LLPS-Leo-a612
Integrated Annotations
▼ OVERVIEW
| Status: | Unreviewed |
| Protein Name: | Ankyrin 3a |
| Ensembl Gene: | ENSLOCG00000006646.1 |
| Ensembl Protein: | ENSLOCP00000008063.1 |
| Organism: | Lepisosteus oculatus |
| Taxa ID: | 7918 |
| LLPS Type: | Others |
▼ Classification
Condensates:
| Condensate | Evidence | Orthologs |
|---|---|---|
| Postsynaptic density | Predicted from orthologs | (View) |
▼ CROSS REFERENCE
| Database | Nucleotide ID | Protein ID |
|---|---|---|
| Ensembl | ENSLOCT00000008073.1 | ENSLOCP00000008063.1 |
| Ensembl | ENSLOCT00000008057.1 | ENSLOCP00000008047.1 |
| UniProt | W5MI38, W5MI38_LEPOC | |
| GeneBank | AHAT01004097 | |
| Entrez | 102687216 |
▼ SEQUENCE
| Protein Sequence (FASTA) |
|---|
1 MASTPIGGGE SDTAQGGSSS LTTPEDKSDS NASYLRAARA GNLEKALDYL KAGVDINICN 60 61 QNGLNALHLA SKEGHVEVVA ELIKLGANVD AATKKGNTAL HIASLAGQTE VVKELVTNGA 120 121 NVNAQSQNGF TPLYMAAQEN HLEVVKFLLD NGSSQSIATE DGFTPLAVAL QQGHDQVVSL 180 181 LLENDTKGKV RLPALHIAAR KDDTKAAALL LQNDHNADVE SKSGFTPLHI AAHYGNINVA 240 241 TLLLNRGAAV DFTARNDITP LHVASKRGNG NMVKLLLERG ARIDAKTKDG LTPLHCGARS 300 301 GHEQVVEMLL DRGAPILSKT KNGLSPLHMA TQGDHLNCVQ LLLQHDVPVD DVTNDYLTAL 360 361 HVAAHCGHYK VAKVLLDKKA NPNAKALNGF TPLHIASKKN RIKVMELLLK HGASIQAVTE 420 421 SGLTPIHVAA FMGHENIVTQ LTHHGASPNT TNVRGETALH MAARAGQAEV VKYLVQNGAQ 480 481 VEAKAKDDQT PLHIASRLGK ADIVQQLLQH GASPDASTTS GYTPLHLAAR EGHEDVASVL 540 541 LEQGASLSTT TKKGFTPLHV AAKYGKIEVA NLLLQKKATP DAAGKSGLTP LHVAAHYDNQ 600 601 KVALLLLDQG ASPHAAAKNG YTPLHIAAKK NQMDIATTLL EYGADTNAIT RQGISPVHLA 660 661 AQEGNVDVVS LLLARNANVN LGNKSGLTPL HLAAQEDRVN VAEVLVNQGA TVDPQTKMGY 720 721 TPLHVACHYG NVKMVNFLLQ HQAKVNAKTK NGYTPLHQAA QQGHTHIINI LLQHGASPNE 780 781 LTVNGNTALA IARRLGYISV VDTLKVVTEE TLTTTTVTEK HKMNVPETMN EVLDMSDDEV 840 841 RKANVPESLN EADYISDVEE GEDAMTGDTD KYLGPQDLKE LGDDSLPQEG YMGFSIGARS 900 901 ASSDRSNTLN RSSFARDSIM IEEMLAPTKD THLTVTREYD SDSLRRYSWA ADTLDNVNLV 960 961 SSPIHSGFLV SFMVDARGGS MRGSRHNGMR IIIPPRKCTA PTRITCRLVK RHKLASPPPM 1020 1021 VEGEGPASRL VEVGPAGAQF LGPVIVEIPH FGSMRGKERE LIILRSENGE