Protein

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Genbank accession

UKZ10838.1 [GenBank]

Protein name

hypothetical protein

RBP type

TSP

Evidence DepoScope

Probability 0,51

Protein sequence

MALPTIIRLFHHQGSQDSTNWIIWADRNAQDVPATIPNFLPTYNFQKGSYVFHDDRVYRSKKLILAGEFNPEAWEEIVLQTGFVARHEPMRDYEEDSFVLDALGNLLGTNRPVEAGVFDPVQWTAVTSGRHIDSATVYLDVLGEERFETIEEGAFVLLGGVPEAFDPFENMGEVDAYFEKGYSGYRFQFNQDLVCFVDGEGSVPCKAGDRVGLVKSIVGDAVLRQDDADLKPTYLEDATGSGYIRFSGDQHLILKTPENKAAVHEILGVPGTGALAYFNQDKDITEHRIGPRFPSENKTWNLNEVLFLTQDILDDELNGIFDEVNELAINSYPSDTIASLAYIFLNDTEFNQDLAHWQLFGKTNLSSMFAGATLFNKPIQSWDMQTVTHTTSMFDGASAFNQPLNNWDFANLKVAKAMFRNAVAFNQHLFNWEMFGVSDVSQMFQGAVAFNGSLSGWDLGLTADVSYMFDGAAVFNQPVTSFRLSRATKLTAMFRGALEFNQPLTGWRTHDVTDMSYFAAGAVKFNQDLDHFETGNVTSMAGIFDGAIVFDGNVTTWDVSKVTNFNAAFRGAAAFNQDISLWQTDLATNMVEMFSGASSFSYDLSAWCVRLILDEPNGFDDNTQAGWQDVDALQPQWAMPCLKYFAHSFYNANLIGTLFQDTEGKVPVTTPGDKVRLMLDLTTKGNHATAALATAPTYREDVNGNGYLEFNNDEFMSYQDGGDNYHTWETIPGIGVLHVTDTDTTIGPRVAGEQKRYVGQFVALADTCTPEMKLVASEYVGESYTLYDQGTVTSLDYYLEGLNTFNEDISGWKMDMVKSIVGLFKDTLVFNQDISGWVTTSLEKMDFAFAGAKAFNQNIGGWDTSNVTSMESVFEGASVFNYDLPWDTAKVTTFAHMFKDARAFNSQVPFDLSSTITIDGMFHGAATFNRPLVGPAPVLESAVATFKAASLFNSSVADLIGPTVKSIESIFEDSNQFNSDLTTWDTSGVENFKRAFARAVVFNSALNHFDLSAALTIEEMFFGSVAFNQSLDNWVTTTVTNMAGVFDGAIAFNQPIQSWDVRFVETFYRTFSGAAAFNQPLNLWRTESAKTFKMMFQSALVFNQDLANWNTTTVTDFDRMFFNATVFNQDLTPWCVKQIPVTGPTMFSFGSPLQSDFMPIWGARCLADLADLWYDAGDVTKVFTDEAKTTNPVPGDRVAVLEDIGKLGLDAIQPDVAKRPIYRQDADGLGYLEFPDSTELVVSGVSGTGVWVNNIPSVGGWGDYITVPSTTFKIDFKAREKAGATRKMGQLIVYFGAPIATDILVLSKAAGRWAKLYAPGAVSDISCALEDRTEFDWDIDSWNMSGVVHADFLFSGCEIYNRPMASWDTSSLRSAVGMFKDAVDFNQPLPWDMSALLDASYMFQNATDFNGDITAWDTSSLLKMEGMFFNARQFNQPIGNWDVSNVTLFKEAFRSAVRFNQPLLGWDTSSASNMARMFQNTEVFNQLLTSWVTTNVENFEGMFMSTPVFNQPLNHFDTSSAKTMRFMFRDAEDFAQDLDNWNVEAVTDFRGMFYGADSFNHNIATWQFNASEILMDEMFREASIFNYDISLWDTVNVTSMMRMFNNAYMFNHNLITWCVKNVTPDEAVDFGVSSQLDATEVPLFGQPCVGELLDGYYDPSIKQLLGINVDGSGVPAPGERVAFIGDISGKGNNGIQADVTKRPLYQEDVNGRGYLVFTNDEHFVVPSITDSSRNWVAIAGRGVPQWEGQPNGPAKLGIKAAGGSEKVWIWAGEAVATDTALTAQELSSIRDAMQLRADAYTTELQSSISYLLANEEYATGGMSNFRLNSIASLRGLFKGAVRFNEDISGWDTTIVGDLTETFMGAVAFNQDLSGWKTDNVQFLDDAFHGASSFTSDLRGWVTSKVRSFNRAFKDCSNFESDLSGWTIRTDVPVSMMGTFTSAAKFVSDLSGWDTSSVVSMADLFYGALLFNSDLSSWDVRKVTNMTNMFRSAPLFNSDLGDWRVSAVLTMDYMFDGATAFDQDISRWCVQQISVKPIDFDAGAGMAGDAAKQPYWGGFCLTERSEFFHSGSDKDCMWQDIGRTIPVANPGDPVAFIMDLTGNLRHLQQPDNAKRPIYREDDNGIGYLEFGPNHDMVVDYNGRADHIIGVVGRGKMTTTNIDFYGGKGIKRYFTPNAVGVHKLTDMAGIATTLDSASKTSANNTMSQRAKVYAANTQATMNDFFSGNLNFNNVDVQTWDMREVTSIQSMFNGCASMNLDLSAWNTGKLTNATYAFKDAGAFNKSIDAWNVQALTNAMGMFQGATAYGQPMSSWVTSALTTTKWMFKNATAFNQPLPWDMSKVTDISYMFEGASNFNQNIAGWDVAAVTTAEGAFKDASRFNNASSSMANMDWSACTNFVHMFQAALNFNAIVSNWVFYTGASAINMTGMFMDARAFNKNIATWNTARVTLMDSLFRGAYAFNNGLQPLTEASGNFTVANVTSLHRMFQDARAFNQNVSDWSTGNVTDMSFMFYSNSSVSVFDQPIGNWNVGNVTTMESMFHGASAFNQNLANWNMAKVANVTNMFRNATSYDNGGVNELEKWNTSAFTAMRGMFEFATAFNKMLCRWDVSNVTDMTNLFNGADAMTAYLAGWDVQHIPAEPNLFGAVNVANPPQWGLAPDPCRSDCSRGLAAAGSIATYLGFEKQWFYQDAAGTTPVTTSGQKVMLLEDSSGNGNDVVWGEASSAPTYREDANGNGYLEFADGQSIQYGGMNDGALIVFNLVNNGIVSIVRDTATGEIFGEDRDEAFLVSAITIAPSTADEAALRTAMGSCGPTYTNRNTTFQNLFAGEDNIGTLAGLNTTGVTNFEGTFQNAVNFNEDISAWDMSSAVTTSGMFAGASSFNANISSWVVSSVVTMEGMFAGAVAFNNGETAGANSAPLTWTTTVLTNMQAIFMGAAAFNQDISTWDVSKVTSMAMAFNRAVSFNQNIGGWTTTALRVLVGTFQDAHSFNQPLNNWDVSNVVAMQDTFRNARVFDQPLDTWDLAACTNTSGMFRGAIAFNKPLDSWTMTGVTTIRSMFEGATAFSQDLVNWDTSSVTDMASTFQNAENFVGNISTWDTGKVELFTAMFSGARIFNGAIGSWDTSSAVNVTNMFEQTDNFNQPIGRWDVSKVGNFSWMFHEALAFNQRINCWKTTSANLMDHMFHDAGAFEQDLSGWCVTNITSKPEAFDTGAPASFVNQANVQPQWSTCPPGGVSADNKLANLNPMDMSSLFKDESRTIPVTAPGDVVKAIADVSGNGNHAVITGGNAVYRQDVNGLGYLEVKENAKIEVASINTGHDIAFLIPGVGDSFVSRTAGPVEFWGKRADLYVGAIIITEQGSGNTIRGFDCAAYAEGTVTSLESLFGDEADFNQDLSHWDVSKVETFDWMFVNCSNFNQPLDMWDMSSATSISGMFSNCTNFNQPLNNWDVSKVQVFSFMFESTEAFNQDLSNWKTTEATDTSYMFSYAKVFNQDISSWDMNGVLDASYMFTAATAFNQPLNAWDVSTITNPGGMFYEATAFNQPLDKWVTTSFETTESMFGLSTWNHDISAWDMSNVTATDYMFSMNTAFNQNLNAWDLSNVVGMNHMFKEATMFNNGAAVGDNSNPLTWNVGNVKRFDFMFTDAEAFNSPVGSWNVTSAERMNNMFQNAKLFNQPLTCWKTPEAFRMDIMFEGATSFSQSLSGWCVPKISSTPSGFSTNSGLTAGQLPPWGTCLPGSLGSADTQAVFPIVDGQGLFSDASRTTPAVVDGAVAALEDMSGNGNHGVFVGGTATLKKDTNGLHYLIVPSTVSLQVATIGMNRFDVGFTIPSVGSAVVTIEDTSGNGEFWGKAEQLVVSQILYTTEAAGDTITGAECTAFSGVTVTNLAHLFEDTKAIKADLSTWNTADVVSLKDTFKNSEGTADVSTWDVSKVIDFNGTFQGAALFNSDLSGWTTTAAGTMNNMFDGAKAMSGELTNFDTSKVTSVTSMFANTGVWNPDLTGFDMSKVVTASGMFARSEMNPKVDGWDLTSCGNTSFMFRGATNFNGNVSDWTFSVLFDMASMFYLAPEFNSGASAGTAGPVLNWDTSTVQNMSSAFEGASGFNCNIGGWDVREVTNMQAIFKDATSFNGSIVSWIPAKVERINDAFNGASAFNNGVLGGSEGPAMPWATPALTSFERVFKDAASFNCDITGFMIKDSAVEAFDGASNFNQSIDTVLFNAVTDTTHMFRDAVKFNNGKAPGVLGTMTFIMSSLTKVTGMFEGCTDLNAVLAVPDFSGVTSTERMYKDCSKLNAAVLSYDLTGVTDVTEMFAGCALLNNGGVDATMNTSTVTTFTGLFRDCASLNIGLRNLSMSAAETTQDMFRNAVAFNQPIGTWDVSNVAIASGMFAGASAFNQNIGCWNTASITTMVEMFSGATDFDRYIGGWCVNSIPSEPTDFAKDSALDALAGNKPRWGEVCVNGTASGDNMLGQYLMASTEHLFQDVAKTSPVTAAGQTVAVVEDSSGNGNDLVFTGTATYMVDGTNGYIELADNTLATVAGITVDADIAFLIPGVGTTFVERDADPAGIEYWGKPATHNLAGMIITASGSGNTVNGFECIQYTDGVTTSLAHTFSGETSFNQDISDWVTVSITDMSFMFKDAAAFTGDISAWDVSKVTTMESMFSGATSYNSALVGWNTAELTTAKAMFKDATTFNQPVTSLVMDKVTDYSEMFMGATVFDQPVAGWNVSAALNMNDMFHGAQTFNRPLTWTTTTSLTTIERILKDAVAFNSTVDINTSAVLSVAEAFRGTWAFNTAFGSSFVLPVCKNLHGMFCEAIAFNQNVSALAPNVGEDFSDMFRGASEFNTAITGWTMTTATTTERMFSDAAKFNQVISAWSMENVVDMSFMFGGASAFNGVVDTWDFSKVENMAGFMYRAASYNQPLGNMTLPAAVTDLSDVFNGAAVFNQSLAHWDVSLVTTMARMFMDAEAFNQSVSGWNPEACLDMEEMFRGALAFNQPMPCWNVSNVTNMVGMFRDAAAFSQNISPWCVGNNIASEPLNFDTNSPVNAVGLGPNWGVACTTGGGITADNMLAMFDPRDISTLFQDAARTIPVTAAGQVVRGITDLSGNDNHAEFSGSNARYGVDSNGTGCIFIGLSNPLKVPTITDAADIAFILPNIGDTFIPHLANAAGLSFYNRAFGNGQEFGPIVVTASGFGDTLGGKQCITYDGTKATSTAYLFYNEEQFNGDLSDWDMSGVTEIKNMFQRARNWNNGKAPGEASVLDWDVSGVSNMISVFHDANSMNVDVGNWDVSNVTTFSNMFRATTVFNNGDNPNMNWTIQDGANLEFLFYDAAAFNRDISGWNIAGNARLASMLEGAIKFNNGEAAGLSGVPLTSWDLSQVTTIAKLFYEAESFNQDVSNWDVGNVVDMNGVFGYCKVFNQDVSGWDTKNATNMSSAFRACWAFNQDLSGWDTSKNTNFSFMFLQAKVFNNGSTVGNDKPLSFDTSAGTNFMSMFNNANAFNQDISSFDLSNATATAFMFSHCHVFNQNINGIGQIGGDNINTMFGYCREFDNVGVPMELNLPTATNVKRMFAECFKLNQPIKMTAPVLDSYEDMLYRCSIYDADVSELLVPSATKLTGLFWIAMAFTGKGLDNWDVSNITDFTRIFRNTSINKALNCWDFSSATNMSNMFGGANSMDADISGWCVPNITTEPTAFATGAPIATQPAKLPDWANMAGCTKAPTTTIDTTGMLAAFDMQDTSRMWQDXAKTVPVTXAGQTVRXIEDMTXNGNDAVLGNGFXYQVDSNGVGALEXTSGGSFEVAGVTXACEVIVEYPTIGKAHFARLANXGGQELWXKFXSNTYKPKWXAVVIRPDGSGDDSIPSGPCGGRAXYTDMTFSTSAEYALXGEDFILSDMXXWATAHLXSIAGIFRDTANFNQDISGWDLSAVENADRVFTDAKAFNXDLESWVGFAPTRAAAIFERATAFNGKIDXWDMSRCTNFYNMFSGATSFNQPVGSWSTVEGGYMQGVFXGATAFNQPLTNWTFPKAFDVSFFFSNATSFNQDVNNLDFSXVXAVRSMFNGATAFNNGSXAGASDNPLTINFANSXXQTQVFQSATXFNQPLPNMTFAKAGTDIXSMFLGASVFNQDLNHWDTANVDKYXXRL

