BLASTP 2.11.0+ Reference: Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for composition-based statistics: Alejandro A. Schaffer, L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST protein database searches with composition-based statistics and other refinements", Nucleic Acids Res. 29:2994-3005. Database: Nitab v4.5 proteins Edwards2017 69,500 sequences; 24,411,417 total letters Query= Untitled_sequence Length=546 Score E Sequences producing significant alignments: (Bits) Value Nitab4.5_0004298g0060.1Cas1p 10 TM acyl transferase domain 788 0.0 Nitab4.5_0007411g0030.1Cas1p 10 TM acyl transferase domain 757 0.0 Nitab4.5_0011123g0010.1Cas1p 10 TM acyl transferase domain 756 0.0 Nitab4.5_0000982g0140.1Cas1p 10 TM acyl transferase domain 736 0.0 Nitab4.5_0002814g0090.1Cas1p 10 TM acyl transferase domain 734 0.0 Nitab4.5_0000002g0330.1Cas1p 10 TM acyl transferase domain 705 0.0 >Nitab4.5_0004298g0060.1 Cas1p 10 TM acyl transferase domain Length=438 Score = 788 bits (2036), Expect = 0.0, Method: Compositional matrix adjust. Identities = 382/385 (99%), Positives = 382/385 (99%), Gaps = 0/385 (0%) Query 6 PLTPAQVSFFLGIVSICAAWLYSEYLEYEKNSASSKVRHSDINLVELGNEAVKEDDRAVL 65 PL QVSFFLGIVSICAAWLYSEYLEYEKNSASSKVRHSDINLVELGNEAVKEDDRAVL Sbjct 6 PLNELQVSFFLGIVSICAAWLYSEYLEYEKNSASSKVRHSDINLVELGNEAVKEDDRAVL 65 Query 66 LEGGGLQSASPRMRSSSVTSQIARFCLMDESFFLENRLTLRAISEFGALLTYFYLSDRTN 125 LEGGGLQSASPRMRSSSVTSQIARFCLMDESFFLENRLTLRAISEFGALLTYFYLSDRTN Sbjct 66 LEGGGLQSASPRMRSSSVTSQIARFCLMDESFFLENRLTLRAISEFGALLTYFYLSDRTN 125 Query 126 LFGESKKSYNRDLFLFLYFLLIIISAITSFTIHHDKSPFSGRSIMYLNRHQTEEWKGWMQ 185 LFGESKKSYNRDLFLFLYFLLIIISAITSFTIHHDKSPFSGRSIMYLNRHQTEEWKGWMQ Sbjct 126 LFGESKKSYNRDLFLFLYFLLIIISAITSFTIHHDKSPFSGRSIMYLNRHQTEEWKGWMQ 185 Query 186 VLFLMYHYFAATEIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSIARFTQMMWRLNFLVF 245 VLFLMYHYFAATEIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSIARFTQMMWRLNFLVF Sbjct 186 VLFLMYHYFAATEIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSIARFTQMMWRLNFLVF 245 Query 246 FSCIVLNNNYMLYYICPMHTLFTLMVYGALGIFNKYNENGTIIAGKIITCFLVVILMWEV 305 FSCIVLNNNYMLYYICPMHTLFTLMVYGALGIFNKYNENGTIIAGKIITCFLVVILMWEV Sbjct 246 FSCIVLNNNYMLYYICPMHTLFTLMVYGALGIFNKYNENGTIIAGKIITCFLVVILMWEV 305 