Bioinformatics Lectures
Previous Lecture 4th Lecture Winter Course - Expression Profiling Techniques in Eukaryotes I Next Lecture
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  1. Expression Profiling Techniques in Eukaryotes  I
  2. Which Genes Are Expressed at a Given Moment Under a Given Set of Conditions?
  3. The Human Genome - an Assembly of  ~ 50,000 Genes
  4. Differential Gene Expression and Control Levels
  5. Future Trends in Genomics
  6. Gene Expression Profile Matrix will Reveal New Drug Targets
  7. Limitations of Current Expression Analysis Technologies
  8. OligoFingerprinting
  9. The Principle of OligoFingerprinting
  10. OligoFingerprinting on a cDNA Library
  11. Probability of Finding Low Abundance Genes
  12. OligoFingerprinting -  Hybridization Oligo 1
  13. OligoFingerprinting - Hybridization Oligo 2
  14. OligoFingerprinting - 1 Clone (Barcode)
  15. OligoFingerprinting - 100,000 Clones
  16. OligoFingerprinting - Clustering
  17. Database Matching
  1. DNA Sequence Matching
  2. Genome Closure
  3. Application of OligoFingerprinting
  4. The Size Distribution of cDNA Clusters
  5. Relative Clone Representation in Mouse Embryogenesis
  6. A Cluster with 487 Clones
  7. Application of OligoFingerprinting  II
  8. Screen the DNA before Sequencing
  9. SAGE  -  Serial Analysis of Gene Expression
  10. Overview of SAGE Technology
  11. SAGE Gives Reliable and Consistent Results
  12. The Yeast Transcriptome as an Example
  13. Yeast Transcriptome analyzed by SAGE
  14. A List of Strongly Expressed Genes in Yeast
  15. A List of Putative Protein Coding Sequences in Yeast
  16. Chromosome Selection for Yeast Transcriptome Query
  17. Comparing OligoFP and SAGE
 ©    Klaus P. Schäfer - Last Update  12.05.2003