TWKEHQYDCK 1080 1081 SEDLNEILNG MDEELDSAED LEKKRICRII TKDFPQYFAV VSRIKQESNQ MGPEGGVLSS 1140 1141 MTVPLVQASF PEGALTKRIR VGLQAQPVPD EIVKKILGNK ATFSPIVTVE PRRRKFHKPI 1200 1201 TMTIPVPPPS GEGVTNGYKG DTTPSLRLLC SITGGTSPAQ WEDITGTTPL TFVSDCVSFT 1260 1261 TNVSARLSFW LADCHQIPET VGLASQLYRE LICVPYMAKF VVFAKMNDPV EARLRCFCMT 1320 1321 DDKVDKTLEQ QENFEEVARS KDIEVLEGKP IYVDCYGNLV SLTKAGQQLI FNFYAFKENR 1380 1381 LPFCVKVRDN SQEPCGRLSF LKEPKTTKGL PQTAVCNLNI TLPAHKKELE SDQDEETEKP 1440 1441 ERRHTFASLA LRKRYSYLAE PAMKTVERST ARTLPAGFAY KPVFSTRSYQ AWSAAPITVP 1500 1501 GQGKSGFGSL SSSSSNTPSA SPLKSVWSIS SASPIKSTLG ASTTSSVKSV SDVASPIRSF 1560 1561 RSISSPIKTV VQQTQYPLQV STTLLSSPGK TAVAPDPTTV KGLASSLSSR TSPVTTAGSL 1620 1621 LERSSITMTP PASPKSTVNM YSSSLPFKSV IPSSAPVTSS PIKAIPALSS VKSTADGAGA 1680 1681 SKGKLVSSLS SPVKSAVTST ETALLNGSVS PIKYPSSSST MLISGGTLQE KLHTTTHAAT 1740 1741 TCVNAAIEEV EKAFSSCASV YAPLKTMSSP TVMAYQSMRP PATSPMYASL RSPSSATTSV 1800 1801 TSATITVPVY SVVNVLPEPQ LKKPPETTKS AAALLSPMKS TSTEAHTQTQ SSFSRTLSPI 1860 1861 KSSLFISPAA LKTATASSLS SSQEILKDVA EMKEDLIRMT AILQTDNSTA GKSFQSDPPK 1920 1921 EPKIEDEEPF RIVEKVKEDL VKVGEILKKD TFSENRESSR DNSPEDDWVE FSKDEIEEAQ 1980 1981 ENSMKRLLNY DTETVQARTK PVSDKDFNLA RVVDYLTNDI GASALSKMSD IKYRYDEVKK 2040 2041 EGEEKQKRIL KPAMALQEHK LKMPPSNMRS SASEKELCKL ADAVFGTDAI LESPDDFSQH 2100 2101 DQDKSPLSDS GFETRSEKTP SAPQSAESTG PKPLFHDVPI PPVITETRTE VVHVIRSYEP 2160 2161 SSDETQEPKL EEAGPSITPI CLESDQKTNG SIKDKVKAFQ MKVNSEEENH KAVVSKGMCV 2220 2221 KEETHITTTT RMVYHKPPCK ETTSERIEET MSVRDIMKAF QSGRDPSKEL AGLFEHKTTT 2280 2281 DSIKGSETMP RPVEKDIKPK PKVERIIEVH IEKGNKAEPT EVIIRETKKH PEKEMYVYQK 2340 2341 EHVQGDHSVK ELPDRLDADD EVPQEEEELT AEESLPSYLE SSRVNTPVSQ EEDSRPSSAQ 2400 2401 LISDDSYKTL KLLSQHSVEY HDDELSELRG ESYRFAEKML LSEKLDISHS DTEDSVTEHP 2460 2461 HVLGSETQGA ERYYREPMSS APKKEFLLKS SKDASGNGAG KIAGSDEHYD KLTVLHYTAD 2520 2521 PSSPKHAVWM RFTEDRLDRN REKLIYEDRV DRTVKEAEEK LNEVSQFFRD KTEKLNDELQ 2580 2581 SPEKKPHRRE PRETRSGPSS TSSSPEKVQF KDGASSEEWG KARLREQSVG KLFGSSNERK 2640 2641 CASLPNSPER RMLSQRTDDK GKQGDSAPQS KAGEGSQTLQ LKPSKVSSVR