This page list peptide entries having peptide secondary structure in the particular range as selected by the user. The header of the table has abbreviations which are explained just above the starting of the table. Moreover, each column of the table can be sorted by clicking on the header of that column. Clicking once will display the results in descending order while clicking twice will display in ascending order. For example, if a user wants to get peptide sequences having maximum helical content (column 'Helix') then he/she needs to sort 'Helix' column by cliking on 'Helix' header. User may get detailed information about a peptide by clicking its ID (left column labeled S-ID).
Search results of secondary structure wise browsing (Strand content between 26-50%) |
S-ID: SATPdb ID; DB-ID: Database ID; Seq: Sequence; H: Helix; E: Strand; C: Coil; T: Turn; DSSP: DSSP states;
The total number of entries retured by search is 541| S-IDsatpdb10013 | SeqEVVRNPQSCRWNMGVCIPISCPGNMRQIGT CFGPRVPCCR | H(%)12.5 | E(%)27.5 | C(%)35 | T(%)25 | DSSPCCCCCCHHHHHTTCEECSSCCCTTCCEEEE ETTTTEEEEC |
| S-IDsatpdb10015 | SeqAFCNLRMCQLSCRSLGLLGKCIGDKCECVK H | H(%)32.3 | E(%)25.8 | C(%)25.8 | T(%)16.1 | DSSPCCCCHHHHHHHHHHTTCEEEECSSSEEEEC C |
| S-IDsatpdb10040 | SeqACGWAGIKQEF | H(%)0 | E(%)27.3 | C(%)36.4 | T(%)36.4 | DSSPCBTTBSSBCCC |
| S-IDsatpdb10056 | SeqLDTIKCLQGNNNCHIQKCPWFLLQVSTCYK GKGRCCQKRRWFARSHVYHV | H(%)10 | E(%)28 | C(%)38 | T(%)24 | DSSPCCHHHHHTTTCEEESSCCCSSCEEEEEETT TTEEEEECCCCCCSCCCCCC |
| S-IDsatpdb10109 | SeqKTCMTKKEGWGRCLIDTTCAHSCRKYGYMG GKCQGITRRCYCLLNC | H(%)23.9 | E(%)26.1 | C(%)26.1 | T(%)23.9 | DSSPCCCCEECTTSCCCSSHHHHHHHHHHHTCSE EEEETTTTEEEEECCC |
| S-IDsatpdb10151 | SeqGPDSCNHDRGLCRVGNCNPGEYLAKYCFEP VILCCKPLSPTPTKT | H(%)0 | E(%)35.6 | C(%)31.1 | T(%)33.3 | DSSPCCCCSSTTSCEEESSCCCTTEEEEEEETTT TEEEEEESSCCCCCC |
| S-IDsatpdb10182 | SeqATYDGKCYKKDNICKYKAQSGKTAICKCYV KVCPRDGAKCEFDSYKGKCY | H(%)0 | E(%)36 | C(%)42 | T(%)22 | DSSPCEEEECCCTTCCEEECCCSSSCCCEEECCC SCCCSTTCCEEEEETTEEEC |