Query 306 PGVFEVVWSPFTCFLGYADPDPLKTKQSLLHEWQFRSGLDRYIWIVGMIYAYYHPTVERW 365 PGVFEVVWSPFTCFLGYADPDPLKTKQSLLHEWQFRSGLDRYIWIVGMIYAYYHPTVERW Sbjct 306 PGVFEVVWSPFTCFLGYADPDPLKTKQSLLHEWQFRSGLDRYIWIVGMIYAYYHPTVERW 365 Query 366 MEKLEETEVKRRISIKAVVAIISLA 390 MEKLEETEVKRRISIKAVVAIISLA Sbjct 366 MEKLEETEVKRRISIKAVVAIISLA 390 >Nitab4.5_0007411g0030.1 Cas1p 10 TM acyl transferase domain Length=575 Score = 757 bits (1954), Expect = 0.0, Method: Compositional matrix adjust. Identities = 375/568 (66%), Positives = 444/568 (78%), Gaps = 31/568 (5%) Query 5 GPLTPAQVSFFLGIVSICAAWLYSEYLEYEKNSASSKVRHSDINLVELGNEAVKEDDRAV 64 GPLTP QVSF LG + + AWLYSE+LEY+K SKV HSD NLVEL N +KE+DRAV Sbjct 10 GPLTPGQVSFLLGFIPVLVAWLYSEWLEYKKWLFPSKVSHSDNNLVELENATIKEEDRAV 69 Query 65 LLEGGGLQSASPRMRSSSVTSQIARFCLMDESFFLENRLTLRAISEFGALLTYFYLSDRT 124 LLEGG SAS ++ SSS+ + I RF M++SF LENR TLRA+SEFG +L YFY+ DRT Sbjct 70 LLEGGLSNSASTKLSSSSIKTNIVRFLTMEDSFLLENRATLRAMSEFGGILFYFYICDRT 129 Query 125 NLFGESKKSYNRDLFLFLYFLLIIISAITSFTIHHDKSPFSGRSIMYLNRHQTEEWKGWM 184 N F +S KSYNRDLFLFLY LLII+SA+TSF H+D S SG+S++YLNRHQTEEWKGWM Sbjct 130 NFFADSTKSYNRDLFLFLYCLLIIVSAMTSFKKHNDTSALSGKSLLYLNRHQTEEWKGWM 189 Query 185 -----------------------------QVLFLMYHYFAATEIYNAIRVFIAAYVWMTG 215 QVLFLMYHYFAATEIYNAIRVFIAAYVWMTG Sbjct 190 QASVFYHVFLDLLILQFCENLNNLSFCLKQVLFLMYHYFAATEIYNAIRVFIAAYVWMTG 249 Query 216 FGNFSYYYIRKDFSIARFTQMMWRLNFLVFFSCIVLNNNYMLYYICPMHTLFTLMVYGAL 275 FGNFSYYYIRKDFS+ARF QMMWRLNF V F C+VLNN+YMLYYICPMHTLFTLMVYGAL Sbjct 250 FGNFSYYYIRKDFSLARFAQMMWRLNFFVIFCCVVLNNDYMLYYICPMHTLFTLMVYGAL 309 Query 276 GIFNKYNENGTIIAGKIITCFLVVILMWEVPGVFEVVWSPFTCFLGYADPDPLKTKQSLL 335 GI + YNE +++A K++ CF+VVIL+WE+PGVFE +W PF LGY+DP K L Sbjct 310 GIGHNYNEKRSVMALKLVMCFVVVILIWEIPGVFEFLWGPFAFMLGYSDPA--KPDLPRL 367 Query 336 HEWQFRSGLDRYIWIVGMIYAYYHPTVERWMEKLEETEVKRRISIKAVVAIISLAMGYLW 395 +EW FRSGLDRYIWI+GMIYAY+HP VE+WMEKLEE+E KRR +IK+ V +++A+GYLW Sbjct 368 YEWHFRSGLDRYIWIIGMIYAYFHPNVEKWMEKLEESEPKRRRTIKSSVVAVAVAVGYLW 427 Query 396 YEHIYKLPKITYNKYHPYTSWIPITVYISLRNVTQYFRSYSLTLFAWLGKITLETYISQI 455 YE+IYKL K YNK HPYTSWIPITVYI LRN TQ R++SLTLFAWLGK+TLETYISQ Sbjct 428 YEYIYKLDKTAYNKLHPYTSWIPITVYICLRNFTQELRNFSLTLFAWLGKVTLETYISQF 487 Query 456 HIWLRSGVPDGQPKKLLCLIPNYPLLNFMLTTAIYVAVSHRLFELTNTLKSTFIPMKDNK 