Name APO
Number of sequences 20
Key
alpha helix RED
beta strand GREEN
core blocks UNDERSCORE
repeat **********
**********************
AP11_ONCMY_1 64 mQLTQSLDNLQQYADATSQSLa 85
AP11_ONCMY_2 86 pYSEAFGTQLTDATAAVRAEVm 107
AP11_ONCMY_3 119 pKRAELKEVLDKHIDEYRKKLe 140
AP11_ONCMY_4 141 pLIKEHIELRRTEMEAFRAKMe 162
AP11_ONCMY_5 163 pIVEELRAKVAINVEETKTKLm 184
AP11_ONCMY_6 185 pIVEIVRAKLTERLEELRTLAa 206
AP11_ONCMY_7 207 pYAEEYKEQMIKAVGEVREKVs 228
AP11_ONCMY_8 240 pAAEQAKQKLLAFYETISQAMk 261
AP12_ONCMY_1 64 vQLSQSLDNLQQYAQTASESLa 85
AP12_ONCMY_2 86 pYSEAIGVQLTEATAAVRAEVm 107
AP12_ONCMY_3 119 pKRAELKEVLDKHIDEYRKRLe 140
AP12_ONCMY_4 141 pLIKDIVEQRRTELEAFRVKIe 162
AP12_ONCMY_5 163 pVVEEMRAKVSANVEETKAKLm 184
AP12_ONCMY_6 185 pIVETVRAKLTERLEELRTLAs 206
AP12_ONCMY_7 207 pYAEEYKEQMVKAVGEVREKVv 228
AP12_ONCMY_8 240 pAAEQAKEKLMALYETISQAMk 261
APA1_ANAPL_1 67 lKLADNLDTLGAAAAKLREDMa 88
APA1_ANAPL_2 89 pYYKEVREMWLKDTESLRAELt 110
APA1_ANAPL_3 122 pFLDQFSAKWTEELEQYRQRLa 143
APA1_ANAPL_4 144 pVAEELKELTKQKVELMQQKLt 165
APA1_ANAPL_5 166 pVAEEARDRLRGHVEELRKNLa 187
APA1_ANAPL_6 188 pYSDELRQKLSQKLEEIREKGi 209
APA1_ANAPL_7 210 pQAAEYQAKVVEQLSNLREKMt 231
APA1_ANAPL_8 243 pYAENLKTRFISLLDELQKTVa 264
APA1_BOVIN_1 67 lKLLDNWDTLASTLSKVREQLg 88
APA1_BOVIN_2 89 pVTQEFWDNLEKETASLRQEMh 110
APA1_BOVIN_3 122 pYLDEFQKKWHEEVEIYRQKVa 143
APA1_BOVIN_4 144 pLGEEFREGARQKVQELQDKLs 165
APA1_BOVIN_5 166 pLAQELRDRARAHVETLRQQLa 187
APA1_BOVIN_6 188 pYSDDLRQRLTARLEALKEGG. 209
APA1_BOVIN_7 209 gSLAEYHAKASEQLKALGEKAk 230
APA1_BOVIN_8 242 pVLESLKVSILAAIDEASKKLn 263
APA1_BRARE_1 64 lQLSESLTKLQEYAQTTSQALt 85
APA1_BRARE_2 86 pYAETISTQLMENTKQLRERVm 107
APA1_BRARE_3 119 pHRAELYTALQKHIDEYREKLe 140
APA1_BRARE_4 141 pVFQEYSALNRQNAEQLRAKLe 162
APA1_BRARE_5 163 pLMDDIRKAFESNIEETKSKVv 184
APA1_BRARE_6 185 pMVEAVRTKLTERLEDLRTMAa 206
APA1_BRARE_7 207 pYAEEYKEQLVKAVEEAREKIa 228
APA1_BRARE_8 240 pYMENVRTTFAQMYETIAKAIq 261
APA1_CANFA_1 67 lKLLDNWDSLSSTVTKLREQIg 88
APA1_CANFA_2 89 pVTQEFWDNLEKETEVLRQEMs 110
APA1_CANFA_3 122 pYLDDFQKKWQEEVELYRQKVa 143
APA1_CANFA_4 144 pLGSELREGARQKLQELQEKLs 165
APA1_CANFA_5 166 pLAEELRDRARTHVDALRAQLa 187
APA1_CANFA_6 188 pYSDDLRERLAARLEALKEGGg 209
APA1_CANFA_7 210 aSLAEYHARASEQLSALGEKAr 231
APA1_CANFA_8 243 pVLESFKVSLLAAIDEATKKLn 264
APA1_CHICK_1 67 lKLADNLDTLSAAAAKLREDMa 88
APA1_CHICK_2 89 pYYKEVREMWLKDTEALRAELt 110
APA1_CHICK_3 122 pFLDQFSAKWTEELEQYRQRLt 143
APA1_CHICK_4 144 pVAQELKELTKQKVELMQAKLt 165
APA1_CHICK_5 166 pVAEEARDRLRGHVEELRKNLa 187