| S-IDsatpdb10270 | SeqIPRPLDPCIAQNGRCFTGICRYPYFWIGTC RNGKSCCRRR | H(%)12.5 | E(%)32.5 | C(%)20 | T(%)35 | DSSPCCSTTSHHHHHTCEEESSSCCTTEEEEECS SSSCEEEEEC |
| S-IDsatpdb10276 | SeqKLCERPSGTWSGVCGNNNACRNQCINLEKA RHGSCNYVFPAHKCICYFPC | H(%)20 | E(%)28 | C(%)32 | T(%)20 | DSSPCEEEECCSSCCSSCCCHHHHHHHHHHTTCC SEEEECCCSSSCCEEEEEEC |
| S-IDsatpdb10292 | SeqGRKSDCFRKSGFCAFLKPSLTLISGKCSRF YLCCKRIW | H(%)18.4 | E(%)26.3 | C(%)31.6 | T(%)23.7 | DSSPCCHHHHHHHTCEEEESSCCSSCCCEESSSS EEEECCCC |
| S-IDsatpdb10388 | SeqQLKKCWNNYVQGHCRKICRVNEVPEALCEN GRYCCLNIKELEAC | H(%)0 | E(%)31.8 | C(%)34.1 | T(%)34.1 | DSSPCCSSSSSSSSCCEEESSCCTTEEEEEECSS SCEEEEECCCCCCC |
| S-IDsatpdb10399 | SeqGTPCGESCVYIPCISGVIGCSCTDKVCYLN | H(%)13.3 | E(%)43.3 | C(%)20 | T(%)23.3 | DSSPCEEEEEECSSSCCSGGGGSCEEETTEEEEC |
| S-IDsatpdb10400 | SeqCQLAAVC | H(%)0 | E(%)28.6 | C(%)42.9 | T(%)28.6 | DSSPCCBTTBC |
| S-IDsatpdb10412 | SeqSSSGWLCTLTIECGTIICACR | H(%)0 | E(%)28.6 | C(%)33.3 | T(%)38.1 | DSSPCEETTEECCCSSBTTBCSSCC |
| S-IDsatpdb10447 | SeqRTCESKSHRFKGPCVSTHNCANVCHNEGFG GGKCRGFRRRCYCTRHC | H(%)21.3 | E(%)31.9 | C(%)19.1 | T(%)27.7 | DSSPCCEEEECSSSCSSCSCHHHHHHHHHHTTCS EEEEETTTTEEEEEECC |
| S-IDsatpdb10493 | SeqRRRSRNLGKVIDTLTCGF | H(%)16.7 | E(%)38.9 | C(%)33.3 | T(%)11.1 | DSSPCCCEEETTEEEECCGGGC |
| S-IDsatpdb10504 | SeqRECQSQSHRYKGACVHDTNCASVCQTEGFS GGKCVGFRGRCFCTKAC | H(%)23.4 | E(%)27.7 | C(%)21.3 | T(%)27.7 | DSSPCCEEEECSSSCSSCSCHHHHHHHHHHHTCS EEEESTTTSCEEEEECC |
| S-IDsatpdb10509 | SeqARLKKCFNKVTGYCRKKCKVGERYEIGCLS GKLCCAN | H(%)10.8 | E(%)32.4 | C(%)21.6 | T(%)35.1 | DSSPCHHHHTTSTTTCEEESSCCTTCEEEEECSS SCEEEEC |
| S-IDsatpdb10516 | SeqVLTVQPW | H(%)0 | E(%)28.6 | C(%)42.9 | T(%)28.6 | DSSPCBTTBCC |
| S-IDsatpdb10554 | SeqECREKGQGCNTALCCPGLECEGQSQGGLCV DN | H(%)0 | E(%)31.2 | C(%)28.1 | T(%)40.6 | DSSPCCCCTTEECCSSSSCTTSEEEESSSSEEEE CC |
| S-IDsatpdb10565 | SeqACGILHDNCVYVPAQNPCCRGLQCRYGKCL VQV | H(%)0 | E(%)30.3 | C(%)42.4 | T(%)27.3 | DSSPCCBCSSCCCCSCCTTCCBCTTEEEETTEEE ECC |
| S-IDsatpdb10589 | SeqIATQCRIRGGFCRVGSCRFPHIAIGKCATF ISCCGRAY | H(%)13.2 | E(%)36.8 | C(%)28.9 | T(%)21.1 | DSSPCCCHHHHHTCEEEEBSCCSSCEEEECSSSS EEEEECCC |