Physico‐chemical properties

protein length:	6137 AA
molecular weight:	665897,33590 Da
isoelectric point:	4,38009
aromaticity:	0,12113
hydropathy:	-0,11066

Domains

Domains [InterPro]

DC_0103
RBD
225–460

DC_0103 DC_1935 IPR005046 DC_0103 DC_0103 DC_1935 IPR005046 IPR005046 DC_1652 DC_1935 DC_1652 IPR011889 DC_0103 DC_1935 DC_1935 IPR005046 IPR005046 IPR005046 DC_1384 IPR005046 DC_1384 DC_1652 IPR005046 DC_1384 DC_0103 DC_1384

IPR005046
STR
317–432

IPR005046 IPR005046 DC_0103 IPR005046 DC_0103 IPR005046 DC_1935 IPR011889 IPR005046 IPR005046 IPR005046 IPR005046 IPR005046 DC_0103 IPR005046 IPR005046 IPR005046 DC_1935 DC_0103 IPR005046 DC_0103 IPR005046 IPR005046 IPR005046 IPR005046 IPR005046 IPR005046 DC_0103 IPR005046

IPR011889
Unmapped
849–872

IPR011889 DC_1935 IPR005046 DC_0103 IPR011889 DC_1935 DC_1935 DC_0103 DC_1935 IPR011889 DC_0103 IPR011889 IPR011889 IPR005046

DC_1970
STR
5419–5549

DC_1970

UKZ10838.1

1 6137

Architecture

RBD

STR

RBD

STR

RBD

STR

RBD

STR

RBD

STR

RBD

STR

RBD

STR

RBD

STR

RBD

STR

RBD

STR

RBD

STR

RBD 225-316 | STR 317-432 | RBD 433-460 | STR 509-730 | RBD 731-784 | STR 785-884 | RBD 885-1016 | STR 1017-1289 | RBD 1290-1390 | STR 1391-2032 | STR 2044-2423 | STR 2435-2643 | STR 2656-2929 | RBD 2930-3002 | STR 3003-4151 | RBD 4152-4163 | STR 4164-4433 | RBD 4434-4600 | STR 4601-4715 | RBD 4716-4799 | STR 4819-5021 | STR 5048-5691 | RBD 5692-5775 | RBD 5865-5949 | STR 5950-6061 | RBD 6062-6082 | STR 6083-6133 |

Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
DC_0103	RBD	DC_0103	225	460	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	317	432	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	509	730	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	513	620	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_0103	RBD	DC_0103	710	936	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	785	884	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR011889	Unmapped	-	849	872	InterPro	Bacterial surface protein 26-residue repeat	-	-	-	-
DC_0103	RBD	DC_0103	916	1069	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	1017	1134	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	1051	1289	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
DC_0103	RBD	DC_0103	1236	1419	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
DC_0103	RBD	DC_0103	1390	1491	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	1391	1491	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	1479	1761	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	1575	1623	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	1757	1934	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	1811	1925	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR005046	STR	DC_0253	1934	2032	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR011889	Unmapped	-	1964	1987	InterPro	Bacterial surface protein 26-residue repeat	-	-	-	-
DC_1652	STR	DC_1652	2044	2342	Novel HMM	DC_1652	Central	Low	Positional only	12 proteins / 12 hits
IPR005046	STR	DC_0253	2218	2334	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_0103	RBD	DC_0103	2323	2423	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	2336	2415	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	2435	2580	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	2470	2571	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR005046	STR	DC_0253	2577	2643	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1652	STR	DC_1652	2656	2929	Novel HMM	DC_1652	Central	Low	Positional only	12 proteins / 12 hits
IPR005046	STR	DC_0253	2821	2907	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_0103	RBD	DC_0103	2909	3003	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR011889	Unmapped	-	2932	2954	InterPro	Bacterial surface protein 26-residue repeat	-	-	-	-
DC_0103	RBD	DC_0103	2981	3107	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	3003	3120	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR011889	Unmapped	-	3056	3080	InterPro	Bacterial surface protein 26-residue repeat	-	-	-	-
DC_1935	STR	DC_1935	3101	3374	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
DC_1935	STR	DC_1935	3356	3486	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	3454	3558	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	3467	3592	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
DC_1935	STR	DC_1935	3582	3877	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	3626	3714	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	3838	3983	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
IPR005046	STR	DC_0253	3957	4069	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_0103	RBD	DC_0103	3968	4075	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
DC_0103	RBD	DC_0103	4068	4197	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	4077	4151	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR005046	STR	DC_0253	4164	4232	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1935	STR	DC_1935	4187	4320	Novel HMM	DC_1935	Central	Low	Positional only	24 proteins / 24 hits
DC_1384	RBD	DC_1384	4316	4514	Novel HMM	DC_1384	C-terminal	Low	Positional only	20 proteins / 20 hits
IPR005046	STR	DC_0253	4328	4433	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_0103	RBD	DC_0103	4456	4704	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	4601	4715	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR011889	Unmapped	-	4631	4655	InterPro	Bacterial surface protein 26-residue repeat	-	-	-	-
DC_0103	RBD	DC_0103	4666	4799	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
DC_1384	RBD	DC_1384	4819	4928	Novel HMM	DC_1384	C-terminal	Low	Positional only	20 proteins / 20 hits
IPR005046	STR	DC_0253	4827	4919	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR005046	STR	DC_0253	4925	5021	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1652	STR	DC_1652	5048	5436	Novel HMM	DC_1652	Central	Low	Positional only	12 proteins / 12 hits
IPR005046	STR	DC_0253	5200	5244	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR005046	STR	DC_0253	5253	5355	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR005046	STR	DC_0253	5365	5464	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
IPR011889	Unmapped	-	5380	5403	InterPro	Bacterial surface protein 26-residue repeat	-	-	-	-
IPR011889	Unmapped	-	5405	5429	InterPro	Bacterial surface protein 26-residue repeat	-	-	-	-
DC_1970	STR	DC_1970	5419	5549	Novel HMM	DC_1970	Central	Low	Positional only	5 proteins / 5 hits
IPR005046	STR	DC_0253	5475	5576	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1384	RBD	DC_1384	5576	5775	Novel HMM	DC_1384	C-terminal	Low	Positional only	20 proteins / 20 hits
IPR005046	STR	DC_0253	5586	5691	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_0103	RBD	DC_0103	5865	5964	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
DC_0103	RBD	DC_0103	5943	6081	Novel HMM	DC_0103	C-terminal	Low	Positional only	30 proteins / 30 hits
IPR005046	STR	DC_0253	5950	6061	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits
DC_1384	RBD	DC_1384	6063	6133	Novel HMM	DC_1384	C-terminal	Low	Positional only	20 proteins / 20 hits
IPR005046	STR	DC_0253	6083	6132	InterPro cluster	Protein of unknown function DUF285	Central	Low	Positional only	37 proteins / 182 hits

Tail Spike Domain Segmentation

This protein has been segmented into three structural domains: N-terminal, central domain, and C-terminal.