515 HIWLRS +P+GQPK LL IP+YP+LNFML TAIYV +S+RLFELTNTLK+ F+P +DN+ Sbjct 488 HIWLRSNMPNGQPKWLLSFIPDYPMLNFMLVTAIYVLISYRLFELTNTLKTVFVPTRDNQ 547 Query 516 RLGYNIIAALVVSGLLYVLSSVFLRVPQ 543 +L +N IA +V+S +Y LS + L++P Sbjct 548 KLLHNFIAGVVISVCIYCLSFILLQIPH 575 >Nitab4.5_0011123g0010.1 Cas1p 10 TM acyl transferase domain Length=530 Score = 756 bits (1952), Expect = 0.0, Method: Compositional matrix adjust. Identities = 371/523 (71%), Positives = 432/523 (83%), Gaps = 4/523 (1%) Query 5 GPLTPAQVSFFLGIVSICAAWLYSEYLEYEKNSASSKVRHSDINLVELGNEAVKEDDRAV 64 GPLTP QVSF LG + + AWLYSE+LEY+K SKV HSD NLVEL N + E+DRAV Sbjct 10 GPLTPGQVSFLLGFIPVLVAWLYSEWLEYKKWLFPSKVSHSDNNLVELENATITEEDRAV 69 Query 65 LLEGGGLQSASPRMRSSSVTSQIARFCLMDESFFLENRLTLRAISEFGALLTYFYLSDRT 124 LLEGG +SAS ++ SSS+ + I RF M++SF LENR TLRA+SEFG +L YFY+ DRT Sbjct 70 LLEGGLSKSASTKLSSSSIKTNIVRFLTMEDSFLLENRATLRAMSEFGGILFYFYICDRT 129 Query 125 NLFGESKKSYNRDLFLFLYFLLIIISAITSFTIHHDKSPFSGRSIMYLNRHQTEEWKGWM 184 N F +S KSYNRDLFLFLY LLII+SAITSF H+DKS FSG+S++YLNRHQTEEWKGWM Sbjct 130 NFFADSTKSYNRDLFLFLYCLLIIVSAITSFKKHNDKSAFSGKSLLYLNRHQTEEWKGWM 189 Query 185 Q--VLFLMYHYFAATEIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSIARFTQMMWRLNF 242 Q VLFLMYHYFAATEIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFS+ARF QMMWRLNF Sbjct 190 QASVLFLMYHYFAATEIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSLARFAQMMWRLNF 249 Query 243 LVFFSCIVLNNNYMLYYICPMHTLFTLMVYGALGIFNKYNENGTIIAGKIITCFLVVILM 302 V F C+VLNN+YMLYYICPMHTLFTLMVYGALGI YNE +++A K++ CF+VVIL+ Sbjct 250 FVIFCCVVLNNDYMLYYICPMHTLFTLMVYGALGIGYNYNEKRSVMALKLVMCFVVVILI 309 Query 303 WEVPGVFEVVWSPFTCFLGYADPDPLKTKQSLLHEWQFRSGLDRYIWIVGMIYAYYHPTV 362 WE+PGVFE +W PF LGY+DP K LHEW FRSGLDRYIWI+GMIYAY+HP V Sbjct 310 WEIPGVFEFLWGPFAFMLGYSDPA--KPDLPRLHEWHFRSGLDRYIWIIGMIYAYFHPNV 367 Query 363 ERWMEKLEETEVKRRISIKAVVAIISLAMGYLWYEHIYKLPKITYNKYHPYTSWIPITVY 422 E+WMEKLEE+E KRR +IK V +++A+GYLWYE+IYKL K YNK HPYTSWIPITVY Sbjct 368 EKWMEKLEESEPKRRRTIKTSVVAVAVAVGYLWYEYIYKLDKTAYNKLHPYTSWIPITVY 427 Query 423 ISLRNVTQYFRSYSLTLFAWLGKITLETYISQIHIWLRSGVPDGQPKKLLCLIPNYPLLN 482 I LRN TQ R++SLTLFAWLGK+TLETYISQ HIWLRS +P+GQPK LL IP+YP+LN Sbjct 428 ICLRNFTQELRNFSLTLFAWLGKVTLETYISQFHIWLRSNMPNGQPKWLLSFIPDYPMLN 487 Query 483 