LKFESEQFQQ 2700 2701 AQKQEKGPQW GQTKPPVKKL QESKLPVYQV FAGAKTPKLA DNTDEGETPR RDVDSERGKA 2760 2761 APAPGPDTIR SQISSAAQKQ SCDRVPRKAA SESKQLTAQR EKLTHTLVHD SLRDSGDSVH 2820 2821 GENDKQKVVS YQEKGQQPSK NGTPAKEVAM SFPSKKIIYT ELVVREDSNN VDNDTRNRTL 2880 2881 KKKMEPSPSQ IPVRMPSSVS DSDQSKTSKP ETLIKPTERS GSQIPALAKN RFQASPETHS 2940 2941 YRDEMESSTS RSPDSLECSP IQDALSNDFG DPSPVEYMEK VAPFVKAENF KDIKTLPVYV 3000 3001 SIVQVGKQYE KETRGAFYTV KQKQPPSPQG SPEDDTLEQV SFMDSSGKSP LTPETPSSEE 3060 3061 VSYDLTSRTP DSLFAFIPGK PSPIPEVSEE SEEEEQGKAF KESLPESNKP SNSVSTNENK 3120 3121 ESGKRTKDKR VAYIEFPPPP PLDSEQAEAE KTESRPSSET EVEMMEVNLQ EEHDKHLLAE 3180 3181 PVIRVQPPSP LPPGAEDSDS SDDESVFQPI PFKKYTFKIP EDQEEQKSKA RKQERNGNHK 3240 3241 ESGTNGAGKG DDFEFEQNGN DQSITDCSIA TTAEFSHDTD ATEIDSLDGY DLQDEDDGLS 3300 3301 EQDPKPYSLL ADSKKDIWAA EGMLKPCDRS FSQTKLEVIE EEGKITNDEG KKAKPESESP 3360 3361 DKKMDEKKDG NGQNYTLEGR HPDRQGFADT YFSYKLEEEF ATPFKTVATK GLDFDPWSSK 3420 3421 GGDDEVFDTR IKDEEPKPFG LAVEDRSQAT TPDTTPARTP TDESTPTSEP NPFPFHEGKM 3480 3481 FEMTRSGAID MSKRDFVEER LQFFQIGEHT SEGKSGEKGE GVKKSGVVTS ELTPVEKTIE 3540 3541 IKVEAPADTK AAECDLTQAN AHCVDASSGD DVADTSPCSI TASKVDCKLR TPIKMGIAAS 3600 3601 ITVKKESGAV EVTDCKAETL DSQILENRDK VAHTGAKPRR NTDISRSPER IGYPKDNFNN 3660 3661 NNNLDSSNIQ TAYIQCNSIV FNLQSAPESS VQNDSKTDAL FHRELDKLNE NSMQGEQTRE 3720 3721 SSKSLESETK QPKSRLPIKA SKPTPHMQST AQKAGKQKLK HVSKMEARKR ADPSATLEPR 3780 3781 SRIPIKGISK SNVSPPITVQ IVTRSGKVEK ERVKQIPSRL PVKDRTSNSS PPASKTGRDH 3840 3841 LSEVCKRSIE YFKNISGETL KLVDRLSDEE KKMQSELSDD EDSTSRNASL SEAAQVCQPS 3900 3901 ITSRSARDLK TEAAPLKSKV EKANSERRRS RRTDGNEGSQ VSGPHVAHIV EIKPSPQSPC 3960 3961 DRTDLRMAIV ADHLGLSWTE LAREMNFSVD EINQIRVENP NSLTTQSFML LKKWVSRDGK 4020 4021 NATTDALTAV LTKINRMDIV TLLEGPIFDY GNISGTRSFA DDSAVFLDQA DGYNNIQMEL 4080 4081 QTPTELRYEP PTPLRNDDFF SDVPSVDSPF RNPCRPSNLS LSQQLQSSSA ATKPPKVTAE 4140 4141 DTSLDDHRLE RWTVPGESRD ETQACEQEEE TDTSPESVTP PAQEDKGVVK EQEGSWQPGA 4200 4201 RASVPYHGVT AEEEGSQSGS EEEEEMMQEQ LEDIWSEGKE MPEESVQANL KQVQQAETDM 4260 4261 SPIPGWHSET SSVNVEPPTP GRSLSQEQSS DSITSSSKEQ PGKPKQNGEH VEFPSPTGTV 4320 4321 PLAQEPASGA KDGRAGPSFQ EEDSYTSEHK VQEHRDSESS SDEERTVTTR VIRRRVILKG 4380 4381 EQAKNIPGES VTEEQFTDED GNIITRKVIR KVIRRVVASE DKDREKGKKD ENSKQPLSLE 4440 4441 EECFKHSERQ TVKEHGEGHK MKKKEVRHTE KKIHS 4475 |