| S-IDsatpdb10632 | SeqQICKAPSQTFPGLCFMDSSCRKYCIKEKFT GGHCSKLQRKCLCTKPC | H(%)23.4 | E(%)31.9 | C(%)25.5 | T(%)19.1 | DSSPCEEEEECSSCCSCCCCHHHHHHHHHHHTCS EEEECSSSSCEEEEEEC |
| S-IDsatpdb10636 | SeqIRAECCSNPACRVNNOHVC | H(%)0 | E(%)31.6 | C(%)31.6 | T(%)36.8 | DSSPCCSSSCCEEETTEEECTTC |
| S-IDsatpdb10665 | SeqDKLIGSCVWGAVNYTSNCRAECKRRGYKGG HCGSFANVNCWCET | H(%)15.9 | E(%)36.4 | C(%)13.6 | T(%)34.1 | DSSPCEEEEESSTTSTTBCSCHHHHHHHTTCSEE EEETTTTCEEEEEC |
| S-IDsatpdb10694 | SeqGTLPCGESCVWIPCISAVVGCSCKSKVCYK N | H(%)0 | E(%)41.9 | C(%)19.4 | T(%)38.7 | DSSPCCEEEEEECSSSSCSTTTTTCEEETTEEEE C |
| S-IDsatpdb10709 | SeqEGVRSYLSCWGNRGICLLNRCPGRMRQIGT CLAPRVKCCR | H(%)0 | E(%)30 | C(%)35 | T(%)35 | DSSPCCCCCCCCTTTSSCEEESSCCCSSSCEEEE ETTTTEEEEC |
| S-IDsatpdb10787 | SeqYVSGKARGWFYRHHYESPHPRISSEVHIPL GDARLV | H(%)11.1 | E(%)33.3 | C(%)19.4 | T(%)36.1 | DSSPCCSSGGGGSEEECTTTSSSTTCCCEEEEEE TTEEEC |
| S-IDsatpdb10805 | SeqRECRSQSKQFVGLCVSDTNCASVCLTEHFP GGKCDGYRRCFCTKDC | H(%)21.7 | E(%)32.6 | C(%)26.1 | T(%)19.6 | DSSPCEEEEECTTCCSCCCCHHHHHHHHHHTTCS EEEECSSSCEEEEEEC |
| S-IDsatpdb10818 | SeqARDECCSNPACRVNNPHVC | H(%)0 | E(%)31.6 | C(%)31.6 | T(%)36.8 | DSSPCBTTTBEECTTSCCCSEEC |
| S-IDsatpdb10826 | SeqDCGEQGEGCATRPCCEELSCVGSRPGGLCQ Y | H(%)0 | E(%)35.5 | C(%)32.3 | T(%)32.3 | DSSPCCBCSSCBCSSSCBCTTCEEEECSSSEEEE C |
| S-IDsatpdb10858 | SeqAPGNKAECEREKGYCGFLKCSFPFVVSGKC SRFFFCCKNIW | H(%)17.1 | E(%)34.1 | C(%)19.5 | T(%)29.3 | DSSPCCCSHHHHHHHTCEEESSSCCSSEEEEEES SSSSEEEEECC |
| S-IDsatpdb10882 | SeqGCQKFFWTCHPGQPPCCSGLACTWPTEICI DG | H(%)0 | E(%)28.1 | C(%)31.2 | T(%)40.6 | DSSPCCCCTTCBCCSCSSSSCTTEEEETTTTEEE EC |
| S-IDsatpdb10962 | SeqHPLSKHPYWSQP | H(%)0 | E(%)33.3 | C(%)50 | T(%)16.7 | DSSPCCCEECSSCEEC |
| S-IDsatpdb10974 | SeqDCGGQGKGCYTQPCCPGLRCRGGGTGGGVC QP | H(%)9.4 | E(%)28.1 | C(%)31.2 | T(%)31.2 | DSSPCCBCTTCBCCSSCBCTTSEEEGGGSSSCEE EC |
| S-IDsatpdb10977 | SeqQKLCERPSGTWSGVCGNSNACKNQCINLEK ARHGSCNYVFPAHKCICYFP | H(%)24 | E(%)30 | C(%)30 | T(%)16 | DSSPCCCEEEECSSSCSCCCCHHHHHHHHHHHHC CSEEEEECCSSSCEEEEEEC |
