests
      • Molecular clock
      • An example consensus phylogenetic tree
      • Pairwise divergence times
    • Systems Biology
      • Create network from csv file
      • Network of co-authors
      • NDEx Webapp example
      • List of of operations example
      • ImmPort gene list example
      • Gene Ontology database example
    • App and software help
      • Help with imageJ
      • Simple gel documentation with imageJ
      • Install Cytoscape
      • Install and learn to work with UGENE
      • Alternatives to UGENE
      • Install and use the R statistical programming language
    • Digital literacy
      • Hidden files and directories
      • How to resize and convert image files
      • Please create good file names
      • Text files are data files
      • How to merge text files
      • Split column into multiple columns Google Sheets
      • Lab notebooks
      • Digital lab notebooks
      • Working folders
      • Spreadsheet pivot tables
      • Histogram from a spreadsheet pivot table
      • How to make a bar chart
      • How to obtain slope of the regression
      • How to make a scatterplot and obtain treddline
      • Make and submit video to YouTube

General lab methods

General lab methods

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  • Tips to reading science papers
  • Checklist — Lab report write-up
  • About buffer solutions
  • Basic stock solutions
  • Agarose gel electrophoresis
  • Gel documentation
  • Growth media
  • Volumetric pipettors
  • Centrifugation
  • PCR