| Nucleotide CDS Sequence (FASTA) |
1 ATGGCCTCCA CGCCTATTGG AGGTGGTGAA AGCGATACTG CACAGGGAGG ATCATCATCA 60 61 TTAACTACAC CCGAAGATAA GTCCGACAGC AATGCCAGTT ACCTGAGAGC TGCCCGGGCT 120 121 GGAAACTTGG AAAAGGCCCT AGACTATCTG AAAGCAGGAG TAGACATCAA CATCTGCAAC 180 181 CAGAATGGGT TGAACGCTCT TCACCTGGCC TCCAAGGAAG GCCATGTTGA GGTCGTCGCA 240 241 GAGCTGATAA AGCTGGGAGC CAATGTGGAC GCAGCAACAA AGAAAGGAAA CACAGCTCTG 300 301 CATATAGCCT CCCTTGCTGG ACAGACAGAA GTGGTCAAAG AGCTGGTAAC AAATGGCGCC 360 361 AACGTGAATG CACAGTCCCA GAATGGCTTC ACTCCCTTGT ACATGGCAGC ACAAGAGAAC 420 421 CACCTGGAGG TGGTCAAGTT TCTTCTTGAC AATGGTTCCA GTCAAAGCAT TGCCACAGAG 480 481 GATGGCTTTA CTCCGCTGGC AGTGGCCCTG CAGCAGGGTC ATGACCAGGT GGTGTCCCTG 540 541 CTGCTGGAGA ATGACACCAA GGGCAAGGTG CGACTGCCAG CTCTGCACAT TGCTGCCCGC 600 601 AAGGACGACA CGAAGGCCGC AGCGCTGCTC TTACAGAACG ACCACAACGC AGATGTGGAG 660 661 TCCAAGATGA TGGTGAATAG AACGACGGAG AGTGGCTTCA CCCCTCTTCA CATTGCAGCT 720 721 CACTATGGAA ATATCAATGT AGCAACGCTG CTGCTGAACC GAGGGGCTGC TGTGGATTTC 780 781 ACAGCGCGGA ATGACATCAC ACCTCTGCAT GTGGCTTCGA AGAGAGGGAA TGGAAACATG 840 841 GTCAAACTGC TGCTGGAGAG AGGAGCCAGA ATTGATGCCA AAACGAAGGA CGGCCTGACC 900 901 CCTTTACACT GTGGAGCGAG GAGCGGTCAT GAACAAGTGG TAGAGATGTT GCTTGACCGT 960 961 GGAGCCCCCA TTCTGTCCAA AACAAAGAAT GGGCTGTCTC CACTGCACAT GGCAACACAA 1020 1021 GGAGATCATC TGAACTGTGT CCAGCTCCTG CTTCAGCACG ACGTGCCTGT TGATGATGTC 1080 1081 ACCAACGACT ATCTGACAGC TCTGCATGTT GCTGCTCACT GTGGTCATTA CAAAGTTGCC 1140 1141 AAGGTTCTCC TGGACAAGAA GGCTAACCCT AATGCCAAAG CTCTGAATGG TTTTACACCA 1200 1201 CTTCATATTG CTTCCAAGAA GAACCGCATT AAAGTAATGG AGCTTTTACT GAAACATGGA 1260 1261 GCATCAATTC AAGCAGTGAC TGAGTCGGGG CTCACACCTA TCCATGTTGC TGCCTTCATG 1320 1321 GGACACGAAA ATATTGTGAC ACAGTTAACA CATCACGGAG CATCGCCAAA CACAACTAAT 1380 1381 GTGAGGGGAG AAACGGCACT CCACATGGCA GCCAGGGCTG GGCAGGCCGA AGTTGTGAAG 1440 1441 