| S-IDsatpdb10988 | SeqFCCVFPWCTGCYCC | H(%)0 | E(%)28.6 | C(%)21.4 | T(%)50 | DSSPCBSBTTTBCBSTTC |
| S-IDsatpdb11000 | SeqWATIDECEETCNVTFKTCCGPPGDWQCVEA CPV | H(%)0 | E(%)27.3 | C(%)39.4 | T(%)33.3 | DSSPCCCTTSSTTTCCSEEEEECCTTTCCEEEEC CCC |
| S-IDsatpdb11015 | SeqGIPCGESCVWIPCLTSTVGCSCKSKVCYRN | H(%)0 | E(%)26.7 | C(%)33.3 | T(%)40 | DSSPCCSEEETTTTEEEEECSCCCSCCTTTTTCC |
| S-IDsatpdb11124 | SeqCGESCVFIPCISTLLGCSCKNKVCYRNGVI P | H(%)0 | E(%)32.3 | C(%)22.6 | T(%)45.2 | DSSPCCEECSSSCCSTTTTTCEEETTEEEBTTTB C |
| S-IDsatpdb11142 | SeqKLCERSSGTWSGVCGNNNACKNQCINLEGA RHGSCNYVFPYHRCICYFPC | H(%)20 | E(%)38 | C(%)26 | T(%)16 | DSSPCCEEEECSSCCSCCCCHHHHHHHHHHTTCC SEEEEEEETTEEEEEEEECC |
| S-IDsatpdb11154 | SeqICIFCCGCCHRSKCGMCCKT | H(%)0 | E(%)40 | C(%)30 | T(%)30 | DSSPCCEEEESSSSCSSEEEECCC |
| S-IDsatpdb11287 | SeqGSPIQCAETCFIGKCYTEELGCTCTAFLCM KN | H(%)9.4 | E(%)31.2 | C(%)21.9 | T(%)37.5 | DSSPCBSSSSCEECSSSCCGGGTTTCEEETTEEE BC |
| S-IDsatpdb11308 | SeqSPWSPCSGNCSTGKQQRTR | H(%)0 | E(%)31.6 | C(%)36.8 | T(%)31.6 | DSSPCCSCSSSCCEEETTEEECC |
| S-IDsatpdb11339 | SeqQKLCEKPSGTWSGVCGNSNACKNQCINLEG AKHGSCNYVFPAHKCICYVP | H(%)22 | E(%)36 | C(%)24 | T(%)18 | DSSPCCCEEEECSSCCSBCSCHHHHHHHHHHHSC CSEEEEEECSSSEEEEEEEC |
| S-IDsatpdb11369 | SeqRICRRRSAGFKGPCVSNKNCAQVCMQEGWG GGNCDGPLRRCKCMRRC | H(%)23.4 | E(%)36.2 | C(%)17 | T(%)23.4 | DSSPCEEEEECTTCCSSCSCHHHHHHHHHHHTCS EEEEETTTTEEEEEEEC |
| S-IDsatpdb11465 | SeqTFCNLRRCQLSCRSLGLLGKCIGVKCECVK H | H(%)35.5 | E(%)32.3 | C(%)19.4 | T(%)12.9 | DSSPCCCCHHHHHHHHHHHTSEEEEETTEEEEEC C |
| S-IDsatpdb11532 | SeqRTCQSQSHKFKGACFSDTNCDSVCRTENFP RGQCNQHHVERKCYCERDC | H(%)22.4 | E(%)34.7 | C(%)18.4 | T(%)24.5 | DSSPCEEEEECSSSCSSCSCHHHHHHHHHHHSCS EEEEESCSSSCEEEEEEEC |
| S-IDsatpdb11549 | SeqYSRCQLQGFNCVVRSYGLPTIPCCRGLTCR SYFPGSTYGRCQRF | H(%)0 | E(%)29.5 | C(%)40.9 | T(%)29.5 | DSSPCCCCCCTTEEEESCCTTSCSCCCCTTCEEE ESCTTCSEEEEECC |
| S-IDsatpdb11597 | SeqGRKSDCFRKNGFCAFLKCPYLTLISGKCSR FHLCCKRIW | H(%)10.3 | E(%)28.2 | C(%)28.2 | T(%)33.3 | DSSPCCSTTHHHHTCEEESSCCCSSSEEEECCSS SSEEEECCC |