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blastp outputs and matrix files S. cerevisiae ATH1_vs_S_cerevisiae.blastp.zip (18MB, uncompresses to 84MB) ATH1_vs_S_cerevisiae.blastp.matrix.zip (163K, uncompresses to 848K) H. sapiens ATH1_vs_human_protein.blastp.zip (23MB, uncompresses to 108MB) ATH1_vs_human_protein.blastp.matrix.zip (195K, uncompresses to 868K) C. elegans ATH1_vs_C_elegans.blastp.zip (20MB, uncompresses to 95MB) ATH1_vs_C_elegans.blastp.matrix.zip (176KB, uncompresses to 864KB) RGB Matrix File (all matrix files combined): Ath_sc_hs_ce.rgb.zip (227K, uncompresses to 1MB) .matrix file format The .matrix file contains seven columns, where: A. unique identifier for the query gene B. unique identifier of the best BLAST hit in the target database, if it is above the cutoff of the expectation value C. normalized* expectation values D. percentage of identity between the overlapping regions E. number of identical letters in the overlap F. length of the overlap G. shows if there is a BLAST hit found (should be identical to the column B, but the wording is different) * normalized expectation value reflects the absolute value of the exponent in the expectation value. If the expectation value is 2x10-15 (2e-15), the normalized expectation value is 15. For all expectation values better than 10-100 (1e-100), like 3x10-101 (3e-101), 7x10-156 (7e-156), etc., the normalized expectation value 100 is assigned. .rgb file format The .rgb file consists of seven columns: A. unique identifier for query gene B. normalized expectation value of the best hit from the red target database C. normalized expectation value of the best hit from the green target database D. normalized expectation value of the best hit from the blue target database E. unique identifier of the best hit from the red target database F. unique identifier of the best hit from the green target database G. unique identifier of the best hit from the blue target database The .rgb file can be visualized in PyMood. |
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