Bioinformatics Lectures
Previous Lecture 6th Lecture Winter Course - Functional Genomics Tools and Devices Next Lecture
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  1. Functional Genomics Tools and Devices
  2. Functional Genomics Depends on Intelligent Designs and Procedures
  3. The First Bottleneck  --  Obtaining the Starting Material
  4. Chemistry Contributions
  5. Biological Systems
  6. Biochemistry Contributions
  7. Physical Systems
  8. Hardware
  9. An Array of Robots  I
  10. An Array of Robots  II
  11. Functional Genomics Tools I -  Cloning and Libraries
  12. The Gateway System  -  One Fits All
  13. Creating a Versatile Group of Vectors from an Entry Clone
  14. The Path to a Clone Library
  15. Using Natural Models of Site-Specific Recombination
  16. Moving a Gene simultaneously into one or more vectors.
  1. Multiple Entry Points are Possible
  2. Functional Genomics Tools II -  Tags for Protein Purification
  3. Mass Purification of His-tagged Proteins
  4. The Tandem Affinity Purification Method (TAP)
  5. TAP Variations I
  6. TAP Variations II
  7. A Practical Example
  8. Functional Genomics Tools III -  Fluorescent Substrates
  9. Using Multiple Fluorophores Simultaneously
  10. Analyzing an Infection Cycle of Chlamydia pneumoniae
  11. Software Packages – The Classic: GCG
  12. Intelligent WorkHorse  -  Informax‘ VectorNTI
  13. Bringing Data to Life  -  SpotFire
  14. Bioinformatics Software Systems - LION
  15. Bioinformatics Software Systems - GeneData
  16. Bioinformatics Software Systems - BioMax
 ©    Klaus P. Schäfer - Last Update  12.05.2003