APA1_CHICK_6 188 pYSDELRQKLSQKLEEIREKGi 209
APA1_CHICK_7 210 pQASEYQAKVMEQLSNLREKMt 231
APA1_CHICK_8 243 pYAENLKNRLISFLDELQKSVa 264
APA1_COTJA_1 67 lKLADNLDTLSAAAAKLREDMt 88
APA1_COTJA_2 89 pYYREVREMWLKDTEALRAELt 110
APA1_COTJA_3 122 pFLDQFSAKWTEEVEQYRQRLa 143
APA1_COTJA_4 144 pVAQELKDLTKQKVELMQAKLt 165
APA1_COTJA_5 166 pVAEEVRDRLREQVEELRKNLa 187
APA1_COTJA_6 188 pYSSELRQKLSQKLEEIRERGi 209
APA1_COTJA_7 210 pQASEYQAKVVEQLSNLREKMt 231
APA1_COTJA_8 243 pYAENLKNRLIDLLDEVQKTMa 264
APA1_HUMAN_1 68 lKLLDNWDSVTSTFSKLREQLg 89
APA1_HUMAN_2 90 pVTQEFWDNLEKETEGLRQEMs 111
APA1_HUMAN_3 123 pYLDDFQKKWQEEMELYRQKVe 144
APA1_HUMAN_4 145 pLRAELQEGARQKLHELQEKLs 166
APA1_HUMAN_5 167 pLGEEMRDRARAHVDALRTHLa 188
APA1_HUMAN_6 189 pYSDELRQRLAARLEALKENGg 210
APA1_HUMAN_7 211 aRLAEYHAKATEHLSTLSEKAk 232
APA1_HUMAN_8 244 pVLESFKVSFLSALEEYTKKLn 265
APA1_MACFA_1 68 lKLLDNWDSVTSTVSKLREQLg 89
APA1_MACFA_2 90 pVTQEFWDNLEKETEGLRQEMs 111
APA1_MACFA_3 123 pYLDDFQKKWQEEMELYRQKVe 144
APA1_MACFA_4 145 pLRAELHEGTRQKLHELHEKLs 166
APA1_MACFA_5 167 pLGEEVRDRARAHVDALRTHLa 188
APA1_MACFA_6 189 pYSDELRQRLAARLEALKENGg 210
APA1_MACFA_7 211 aRLAEYHAKASEHLSTLSEKAk 232
APA1_MACFA_8 244 pVLESFKVSFLSALEEYTKKLs 265
APA1_MOUSE_1 67 lNLLENWDTLGSTVSQLQERLg 88
APA1_MOUSE_2 89 pLTRDFWDNLEKETDWVRQEMn 110
APA1_MOUSE_3 122 pYLDEFQKKWKEDVELYRQKVa 143
APA1_MOUSE_4 144 pLGAELQESARQKLQELQGRLs 165
APA1_MOUSE_5 166 pVAEEFRDRMRTHVDSLRTQLa 187
APA1_MOUSE_6 188 pHSEQMRESLAQRLAELKSN.. 208
APA1_MOUSE_7 208 pTLNEYHTRAKTHLKTLGEKAr 229
APA1_MOUSE_8 241 pMLETLKTKAQSVIDKASETLt 262
APA1_PIG_1 67 lKLLDNWDSLGSTFTKVREQLg 88
APA1_PIG_2 89 pVTQEFWDNLEKETEALRQEMs 110
APA1_PIG_3 122 pYLDDFQNKWQEEMETYRQKMa 143
APA1_PIG_4 144 pLGAEFREGARQKVQELQEKLs 165
APA1_PIG_5 166 pLAEELRDRLRAHVEALRQHVa 187
APA1_PIG_6 188 pYSDDLRQRMAARFEALKEGG. 209
APA1_PIG_7 209 gSLAEYQAKAQEQLKALGEKAk 230
APA1_PIG_8 242 pVLENLKVSILAAIDEASKKLn 263
APA1_RABIT_1 67 lKLLDNWDSLSSTVSKLQEQLg 88
APA1_RABIT_2 89 pVTQEFWDNLEKETEGLREEMn 110
APA1_RABIT_3 122 pYLDEFQKKWQEEVERYRQKVe 143
APA1_RABIT_4 144 pLGAELRESARQKLTELQEKLs 165
APA1_RABIT_5 166 pLAEELRDSARTHVDTLRTKLa 187
APA1_RABIT_6 188 pYSNELQQRLAARLESIKEGGg 209
APA1_RABIT_7 210 aSLAEYQAKAREHLSVLSEKAr 231
APA1_RABIT_8 243 pVLESFKASVQNVLDEATKKLn 264
APA1_RAT_1 67 lNLLDNWDTLGSTVGRLQEQLg 88
APA1_RAT_2 89 pVTQEFWANLEKETDWLRNEMn 110
APA1_RAT_3 122 pHLDEFQEKWNEEVEAYRQKLe 143
APA1_RAT_4 144 pLGTELHKNAK....EMQRHLk 161
APA1_RAT_5 162 vVAEEFRDRMRVNADALRAKFg 183
APA1_RAT_6 184 lYSDQMRENLAQRLTEIRNH.. 204
