Transcriptional regulatory code of a eukaryotic genome Harbison CT et al. Nature, 2004, Vol. 431, pp. 99-104 Milica Volar 3 March 2005.

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Transcriptional regulatory code of a eukaryotic genome Harbison CT et al. Nature, 2004, Vol. 431, pp Milica Volar 3 March 2005.

Outline of talk Background Yeast’s transcriptional regulatory map Promoter structure Regulator binding behaviour Summary

Transcriptional regulators Proteins that bind to specific promoter sequences in genome Regulate genome expression and its maintenance Cell cycle, environment changes, replication, condensation, cohesion, etc.

Procedure

Genome wide location analysis Crosslink protein to DNA in vivo with formaldehyde Break open cells and shear DNA Immunoprecipitate Reverse-crosslinks, blunt DNA and ligate to unidirectional linkers LM-PCR Labeling Hybridize to array Ren B et al, 2004

Procedure They tested the binding by GWLA: 203 (84) DNA transcriptional regulators in rich media -> 11,000 unique interactions between regulators and promoter regions at high confidence (P<0.001)

Yeast transcriptional regulatory map

3,353 interactions within 1,296 promoter regions

Promoter architectures

Regulator binding behaviour

Summary Construction of the yeast transcriptional regulatory map Promoter architectures Patterns of regulator binding behaviour

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