% SAM: /projects/compbio/bin/i686/hmmscore v3.3.2 (February, 2001) compiled 06/24/02_10:50:12 % (c) 1992-2001 Regents of the University of California, Santa Cruz % % Sequence Alignment and Modeling Software System % http://www.cse.ucsc.edu/research/compbio/sam.html % % ----------------- Citations (SAM, SAM-T99, HMMs) -------------------- % R. Hughey, A. Krogh, Hidden Markov models for sequence analysis: % Extension and analysis of the basic method, CABIOS 12:95-107, 1996. % K. Karplus, C. Barrett, R. Hughey, Hidden Markov models for detecting % remote protein homologies, Bioinformatics 14(10):846-856, 1998. % A. Krogh et al., Hidden Markov models in computational biology: % Applications to protein modeling, JMB 235:1501-1531, Feb 1994. % --------------------------------------------------------------------- % dssp-ehl2foo.1.YGR016W.t2k-100-30-dssp-ehl2 Host: cc41 Fri Nov 8 17:14:57 2002 % karplus Dir: /projects/compbio/experiments/protein-predict/yeast/YGR0/YGR016W % --------------------------------------------------------------------- % Inserted Files: % Database Files: /projects/compbio/experiments/models.97/indexes/t2k.x-seqs,/projects/compbio/experiments/models.97/indexes/t2k.dssps % % Subsequence-submodel (local) (SW = 2) % Simple scores adjusted by ln(seq len) (adjust_score = 2) % Track 0 FIMs added (geometric mean of match probabilities (6)) % Track 0 Coeff 1.000 File YGR016W.t2k-w0.5.mod % Track 1 FIMs added (the generic node (5)) % Track 1 Coeff 0.300 File YGR016W.t2k.dssp-ehl2.mod % Score DP Method: forward all-paths (dpstyle = 0) % Align DP Method: viterbi (adpstyle = 1) % 7310 sequences, 1706072 residues, 191 nodes, 127.51 seconds % % Sequence scores selected if better than: % E-value (Emax 4.0e+01) (select_score=4) % % Simple: NLL-NULL using FIM probabilities % Reverse: NLL-NULL for the reverse sequence NULL model % Calculated when Simple < simple_threshold (0.00) % E-value on N (=7316) sequences: % N / (1 + exp(-(lambda(=1.8487) * Reverse)^tau(=0.7743))) % Calculated when Simple < simple_threshold (0.00) % Rescale E-values or use -dbsize for multiple scoring runs. % Scores sorted by E-value, best first % % Sequence ID Length Simple Reverse E-value X count 1g5hA 454 -33.70 -10.58 3.34e-01 1yasA 257 -29.98 -9.18 9.45e-01 1qj4A 257 -29.22 -8.45 1.65e+00 1g99A 408 -29.72 -7.50 3.45e+00 1hnoA 280 -29.04 -7.03 5.01e+00 1b43A 340 -28.56 -6.86 5.75e+00 1hzpA 335 -27.64 -6.82 5.93e+00 1abmA 198 -27.63 -6.63 6.92e+00 1yprA 125 -26.74 -6.57 7.26e+00 1bmfA 510 -29.31 -6.57 7.26e+00 1ap6A 198 -27.39 -6.57 7.28e+00 1f00I 282 -26.65 -6.46 7.98e+00 1hnuA 280 -28.42 -6.17 1.01e+01 1ukz 203 -27.68 -6.07 1.10e+01 1howA 373 -28.00 -5.84 1.33e+01 1go5A 69 -23.92 -5.79 1.38e+01 1jenA 267 -26.77 -5.73 1.45e+01 1qklA 127 -25.22 -5.68 1.51e+01 1dofA 403 -28.64 -5.63 1.59e+01 1gwcA 230 -28.29 -5.51 1.75e+01 1eyeA 280 -26.76 -5.50 1.76e+01 1i7gA 287 -27.85 -5.47 1.81e+01 1fp1D 372 -28.28 -5.36 1.99e+01 1gv3A 248 -27.01 -5.17 2.33e+01 1knqA 175 -27.70 -5.12 2.45e+01 1lmb3 92 -23.38 -5.08 2.52e+01 1hv2A 99 -25.25 -5.02 2.65e+01 1a0k 131 -24.67 -4.92 2.90e+01 1awcA 110 -25.27 -4.81 3.19e+01 1lliA 92 -23.03 -4.81 3.20e+01 1jq4A 98 -23.21 -4.77 3.30e+01 1k8kA 418 -27.42 -4.75 3.36e+01 2eboA 74 -23.07 -4.72 3.45e+01 3nul 130 -24.50 -4.67 3.61e+01 1k3eA 156 -25.05 -4.57 3.94e+01