FMLTTAIYVAVSHRLFELTNTLKSTFIPMKDNKRLGYNIIAAL 525 FML TAIYV +S+RLFELTNTLK+ F+P +DN++L +N IA + Sbjct 488 FMLVTAIYVLISYRLFELTNTLKTVFVPTRDNQKLLHNFIAGV 530 >Nitab4.5_0000982g0140.1 Cas1p 10 TM acyl transferase domain Length=600 Score = 736 bits (1899), Expect = 0.0, Method: Compositional matrix adjust. Identities = 370/584 (63%), Positives = 438/584 (75%), Gaps = 44/584 (8%) Query 2 LLYGPLTPAQVSFFLGIVSICAAWLYSEYLEYEKNSASSKVRHSDINLVELGNEAVKEDD 61 LL L +QVSF LG + + AW+Y+E+LEY+K + KV HSD NL EL KE+D Sbjct 19 LLMPTLIMSQVSFLLGYIPVLVAWIYAEWLEYKKWLSPYKVSHSDNNLAELELSTTKEED 78 Query 62 RAVLLEGGGLQSASPRMRSSSVTSQIARFCLMDESFFLENRLTLRAISEFGALLTYFYLS 121 RAVLLEGG +S S ++ SSS+ + I RF M+++F LENR TLRA+SEFG +L Y+Y+ Sbjct 79 RAVLLEGGLSKSPSVKLSSSSIKTNIFRFLTMEDAFLLENRATLRAMSEFGGILFYYYIC 138 Query 122 DRTNLFGESKKSYNRDLFLFLYFLLIIISAITSFTIHHDKSPFSGRSIMYLNRHQTEEWK 181 DRTNLF +S KSYNRDLF+FLY LLII+SA+TS H+DKS FSG++I+YLNRHQTEEWK Sbjct 139 DRTNLFADSTKSYNRDLFIFLYVLLIIVSAMTSLKKHNDKSAFSGKAILYLNRHQTEEWK 198 Query 182 GWMQ-------------VLFLMYHYFAATEIYNAIRVFIAAYVWMTGFGNFSYYYIRKDF 228 GWMQ VLFL+YHYFAA EIYNAIR+FIAAYVWMTGFGNFSYYYIRKDF Sbjct 199 GWMQASFFCCIPFTCSCVLFLIYHYFAAIEIYNAIRIFIAAYVWMTGFGNFSYYYIRKDF 258 Query 229 SIARFTQMMWRLNFLVFFSCIVLNNNYMLYYICPMHTLFTLMVYGALGIFNKYNENGTII 288 S+ARF QMMWRLNF V F CIVLNN+YMLYYICPMHTLFTLMVYGALGI +KYNE +++ Sbjct 259 SLARFAQMMWRLNFFVIFCCIVLNNDYMLYYICPMHTLFTLMVYGALGIGHKYNEIRSVM 318 Query 289 AGKIITCFLVVILMWEVPGVFEVVWSPFTCFLGYADPDPLKTKQSLLHEWQFRSGLDRYI 348 A K + CF+VVIL+WE+PGVFE VWSPFT LGY DP K LHEW FRSGLDRYI Sbjct 319 AVKFLMCFVVVILVWEIPGVFEFVWSPFTFMLGYTDPA--KPDLPRLHEWHFRSGLDRYI 376 Query 349 WIVGMIYAYYHPTVERWMEKLEETEVKRRISIKAVVAIISLAMGYLWYEHIYKLPKITYN 408 WI+GMIYAY+HP VE+WMEKLEE+E KRR +IK + +SL +GYLW+E+IYKL K+ YN Sbjct 377 WIIGMIYAYFHPNVEKWMEKLEESEPKRRRAIKTSICAVSLIIGYLWFEYIYKLDKVAYN 436 Query 409 KYHPYTSWIPITVYISLRNVTQYFRSYSLTLFAWLGKITLETYISQIHIWLRSGVPDGQP 468 HPYTSWIPITVYI LRN TQ R++SLTL AWLGKITLETYISQ HIWLRS +P+GQP Sbjct 437 NLHPYTSWIPITVYICLRNFTQELRNFSLTLLAWLGKITLETYISQFHIWLRSNMPNGQP 496 Query 469 KKLLCLIPNYPLLNFMLTTAIYVAV-----------------------------SHRLFE 499 K LLC IP YP+LNFMLTTAIYV V S RLFE Sbjct 497 KWLLCFIPGYPMLNFMLTTAIYVLVNIYTLSILSCKPSASPPGLYLSIACLLQISCRLFE 556 Query 500 LTNTLKSTFIPMKDNKRLGYNIIAALVVSGLLYVLSSVFLRVPQ 543 