Mata J, Wilbrey A and Bähler J (2007). Transcriptional regulatory network for sexual differentiation in fission yeast.
Genome Biol. 8(10):R217.
A reprint is available as a PDF

Additional Files:

• Additional File 1: Complete normalized dataset for mei4Δ pat1 and pat1 time courses.
• Additional File 2: Complete normalized dataset for rep1Δ pat1 and pat1 time courses.
• Additional File 3: Complete normalized dataset for rsv1Δ and rsv2Δ experiments.
• Additional File 4: Complete normalized dataset for Atf21p, Atf31p, Atf21p/Atf31p and Mei4p overexpression experiments.
• Additional File 5 (doc): Table 1: Potential regulatory motifs in the promoters of Rsv1p-regulated genes. Table 2: Effects of rep1Δ on meiotic transcription: comparison with published data. Table 3: Effects of mei4Δ on meiotic transcription; comparison with published data.
• Additional File 6 (xls): Middle genes classified into three groups according to the effect of mei4Δ and Mei4p overexpression on their expression.
• Additional File 7 (xls): Genes induced by Atf21p, Atf31p and Atf21p/Atf31p overexpression and genes induced by Atf21p/Atf31p overexpression that are also reduced in atf21Δ meiotic cells.
• Additional File 8 (xls): Genes induced by Mei4p overexpression, classified according to their expression profiles.
• Additional File 9 (xls): Mei4p-dependent and Mei4p-independent middle genes based on the mei4Δ time course experiment.
• Additional File 10 (xls): Complete list of potential Rsv1p targets.
• Additional File 11 (xls): Complete list of potential Rsv2p targets.
• Additional File 12 (xls): Rep1p-dependent and Rep1p-independent early genes based on the rep1Δ time course experiment.

All raw data are available under accession number E-TABM-298, E-TABM-299, E-TABM-300, E-TABM-301 from ArrayExpress.