APA1_RAT_7 204 pTLIEYHTKAGDHLRTLGEKAk 225
APA1_RAT_8 237 pVLEAWKAKIMSMIDEAKKKLn 258
APA1_SALSA_1 64 mQLSQSLDNLQQFADSTSKSW. 85
APA1_SALSA_2 85 pPTPRSSAPSCDATATVRAEVm 106
APA1_SALSA_3 118 pKRAELTEVLNKHIDEYRKKLe 139
APA1_SALSA_4 140 pLIKQHIELRRTEMDAFRAKId 161
APA1_SALSA_5 162 pVVEEMRAKVAVNVEETKTKLm 183
APA1_SALSA_6 184 pIVEIVRAKLTERLEELRTLAa 205
APA1_SALSA_7 206 pYAEEYKEQMFKAVGEVREKVa 227
APA1_SALSA_8 239 pPPRRPSKSSWLSTRPSARP.. 259
APA1_SALTR_1 64 vQLSQSLDNLQQYAQTTSQSLa 85
APA1_SALTR_2 86 pYSEAFGAQLTDAAAAVRAEVm 107
APA1_SALTR_3 119 pKRAELKEVLDKHIDEYRKKLe 140
APA1_SALTR_4 141 pLIKEIVEQRRTELEAFRVKMe 162
APA1_SALTR_5 163 pVVEEMRAKVSTNVEETKAKLm 184
APA1_SALTR_6 185 pIVETVRAKLTERLEELRTLAa 206
APA1_SALTR_7 207 pYAEEYKEQMFKAVGEVREKVg 228
APA1_SALTR_8 240 pAAEQAKEKLMDFYETISQAMk 261
APA1_SPAAU_1 64 tNLAQRIEEMYTQIKTLQGSVs 85
APA1_SPAAU_2 86 pMTDSFYNTVMEVTKDTRESLn 107
APA1_SPAAU_3 119 pQNEQLKQVIEKHLNDYRTLLt 140
APA1_SPAAU_4 141 pIYNDYKTKHDEEMAALKTRLe 162
APA1_SPAAU_5 163 pVMEELRTKIQANVEETKAVLm 184
APA1_SPAAU_6 185 pMVETVRTKVTERLESLREVVq 206
APA1_SPAAU_7 207 pYVQEYKEQMKQMY.DQAQTVd 227
APA1_SPAAU_8 237 pLVEEIKVKMNAIFEIIAASVt 258
APA1_TUPGB_1 67 lKLVDNWDTLGSTFQKVHEHLg 88
APA1_TUPGB_2 89 pVAQEFWEKLEKETEELRREIn 110
APA1_TUPGB_3 122 pFLDEIQKKWQEDLERYRQKVe 143
APA1_TUPGB_4 144 pLSAQLREGARQKLMELQEQVt 165
APA1_TUPGB_5 166 pLGEDLRDSVRAYADTLRTQLa 187
APA1_TUPGB_6 188 pYSEQMRKTLGARLEAIKEGGs 209
APA1_TUPGB_7 210 aSLAEYHAKASEQLSALGEKAk 231
APA1_TUPGB_8 243 pMWESFKTGVLNVIDEAAKKLt 264
Q9TS49-F_1 43 kKLADNWDTVSSALLKAREQMk 64
Q9TS49-F_2 65 pIAMEFWGNLEKDTEGLRQTVs 86
Q9TS49-F_3 98 pYLDSFQKKVEEELELYRQKVa 119
Q9TS49-F_4 120 pLSAEWREQARQKAQELQQKAg 141
Q9TS49-F_5 142 eLGQQHRDRVRTHVDALRTDLa 163
Q9TS49-F_6 164 pYGEEARKLLLQRLQDIKAKS. 185
Q9TS49-F_7 185 gDLAEYQTKLSEHLKSFGEKAq 206
Q9TS49-F_8 218 pLWEGIKAGAMSMLEELGKKLn 239
Q9Z2L4_1 67 lNLLENWDTLGSTVGRLQEQLg 88
Q9Z2L4_2 89 pVTQEFWDNLEKETEWLRREMn 110
Q9Z2L4_3 122 pYLDQFQTKWQEEVALYRQKMe 143
Q9Z2L4_4 144 pLGAELRDGARQKLQELQEKLt 165
Q9Z2L4_5 166 pLGEDLRDRMRHHVDALRTKMt 187
Q9Z2L4_6 188 pYSDQMRDRLAERLAQLKDS.. 208
Q9Z2L4_7 208 pTLAEYHTKAADHLKAFGEKAk 229
Q9Z2L4_8 241 pVFESFKTRIMSMVEEASKKLn 262
Key
alpha helix RED
beta strand GREEN
core blocks UNDERSCORE
repeat **********
Multiple alignment of the complete sequences
You can also look at the alignment in RSF format, or MSF format
You can also get the unaligned sequences in FASTA format
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