TATCTTGTGC AGAATGGGGC TCAGGTAGAG GCAAAGGCTA AGGATGACCA GACTCCGCTC 1500 1501 CATATTGCTA GCCGGCTGGG GAAAGCAGAT ATTGTTCAGC AGCTGCTGCA GCACGGGGCG 1560 1561 TCTCCAGATG CCTCTACCAC CTCTGGATAC ACACCCCTGC ACCTGGCTGC CCGCGAGGGG 1620 1621 CACGAGGACG TAGCCTCTGT GCTGCTGGAA CAGGGAGCCT CCCTCTCCAC CACCACCAAG 1680 1681 AAAGGATTTA CTCCGTTACA TGTGGCAGCT AAGTATGGGA AAATTGAAGT AGCCAACCTT 1740 1741 CTTCTTCAAA AGAAAGCCAC TCCGGATGCT GCAGGGAAGA GTGGTTTAAC TCCACTGCAT 1800 1801 GTAGCAGCGC ACTACGATAA CCAGAAAGTG GCACTTCTCC TCCTGGACCA GGGAGCCTCC 1860 1861 CCTCACGCAG CTGCAAAGAA TGGCTACACT CCGCTACACA TTGCAGCCAA AAAGAACCAA 1920 1921 ATGGACATCG CGACGACACT ACTGGAGTAC GGCGCCGACA CCAATGCCAT CACCCGCCAG 1980 1981 GGCATCAGCC CGGTCCACCT GGCAGCGCAG GAGGGGAATG TCGATGTGGT GTCTTTGCTT 2040 2041 CTGGCTCGAA ACGCCAATGT CAACCTGGGC AATAAGAGTG GCTTGACTCC TCTCCATTTG 2100 2101 GCTGCTCAGG AAGATAGAGT GAATGTTGCA GAGGTTTTAG TGAACCAAGG GGCGACAGTT 2160 2161 GATCCACAGA CAAAGATGGG CTACACTCCC CTACATGTTG CGTGCCACTA TGGGAATGTG 2220 2221 AAGATGGTAA ACTTCCTCTT ACAACATCAG GCTAAAGTCA ACGCTAAGAC AAAGAATGGA 2280 2281 TACACACCTC TCCATCAGGC AGCACAGCAA GGGCACACCC ACATCATTAA CATCCTGCTG 2340 2341 CAGCATGGCG CGTCCCCCAA TGAGCTGACT GTGAATGGAA ACACTGCTCT GGCCATTGCC 2400 2401 AGAAGACTGG GCTACATTTC AGTTGTGGAC ACTCTGAAGG TGGTGACAGA GGAAACACTG 2460 2461 ACCACCACGA CTGTGACAGA AAAACATAAA ATGAATGTTC CTGAAACAAT GAATGAGGTT 2520 2521 CTTGACATGT CAGATGATGA AGGTGAGGAT GCAATGACTG GAGACACAGA CAAATACCTT 2580 2581 GGGCCACAAG ATCTGAAGGA ATTAGGAGAC GACTCACTTC CGCAAGAAGG TTATATGGGT 2640 2641 TTCAGTATAG GAGCGCGATC TGCCAGCCTA CGCTCCTTCA GTTCGGATAG GTCCAACACT 2700 2701 CTGAACCGAA GCTCCTTCGC AAGAGACAGC ATCATGATTG AGGAGATGCT GGCCCCCACA 2760 2761 AAGGATACGC ACCTGACTGT GACAAGGGAA TATGACTCAG ACTCTCTGAG ACGGTACAGC 2820 2821 TGGGCTGCAG ATACCCTTGA CAATGTGAAC CTTGTTTCCA GTCCTATTCA TTCTGGCTTT 2880 2881 TCCTCTCCAC TTCCCCAGTA TGACTCAAGG TTTCTGGTCA GTTTCATGGT TGACGCTCGC 2940 2941 GGCGGATCCA TGCGAGGCAG CCGCCACAAC GGCATGCGGA TCATTATCCC GCCGCGGAAG 3000 3001 TGCACCGCGC CCACGCGCAT CACCTGCCGC CTGGTGAAGA GGCACAAGCT CGCCAGTCCC 3060 3061 