Hiro,
-- It helps to better understand the domain structure of TOR1 to focus on regions of interest. You can use Hidden Markov Models to see which parts of TOR1's amino acids map to domains found in other molecules. It is a statistical approach and sounds quite complex but practically it is quite simple to do, much like submitting an amino acid sequence for BLAST analysis. To do this you can search your FASTA TOR1 file against the PFAM database. I love this database since it shows the awesomeness of evolution - one molecule at a time! With all the genome data being pumped into GenBank the PFAM database automatically troll new protein sequences and incorporates those results in their dataset.
YJR066W_BY4742 827 986 827 986 PF11865.5 DUF3385 Family 1 161 161 209.1 3.0e-62 1 CL0020
YJR066W_BY4742 1461 1845 1461 1845 PF02259.20 FAT Family 1 345 392 432.9 8.3e-130 1 CL0020
YJR066W_BY4742 1952 2049 1952 2050 PF08771.8 Rapamycin_bind Domain 1 98 98 137.2 1.8e-40 1 No_clan
YJR066W_BY4742 2119 2366 2118 2368 PF00454.24 PI3_PI4_kinase Family 2 248 249 244.5 1.3e-72 1 CL0016
YJR066W_BY4742 2440 2470 2439 2470 PF02260.17 FATC Family 2 32 31 59.8 1.4e-16 1 No_clan
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