LTNTLKS F+P +DN++L +N IA + +S LY +S + L++P Sbjct 557 LTNTLKSIFVPTRDNQKLLHNFIAGVAISVCLYSISFILLQIPH 600 >Nitab4.5_0002814g0090.1 Cas1p 10 TM acyl transferase domain Length=531 Score = 734 bits (1895), Expect = 0.0, Method: Compositional matrix adjust. Identities = 358/539 (66%), Positives = 426/539 (79%), Gaps = 13/539 (2%) Query 5 GPLTPAQVSFFLGIVSICAAWLYSEYLEYEKNSASSKVRHSDINLVELGNEAVKEDDRAV 64 GP+TP QVSF LG + + AW+Y+E+LEY+K + KV HSD NL EL KE+DRAV Sbjct 6 GPVTPGQVSFLLGYIPVLIAWIYAEWLEYKKWLSPYKVSHSDNNLAELELSTTKEEDRAV 65 Query 65 LLEGGGLQSASPRMRSSSVTSQIARFCLMDESFFLENRLTLRAISEFGALLTYFYLSDRT 124 LLEGG +S S ++ SSS+ + RF M+++F LENR TLRA+SEFG +L Y+Y+ DRT Sbjct 66 LLEGGLSKSPSVKLSSSSIKTNTIRFLTMEDTFLLENRATLRAMSEFGGILFYYYICDRT 125 Query 125 NLFGESKKSYNRDLFLFLYFLLIIISAITSFTIHHDKSPFSGRSIMYLNRHQTEEWKGWM 184 NLF +S KSYNRDLF+FLY LLII+SA+TS H+DKS FSG++I+YLNRHQTEEWKGWM Sbjct 126 NLFADSTKSYNRDLFIFLYVLLIIVSAMTSLKKHNDKSAFSGKAILYLNRHQTEEWKGWM 185 Query 185 QVLFLMYHYFAATEIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSIARFTQMMWRLNFLV 244 Q +IYNAIRVFIAAYVWMTGFGNFSYYYIRKDFS+ARF QMMWRLNF V Sbjct 186 Q-----------AKIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSLARFAQMMWRLNFFV 234 Query 245 FFSCIVLNNNYMLYYICPMHTLFTLMVYGALGIFNKYNENGTIIAGKIITCFLVVILMWE 304 F CIVLNN+YMLYYICPMHTLFTLMVYGALGI +KYNE +++A K + CF+VVIL+WE Sbjct 235 IFCCIVLNNDYMLYYICPMHTLFTLMVYGALGIGHKYNEIRSVMAVKFLMCFVVVILVWE 294 Query 305 VPGVFEVVWSPFTCFLGYADPDPLKTKQSLLHEWQFRSGLDRYIWIVGMIYAYYHPTVER 364 +PGVFE VWSPF LGY DP K LHEW FRSGLDRYIWI+GMIYAY+HP VE+ Sbjct 295 IPGVFEFVWSPFAFMLGYTDPA--KPDLPRLHEWHFRSGLDRYIWIIGMIYAYFHPNVEK 352 Query 365 WMEKLEETEVKRRISIKAVVAIISLAMGYLWYEHIYKLPKITYNKYHPYTSWIPITVYIS 424 WMEKLEE+E KRR +IK + +SL +GYLW+E+IYKL K+ YN HPYTSWIPITVYI Sbjct 353 WMEKLEESEPKRRRTIKTSICAVSLIIGYLWFEYIYKLDKVAYNNLHPYTSWIPITVYIC 412 Query 425 LRNVTQYFRSYSLTLFAWLGKITLETYISQIHIWLRSGVPDGQPKKLLCLIPNYPLLNFM 484 LRN TQ R++SLTL AWLGKITLETYISQ HIWLRS +P+GQPK LL IP YP+LNFM Sbjct 413 LRNFTQELRNFSLTLLAWLGKITLETYISQFHIWLRSNMPNGQPKWLLSFIPGYPMLNFM 472 Query 485 LTTAIYVAVSHRLFELTNTLKSTFIPMKDNKRLGYNIIAALVVSGLLYVLSSVFLRVPQ 543 LTTAIYV +S RLFELTNTLKS F+P +DN++L +N IA +V+S LY +S + L++P Sbjct 473 LTTAIYVLISCRLFELTNTLKSVFVPTRDNQKLLHNFIAGVVISVCLYSISFILLQIPH 531 >Nitab4.5_0000002g0330.1 