CCGCCCATGG TCGAGGGAGA GGGACCCGCC AGCCGGCTGG TGGAAGTCGG CCCCGCGGGA 3120 3121 GCCCAGTTTC TGGGTAAACT GCACCTTCCC TCCAGCCCCC CCCCTCTTAA TGAGGGAGAG 3180 3181 AGCATGGTTA GCCGAATCCT GCAGCTCGGG CCCCGAGGAA CAAAATTTAT TGGCCCTGTG 3240 3241 ATAGTGGAAA TTCCCCATTT TGGATCAATG AGAGGGAAAG AGAGAGAACT TATAATTCTG 3300 3301 AGGAGCGAAA ACGGAGAAAC GTGGAAGGAA CACCAGTACG ACTGCAAATC GGAAGACCTT 3360 3361 AATGAAATTC TAAATGGAAT GGATGAAGAA CTGGACAGTG CCGAAGACCT GGAGAAGAAA 3420 3421 CGTATTTGCC GGATTATTAC TAAGGATTTT CCCCAGTACT TTGCTGTGGT GTCCCGGATT 3480 3481 AAGCAAGAGA GCAATCAGAT GGGTCCAGAA GGGGGTGTCC TGTCAAGCAT GACAGTGCCG 3540 3541 CTTGTCCAGG CCTCCTTCCC GGAGGGAGCG CTGACCAAGA GGATCAGAGT GGGCCTGCAG 3600 3601 GCTCAGCCAG TTCCAGATGA AATTGTGAAA AAGATTCTTG GCAATAAGGC CACGTTCAGT 3660 3661 CCTATTGTGA CCGTCGAACC CAGGAGGAGA AAATTTCATA AACCCATCAC CATGACGATT 3720 3721 CCTGTACCGC CGCCATCTGG AGAAGGCGTT ACCAATGGAT ACAAAGGAGA CACTACCCCA 3780 3781 AGTCTGCGAC TGTTGTGCAG CATAACAGGA GGCACATCAC CCGCACAATG GGAGGACATT 3840 3841 ACAGGAACTA CCCCACTGAC GTTTGTGAGT GACTGCGTTT CATTTACAAC AAATGTATCT 3900 3901 GCCAGGTTTT GGCTTGCAGA CTGCCATCAG ATCCCAGAAA CTGTTGGCTT AGCTTCCCAG 3960 3961 CTCTACAGGG AGCTTATCTG TGTTCCATAC ATGGCGAAAT TTGTGGTCTT TGCCAAAATG 4020 4021 AATGACCCAG TGGAGGCCCG ACTGCGATGC TTTTGTATGA CAGATGACAA AGTAGACAAG 4080 4081 ACTCTGGAGC AGCAGGAGAA TTTTGAAGAA GTTGCCAGGA GCAAGGATAT AGAGGTTTTG 4140 4141 GAAGGGAAGC CCATCTATGT GGATTGCTAT GGTAACTTGG TTTCTCTGAC AAAAGCGGGG 4200 4201 CAACAGCTGA TTTTTAATTT TTATGCATTC AAAGAAAACA GACTTCCCTT CTGTGTGAAG 4260 4261 GTTAGAGACA ATAGTCAAGA GCCATGTGGG CGATTGTCAT TCCTCAAAGA GCCCAAAACT 4320 4321 ACTAAAGGAC TTCCACAGAC TGCAGTCTGC AACTTAAATA TTACACTGCC TGCTCACAAA 4380 4381 AAGGAATTGG AGTCCGATCA AGATGAAGAG ACTGAAAAAC CAGAGCGTCG TCATACCTTT 4440 4441 GCATCTCTTG CCCTACGTAA GCGCTACAGC TATCTGGCTG AGCCTGCAAT GAGCCCGCAG 4500 4501 AGTCCATGTG ACAGAACTGA CTTGAGAATG GCGATTGTAG CCGATCACCT GGGTCTGAGC 4560 4561 TGGACTGAGC TGGCCAGAGA AATGAATTTC TCAGTGGATG AAATAAACCA GATTCGAGTG 4620 4621 GAGAACCCTA ACTCATTGAC AACACAGAGT TTCATGTTAT TAAAGAAATG GGTTAGCAGA 4680 