The Sas3p and Gcn5p histone acetyltransferases are recruited to similar genes

Additional data file 1:

Binding ratio of Rpc-160-HA, a subunit of RNA polymerase III from S. cerevisiae, in a ChIP-chip experiment using anti-HA antibodies (see Materials and methods). The binding ratio was calculated as the ratio of chromatin-immunoprecipitated signals between the epitope-tagged strain and the un-tagged parent, using the same antibodies.

Format: XLS Size: 886KB Download file

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Additional data file 2:

The binding ratio was calculated as the ratio of chromatin-immunoprecipitated signals between the epitope-tagged strain and the un-tagged parent, using the same antibodies.

Format: XLS Size: 900KB Download file

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Additional data file 3:

The binding ratio was calculated as the ratio of chromatin-immunoprecipitated signals between the epitope-tagged strain and the un-tagged parent, using the same antibodies.

Format: XLS Size: 904KB Download file

This file can be viewed with: Microsoft Excel Viewer

Additional data file 4:

The binding ratio was calculated as the ratio of chromatin-immunoprecipitated signals between the epitope-tagged strain and the un-tagged parent, using the same antibodies.

Format: XLS Size: 897KB Download file

This file can be viewed with: Microsoft Excel Viewer

Additional data file 5:

The binding ratio was calculated as the ratio of chromatin-immunoprecipitated signals between the epitope-tagged strain and the un-tagged parent, using the same antibodies.

Format: XLS Size: 899KB Download file

This file can be viewed with: Microsoft Excel Viewer

Additional data file 6:

The binding ratio was calculated as the ratio of chromatin-immunoprecipitated signals between the epitope-tagged strain and the un-tagged parent, using the same antibodies.

Format: XLS Size: 879KB Download file

This file can be viewed with: Microsoft Excel Viewer

Additional data file 7:

The binding ratio was calculated as the ratio of chromatin-immunoprecipitated signals between the epitope-tagged strain and the un-tagged parent, using the same antibodies.

Format: XLS Size: 899KB Download file

This file can be viewed with: Microsoft Excel Viewer

Additional data file 8:

Acetylation at H3K14 was obtained by two ChIP-chip experiments. The first was performed by immunoprecipitating WCE with an antibody that recognizes the carboxyl termini of histone H3 (α-H3Ct) and the other one by immunoprecipitating with α-K14acH3. Ratios from the α-K14acH3 ChIP-chip experiment and the control from the α-H3Ct ChIP-chip experiment were calculated and are listed.

Format: XLS Size: 900KB Download file

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Additional data file 9:

Acetylation at H3K14 was obtained by two ChIP-chip experiments. The first was performed by immunoprecipitating WCE with an antibody that recognizes the carboxyl termini of histone H3 (α-H3Ct) and the other one by immunoprecipitating with α-K14acH3. Ratios from the α-K14acH3 ChIP-chip experiment and the control from the α-H3Ct ChIP-chip experiment were calculated and are listed.

Format: XLS Size: 899KB Download file

This file can be viewed with: Microsoft Excel Viewer

Additional data file 10:

Acetylation at H3K14 was obtained by two ChIP-chip experiments. The first was performed by immunoprecipitating WCE with an antibody that recognizes the carboxyl termini of histone H3 (α-H3Ct) and the other one by immunoprecipitating with α-K14acH3. Ratios from the α-K14acH3 ChIP-chip experiment and the control from the α-H3Ct ChIP-chip experiment were calculated and are listed.

Format: XLS Size: 1.2MB Download file

This file can be viewed with: Microsoft Excel Viewer