Cas1p 10 TM acyl transferase domain Length=432 Score = 705 bits (1820), Expect = 0.0, Method: Compositional matrix adjust. Identities = 362/455 (80%), Positives = 378/455 (83%), Gaps = 46/455 (10%) Query 1 MLLYGPLTPAQVSFFLGIVSICAAWLYSEYLEYEKNSASSKV-------RHSDINLVELG 53 MLLYGPLTPAQVSFFLGIVSICAAWLYSEYLEYEKNSASSKV RHSDINLVELG Sbjct 1 MLLYGPLTPAQVSFFLGIVSICAAWLYSEYLEYEKNSASSKVVPLTYHSRHSDINLVELG 60 Query 54 NEAVKEDDRAVLLEGGGLQSASPRMRSSSVTSQIARFCLMDESFFLENRLTLRAISEFGA 113 NEAVKEDDRAVLLEGGGLQSASPRMR+SSVTSQIARFCLMDESF LENRLTLRAISEFGA Sbjct 61 NEAVKEDDRAVLLEGGGLQSASPRMRNSSVTSQIARFCLMDESFLLENRLTLRAISEFGA 120 Query 114 LLTYFYLSDRTNLFGESKKSYNRDLFLFLYFLLIIISAITSFTIHHDKSPFSGRSIMYLN 173 LLTYFYLSDRTNLFGESK+ Y++ PF + Sbjct 121 LLTYFYLSDRTNLFGESKR-YSK--------------------------PFPYLCAFTMG 153 Query 174 RHQTEEWKGWMQVLFLMYHYFAATEIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSIARF 233 +HQTEEWKGWMQVLFLMY+YFAAT+IYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSIARF Sbjct 154 QHQTEEWKGWMQVLFLMYYYFAATKIYNAIRVFIAAYVWMTGFGNFSYYYIRKDFSIARF 213 Query 234 TQMMWRLNFLVFFSCIVLNNNYMLYYICPMHTLFTLMVYGALGIFNKYNENGTIIAGKII 293 TQMMWRLN LVFFSC+VLNNNYMLYYICPMHTLFTLMVYG LGIFNKYNENGT+IAGKII Sbjct 214 TQMMWRLNLLVFFSCVVLNNNYMLYYICPMHTLFTLMVYGDLGIFNKYNENGTVIAGKII 273 Query 294 TCFLVVILMWEVPGVFEVVWSPFTCFLGYADPDPLKTKQSLLHEWQFRSGLDRYIWIVGM 353 CFLVVILMWEVPGVFEVVWSPFT FLGYADP P K KQSLLHEW FRSGLDRYIWIVGM Sbjct 274 ACFLVVILMWEVPGVFEVVWSPFTLFLGYADPVPSKPKQSLLHEWHFRSGLDRYIWIVGM 333 Query 354 IYAYYHPTVERWMEKLEETEVKRRISIKAVVAIISLAMGYLWYEHIYKLPKITYNKYHPY 413 IYAYYHPTVERWMEKLEETEVKRRISIKAVVAIISLA+ L IY L Sbjct 334 IYAYYHPTVERWMEKLEETEVKRRISIKAVVAIISLAVSPLCSLLIYCL----------- 382 Query 414 TSWIPITVYISLRNVTQYFRSYSLTLFAWLGKITL 448 ++ +VYISLRNVTQYFRSYSLTLFA + +L Sbjct 383 -VFLSNSVYISLRNVTQYFRSYSLTLFAQILDFSL 416 Lambda K H a alpha 0.328 0.141 0.442 0.792 4.96 Gapped Lambda K H a alpha sigma 0.267 0.0410 0.140 1.90 42.6 43.6 Effective search space used: 7404572646 Database: Nitab v4.5 proteins Edwards2017 Posted date: Mar 21, 2024 4:13 PM Number of letters in database: 24,411,417 Number of sequences in database: 69,500 Matrix: BLOSUM62 Gap Penalties: Existence: 11, Extension: 1 Neighboring words threshold: 11 Window for multiple hits: 40