4681 GATGGTAAAA ATGCTACAAC TGATGCCTTA ACTGCAGTGC TGACAAAGAT CAATCGGATG 4740 4741 GATATTGTGA CCTTGCTGGA AGGGCCAATA TTTGATTATG GTAACATTTC AGGCACAAGA 4800 4801 AGTTTTGCAG ATGATAGCGC TGTTTTCCTG GATCAGGCTG ATGGTTACAA CAACATCCAA 4860 4861 ATGGAACTGC AGACTCCCAC TGAGTTGCGC TATGAACCAC CCACCCCACT CCGGAATGAT 4920 4921 GATTTTTTTA GCGATGTGCC TAGTGTAGAC TCTCCCTTTA GAAACCCCTG TAGACCCAGC 4980 4981 AATCTGTCAT TGTCTCAGCA ACTGCAAAGC TCTTCAGCTG CCACCAAGCC ACCAAAAGTC 5040 5041 ACAGCAGAGG ACACCTCCTT GGATGACCAC AGACTGGAGA GATGGACAGT GCCCGGCGAA 5100 5101 AGCAGAGACG AGACTCAGGC TTGTGAACAG GAAGAGGAAA CAGACACTAG CCCCGAGTCA 5160 5161 GTCACACCAC CTGCACAGGA AGACAAAGGC GTTGTGAAAG AGCAAGGTGT GTTTTTGGAA 5220 5221 AGATTGCAGC AAGAGGATGA TCGCCCAGAA GGAAGCTGGC AGCCAGGGGC GCGTGCTTCA 5280 5281 GTTCCATATC ACGGGGTCAC TGCAGAGGAG GAGGGCAGTC AGTCTGGTTC TGAGGAGGAA 5340 5341 GAGGAAATGA TGCAAGAACA GCTGGAAGAT ATTTGGTCGG AGGGCAAGGA GATGCCAGAG 5400 5401 GAGAGTGTGC AGGCTAATCT GAAACAAGTA CAACAGGCAG AAACAGACAT GTCTCCAATT 5460 5461 CCAGGTTGGC ACAGTGAGAC TTCAAGTGTT AACGTGGAGC CGCCTACACC AGGTCGTAGT 5520 5521 TTAAGCTCTG ACTTGCTAAA TCGACAGGAA AACAGCCAAG AGCAGTCCAG CGACTCCATT 5580 5581 ACCTCATCCT CAAAGGAACA ACCAGGGAAG CCCAAACAGA ATGGCGAGCA TGTGGAGTTC 5640 5641 CCATCTCCAA CAGGGACAGT GCCCCTGGCA CAGGAGCCTG CCAGCGGGGC GAAAGGCCAG 5700 5701 GCCCTCAAAG AGCCAGGCCG GCAGAAGGCC CAGAAGGGTC CTCTGCGCAC TGAAGAGCAC 5760 5761 ACCGGGCCTG ACCCCTCCCT GCCCCCGGAC AACAAGCCCA GCATGGAGGG GGTTGGCATC 5820 5821 GCTGGGTCAA TCAGTAGTAA GAGGATGAGC CCTGACTCCC CAGAAGATGG CAGAGCTGGA 5880 5881 CCAAGCTTTC AAGAAGAAGA CTCCTACACA TCTGAGCACA AAGTGCAGGA ACATAGAGAT 5940 5941 AGTGAATCAA GCTCGGATGA AGAACGGACT GTCACCACTC GAGTAATTCG CCGGCGAGTC 6000 6001 ATTTTAAAGG GAGAGCAGGC GAAAAACATT CCTGGTGAAT CAGTCACAGA GGAGCAGTTC 6060 6061 ACAGATGAGG ATGGTAACAT CATTACAAGA AAAGTTATCA GAAAAGTTAT CCGACGTGTG 6120 6121 GTTGCTTCAG AGGACAAAGA CCGTGAAAAA GGGAAAAAGG ATGAGAACTC CAAACAACCG 6180 6181 CTGAGCTTAG AGGAGGAGTG CTTTAAGCAT TCAGAAAGAC AAACTGTGAA GGAGCACGGA 6240 6241 GAAGGACACA AGATGAAAAA GAAAGAAGTC AGACACACAG AGAAAAAGAT CCACTCATAA 6300 |