Domain Layout

N-terminal

Central

C-terminal

UKZ10838.1

1 6137

Domain	Start	End	Length (AA)	Confidence
N-terminal	1	273	273	0,6008
Central domain	274	6126	5854	0,8624
C-terminal	6127	6137	10	0,1122

Note: Constraints were applied during segmentation.
C-terminal too short, adjusted boundary

Legend: N-terminal Central domain C-terminal

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	Vibrio phage C-ZP2022 [NCBI]	2917416	Viruses > Duplodnaviria > Heunggongvirae > Uroviricota > Caudoviricetes
Host	Vibrio parahaemolyticus [NCBI]	670	cellular organisms > Bacteria > Pseudomonadati > Pseudomonadota > Gammaproteobacteria > Vibrionales

Coding sequence (CDS)

Genbank protein accession

UKZ10838.1 [NCBI]

Genbank nucleotide accession

OM319461 [NCBI]

CDS location

range 86186 -> 104599
strand -

CDS

ATGGCTTTACCAACCATTATTCGATTGTTCCATCATCAAGGAAGTCAGGATTCAACAAACTGGATTATCTGGGCAGACCGTAATGCGCAAGACGTACCTGCCACGATACCTAACTTCCTGCCTACATACAACTTCCAAAAAGGAAGCTATGTTTTTCATGATGATCGAGTTTATCGTTCAAAGAAACTTATCCTGGCTGGAGAATTTAATCCAGAAGCATGGGAAGAGATAGTTTTACAAACTGGCTTTGTTGCACGTCATGAACCTATGCGTGACTACGAAGAAGACAGTTTCGTTTTAGATGCGCTGGGTAATCTACTCGGCACTAATCGTCCGGTAGAGGCTGGTGTATTTGATCCAGTCCAGTGGACCGCAGTTACAAGTGGGCGTCATATTGACTCTGCTACTGTCTACCTGGACGTTTTAGGCGAAGAGCGCTTTGAAACTATCGAAGAAGGTGCGTTCGTTCTTTTGGGCGGTGTACCAGAAGCATTCGACCCGTTTGAAAACATGGGTGAAGTGGATGCTTATTTTGAAAAGGGCTATAGTGGCTATCGCTTCCAATTCAATCAAGACCTTGTTTGTTTTGTTGATGGTGAAGGCAGTGTGCCATGTAAGGCCGGTGACCGAGTAGGTCTTGTTAAGTCCATTGTCGGTGATGCAGTATTGCGTCAGGACGATGCCGACCTAAAACCGACGTATCTTGAAGATGCAACTGGTAGCGGCTATATTCGTTTCTCAGGTGACCAACACCTTATCTTAAAGACTCCGGAAAACAAAGCCGCAGTACATGAGATTCTGGGTGTTCCTGGTACTGGTGCTTTGGCTTACTTCAACCAAGACAAAGACATTACTGAGCATCGCATCGGCCCACGCTTCCCAAGCGAAAACAAAACATGGAACTTAAACGAAGTATTGTTCTTGACTCAAGATATACTTGACGACGAACTCAATGGGATCTTTGATGAAGTCAACGAACTTGCTATCAATAGCTATCCATCTGACACGATTGCTTCTTTGGCATACATATTCCTAAATGACACAGAGTTTAATCAAGACCTTGCTCATTGGCAGCTCTTTGGTAAAACAAACTTGTCATCTATGTTTGCCGGTGCGACATTGTTCAACAAGCCGATTCAGTCATGGGACATGCAGACTGTTACGCATACAACAAGTATGTTTGACGGTGCTAGTGCATTCAACCAACCGCTAAACAACTGGGACTTCGCAAACTTAAAAGTAGCGAAAGCTATGTTCCGCAATGCGGTTGCATTTAACCAGCATCTCTTTAACTGGGAAATGTTCGGTGTTTCAGACGTGTCTCAGATGTTCCAGGGTGCAGTAGCATTCAATGGCTCGCTTTCTGGATGGGATTTAGGTCTGACGGCTGACGTTAGTTATATGTTTGACGGGGCGGCTGTATTCAACCAACCTGTAACTAGCTTCCGTTTATCACGTGCAACAAAACTGACTGCTATGTTCCGTGGTGCTCTTGAGTTTAACCAGCCGCTAACTGGATGGCGTACTCATGATGTAACTGACATGAGTTACTTCGCAGCGGGTGCAGTTAAGTTCAATCAAGACCTCGATCATTTTGAAACTGGCAATGTAACAAGCATGGCCGGTATCTTTGATGGCGCGATTGTGTTTGATGGTAATGTTACTACTTGGGATGTAAGCAAGGTAACAAACTTCAATGCAGCATTCCGTGGTGCAGCTGCTTTCAATCAAGATATCTCACTGTGGCAAACTGACTTAGCTACAAATATGGTTGAGATGTTCTCAGGCGCTAGTTCGTTCTCATACGACCTTTCTGCTTGGTGTGTGCGTTTAATTCTTGATGAGCCAAATGGCTTTGATGATAACACACAGGCTGGCTGGCAGGATGTGGATGCGTTGCAACCTCAGTGGGCAATGCCATGTCTTAAGTACTTTGCACATTCTTTTTACAATGCTAACTTGATTGGTACATTGTTCCAAGATACCGAAGGTAAAGTACCGGTTACCACGCCTGGCGACAAAGTTCGCTTGATGCTGGACTTGACAACAAAAGGCAATCACGCTACGGCGGCATTGGCTACTGCTCCGACTTATCGCGAAGACGTTAACGGTAATGGCTATTTGGAATTCAATAACGATGAGTTCATGTCTTACCAAGACGGCGGTGATAATTACCATACGTGGGAAACTATCCCTGGTATCGGTGTATTGCATGTAACCGATACGGATACAACAATCGGTCCTCGTGTAGCCGGAGAACAAAAACGTTACGTCGGTCAATTCGTAGCTCTTGCAGATACTTGTACGCCAGAGATGAAACTCGTGGCAAGTGAGTATGTTGGAGAGTCTTATACTCTTTACGACCAAGGTACTGTAACTAGCCTGGATTACTATCTAGAAGGTTTGAATACTTTCAATGAAGATATCTCTGGCTGGAAAATGGACATGGTCAAGAGTATTGTCGGCCTATTCAAAGACACGTTAGTTTTCAACCAAGATATCTCTGGCTGGGTAACAACGTCGCTTGAAAAGATGGACTTTGCTTTTGCTGGCGCTAAGGCATTCAACCAAAACATCGGTGGATGGGACACGTCTAATGTAACTAGCATGGAAAGTGTATTTGAAGGCGCTTCGGTTTTCAATTACGATCTTCCATGGGATACTGCAAAAGTAACTACGTTTGCACATATGTTCAAAGACGCTCGTGCGTTCAATAGCCAAGTACCTTTTGATCTTTCATCGACAATTACGATCGATGGCATGTTCCACGGTGCGGCAACGTTCAATCGTCCGTTGGTTGGTCCAGCTCCTGTACTTGAAAGTGCAGTGGCGACATTTAAAGCAGCATCGTTGTTTAATAGCTCAGTTGCTGACTTGATTGGTCCGACAGTTAAAAGCATTGAATCGATCTTTGAAGACTCGAATCAATTTAACTCTGATTTGACAACGTGGGATACTTCTGGCGTCGAAAACTTTAAGCGTGCCTTTGCACGTGCCGTTGTATTCAATAGTGCTCTGAATCATTTTGATTTGTCAGCTGCTTTAACAATCGAAGAAATGTTCTTTGGTAGTGTAGCATTCAACCAATCATTGGATAACTGGGTTACTACTACAGTTACCAACATGGCCGGCGTGTTCGATGGGGCAATTGCCTTTAACCAACCGATTCAATCTTGGGATGTGCGTTTTGTAGAAACTTTCTATCGTACGTTCTCTGGTGCGGCAGCATTCAACCAGCCACTTAATCTATGGCGTACTGAATCGGCTAAGACATTTAAAATGATGTTCCAATCAGCCCTTGTCTTCAACCAAGACTTGGCTAACTGGAATACAACAACGGTTACTGACTTTGATCGCATGTTCTTTAATGCGACAGTGTTTAACCAAGACTTGACTCCATGGTGTGTTAAGCAGATTCCGGTAACTGGTCCAACGATGTTCTCGTTTGGTTCTCCGCTACAGTCTGACTTCATGCCTATCTGGGGTGCTCGCTGTTTGGCTGACTTGGCTGACTTGTGGTATGATGCCGGTGACGTCACAAAAGTATTTACTGACGAAGCTAAGACAACAAACCCGGTTCCTGGTGATCGCGTAGCTGTTTTAGAAGACATCGGTAAACTAGGCTTGGATGCGATTCAACCTGATGTTGCAAAACGTCCGATTTATCGTCAAGACGCCGATGGTTTAGGTTACCTTGAATTCCCTGATAGTACCGAGTTGGTAGTTAGTGGTGTTTCTGGCACTGGTGTATGGGTTAACAACATTCCATCTGTTGGTGGTTGGGGTGACTACATTACGGTTCCATCTACTACGTTCAAGATTGATTTCAAAGCACGTGAAAAAGCAGGCGCTACCCGCAAGATGGGTCAGTTGATTGTTTACTTCGGTGCTCCGATTGCTACTGATATTCTGGTTCTTTCAAAAGCCGCAGGTCGCTGGGCAAAACTTTACGCCCCTGGCGCAGTAAGTGATATTAGCTGTGCTCTAGAAGACCGTACGGAGTTTGACTGGGATATTGATAGCTGGAACATGTCTGGTGTTGTACATGCAGACTTTCTGTTCTCGGGTTGTGAAATCTACAATCGTCCAATGGCGTCATGGGATACTTCTTCGTTGCGCTCTGCGGTCGGTATGTTTAAAGATGCTGTTGATTTCAATCAGCCTCTGCCTTGGGACATGAGTGCATTGCTTGATGCTTCTTATATGTTCCAAAACGCAACAGACTTCAACGGTGACATTACTGCTTGGGATACGTCCTCACTTCTGAAAATGGAAGGTATGTTCTTCAATGCCCGTCAGTTTAACCAACCGATTGGTAATTGGGATGTAAGTAACGTAACGTTATTTAAAGAAGCTTTCCGCAGTGCGGTTCGCTTTAACCAACCACTATTGGGGTGGGATACAAGTAGTGCCAGTAACATGGCACGTATGTTCCAAAACACAGAAGTATTTAACCAACTGCTAACAAGCTGGGTTACTACGAACGTAGAAAACTTCGAAGGCATGTTCATGTCAACGCCTGTGTTTAACCAGCCTTTGAATCACTTCGATACGTCGTCTGCGAAAACGATGCGCTTTATGTTCCGTGATGCCGAGGACTTTGCACAAGACCTGGATAATTGGAATGTAGAAGCCGTTACTGACTTCCGTGGTATGTTCTATGGAGCTGACTCGTTTAACCATAACATCGCTACGTGGCAGTTTAATGCTTCTGAAATCCTCATGGACGAAATGTTCCGTGAAGCATCTATCTTTAACTACGATATCTCTCTATGGGATACAGTAAACGTTACAAGTATGATGCGCATGTTCAACAATGCATACATGTTTAATCACAACCTGATTACGTGGTGTGTTAAGAACGTGACTCCGGATGAAGCAGTAGACTTTGGTGTTAGCAGTCAACTGGATGCTACAGAAGTTCCTCTGTTCGGCCAGCCTTGTGTGGGCGAATTGTTGGATGGTTATTATGATCCATCTATCAAACAGCTACTAGGCATTAACGTAGATGGCTCTGGTGTACCTGCTCCTGGTGAGCGCGTTGCATTTATCGGGGATATCTCTGGTAAGGGTAACAATGGTATTCAGGCAGATGTAACAAAACGTCCTCTTTACCAAGAAGATGTAAACGGCCGCGGCTACTTAGTCTTCACGAACGATGAGCATTTTGTTGTGCCTTCGATTACTGACAGTTCTCGTAACTGGGTGGCAATCGCTGGACGCGGTGTTCCTCAATGGGAAGGCCAACCAAATGGACCAGCTAAACTTGGTATCAAGGCAGCAGGTGGTTCTGAAAAGGTTTGGATTTGGGCCGGTGAGGCAGTGGCAACCGACACAGCACTTACAGCACAAGAACTAAGCTCTATCCGTGATGCAATGCAGTTACGTGCAGACGCATATACGACCGAACTACAAAGCAGTATTTCTTACTTGCTAGCAAACGAAGAATACGCAACTGGCGGTATGTCTAACTTCCGTCTGAACTCAATTGCTTCTTTGCGTGGTTTGTTTAAAGGTGCAGTTCGATTCAATGAGGATATTTCTGGATGGGATACGACAATTGTCGGTGACTTAACAGAAACGTTTATGGGTGCCGTTGCATTCAATCAAGATTTGTCTGGTTGGAAAACTGACAATGTACAATTCTTGGATGATGCTTTCCATGGTGCTAGCTCATTTACGTCTGACTTGCGTGGCTGGGTAACGTCAAAGGTACGTAGCTTTAACCGTGCTTTCAAAGACTGTAGTAACTTCGAGTCTGATTTGTCTGGATGGACAATCCGTACAGATGTTCCTGTTTCTATGATGGGTACGTTTACGAGTGCGGCTAAGTTTGTTTCTGACTTGAGTGGTTGGGATACAAGCAGTGTTGTTTCTATGGCTGACTTGTTCTATGGTGCATTGCTATTCAACAGCGACTTGTCATCATGGGATGTTCGCAAAGTAACGAACATGACAAACATGTTCCGTTCGGCTCCACTATTTAACTCTGACCTTGGCGATTGGCGCGTAAGTGCTGTTTTGACCATGGACTATATGTTTGATGGTGCAACTGCATTCGACCAAGATATCTCTCGATGGTGTGTACAGCAAATCTCAGTTAAGCCAATTGACTTTGATGCTGGTGCAGGTATGGCTGGCGATGCAGCAAAACAACCTTATTGGGGTGGCTTCTGTCTAACTGAGCGTTCTGAGTTCTTCCATAGTGGTTCTGATAAAGACTGCATGTGGCAAGATATCGGTCGTACAATCCCAGTGGCAAACCCGGGTGACCCTGTTGCGTTCATAATGGACTTAACTGGTAACCTACGTCATCTACAACAACCAGATAACGCTAAGCGTCCGATCTACCGTGAAGACGATAATGGCATTGGTTATCTTGAGTTCGGCCCTAACCACGACATGGTAGTGGATTACAATGGCCGTGCGGATCACATCATCGGTGTAGTTGGCCGTGGTAAGATGACAACAACCAACATCGACTTTTATGGCGGTAAAGGTATTAAGCGTTACTTTACTCCAAACGCAGTCGGTGTGCACAAACTAACCGATATGGCAGGTATTGCCACAACACTAGACTCAGCATCTAAGACGTCTGCTAATAACACGATGTCACAACGTGCTAAAGTTTATGCGGCTAATACTCAGGCAACGATGAACGACTTTTTCTCTGGTAACTTGAACTTTAATAATGTCGATGTGCAAACATGGGACATGCGTGAAGTTACTTCGATCCAGTCAATGTTCAACGGCTGTGCTTCTATGAATCTGGATCTATCAGCATGGAACACAGGCAAACTAACAAACGCTACCTATGCATTTAAAGATGCGGGTGCATTTAACAAGTCGATTGATGCGTGGAATGTACAGGCACTAACAAACGCAATGGGGATGTTCCAAGGAGCAACTGCGTACGGCCAACCAATGTCAAGCTGGGTAACCTCAGCACTAACGACAACAAAATGGATGTTCAAAAACGCAACGGCATTTAACCAGCCATTACCTTGGGATATGAGCAAAGTAACTGACATCAGTTATATGTTCGAAGGGGCAAGTAACTTTAACCAAAATATCGCCGGATGGGATGTTGCTGCGGTAACAACTGCCGAAGGTGCGTTTAAAGATGCAAGTCGCTTTAACAATGCAAGTTCATCTATGGCTAACATGGATTGGTCTGCATGTACTAACTTTGTTCACATGTTCCAAGCAGCATTGAACTTCAATGCTATCGTAAGCAACTGGGTGTTCTATACAGGTGCTTCTGCGATTAACATGACTGGTATGTTCATGGATGCTCGTGCATTCAACAAGAACATTGCAACTTGGAATACTGCTCGTGTAACACTAATGGACTCACTATTCCGTGGTGCTTATGCGTTTAACAATGGTTTACAGCCTCTCACAGAGGCATCAGGTAACTTTACAGTAGCAAACGTTACATCGCTACACAGAATGTTCCAAGACGCTCGTGCGTTTAACCAGAACGTTTCTGATTGGTCTACTGGCAACGTAACAGACATGAGCTTTATGTTCTACTCTAACTCGTCTGTTTCTGTGTTTGACCAACCGATTGGCAATTGGAATGTTGGCAATGTGACCACAATGGAATCTATGTTCCACGGTGCATCCGCATTTAACCAAAACCTAGCCAACTGGAATATGGCAAAAGTTGCTAATGTAACCAACATGTTCCGTAACGCAACATCGTATGATAACGGTGGCGTGAACGAACTTGAGAAGTGGAATACTTCTGCATTTACAGCGATGCGCGGTATGTTTGAATTCGCAACTGCATTCAACAAGATGCTTTGTCGTTGGGACGTGAGTAACGTAACCGACATGACGAACCTCTTTAACGGTGCTGATGCAATGACCGCATATCTTGCAGGTTGGGATGTACAGCATATACCAGCAGAGCCAAATCTGTTCGGTGCTGTTAATGTAGCTAATCCACCACAATGGGGCCTAGCACCAGATCCATGTCGTTCTGATTGTTCACGTGGTTTGGCAGCAGCTGGTTCTATTGCTACTTACCTTGGCTTTGAAAAACAATGGTTCTACCAAGATGCAGCAGGTACTACTCCGGTAACTACTTCTGGTCAAAAGGTAATGCTATTGGAAGATAGTTCAGGCAACGGCAATGATGTGGTGTGGGGTGAAGCTTCAAGTGCTCCAACTTATCGTGAAGATGCAAACGGTAATGGTTACCTAGAGTTCGCCGATGGTCAATCGATCCAATATGGCGGAATGAATGACGGTGCATTAATTGTATTCAACCTAGTAAACAACGGTATTGTTTCAATTGTTCGTGACACAGCCACAGGTGAAATCTTTGGCGAAGATCGCGATGAGGCCTTCCTTGTTTCGGCGATTACGATTGCTCCGAGTACTGCTGATGAAGCAGCACTGAGAACGGCAATGGGTTCGTGTGGTCCAACTTACACTAACCGAAATACAACATTCCAAAACTTGTTTGCTGGTGAAGACAACATCGGTACCCTAGCGGGCTTGAACACAACAGGTGTAACTAACTTTGAAGGCACATTCCAAAACGCAGTAAACTTCAACGAAGATATTAGTGCATGGGATATGAGTTCAGCAGTAACAACATCTGGTATGTTCGCTGGTGCTAGTTCGTTTAATGCGAATATCTCTAGCTGGGTTGTTTCTTCTGTTGTGACGATGGAAGGTATGTTCGCTGGAGCAGTAGCATTTAACAACGGTGAAACGGCAGGTGCAAACTCAGCACCATTAACATGGACGACTACTGTATTAACTAACATGCAGGCAATCTTCATGGGCGCTGCTGCATTCAACCAAGATATCTCAACGTGGGATGTTTCAAAAGTTACCAGTATGGCGATGGCATTTAATCGTGCAGTATCGTTTAACCAAAACATCGGTGGGTGGACTACTACCGCACTGCGTGTATTGGTGGGAACCTTCCAAGATGCACATTCTTTCAACCAGCCACTAAACAACTGGGATGTAAGTAATGTTGTTGCAATGCAAGATACTTTCCGCAATGCTCGTGTATTTGACCAACCGTTAGATACTTGGGACTTGGCGGCTTGTACTAACACATCCGGAATGTTCCGTGGTGCGATTGCATTCAACAAACCACTTGACAGTTGGACAATGACTGGGGTAACAACTATCCGCAGTATGTTCGAAGGAGCTACAGCGTTTAGTCAAGACCTAGTTAACTGGGATACGTCATCTGTTACTGACATGGCTTCTACGTTCCAGAATGCAGAAAACTTTGTTGGTAATATCTCTACATGGGATACTGGCAAGGTAGAACTGTTTACTGCGATGTTCTCTGGTGCACGCATCTTTAATGGTGCTATTGGCTCTTGGGATACTTCGTCTGCTGTTAACGTAACGAACATGTTCGAGCAAACAGATAACTTCAACCAACCTATCGGTCGCTGGGATGTTTCTAAGGTAGGTAACTTCTCATGGATGTTCCACGAAGCGCTTGCCTTTAACCAACGCATTAACTGTTGGAAAACAACAAGTGCAAACCTAATGGATCATATGTTCCATGATGCAGGTGCATTTGAGCAAGACCTATCCGGTTGGTGTGTAACAAACATCACATCGAAACCAGAAGCATTTGATACTGGTGCGCCAGCTAGCTTTGTTAACCAAGCAAACGTACAGCCACAGTGGAGTACTTGTCCTCCTGGTGGTGTATCGGCAGATAACAAACTGGCCAACCTTAACCCGATGGATATGAGTTCTCTATTTAAAGATGAATCTCGTACTATTCCGGTTACTGCGCCTGGTGATGTTGTTAAGGCAATCGCCGACGTTTCAGGTAATGGTAACCATGCTGTCATTACTGGTGGCAATGCGGTTTACCGTCAAGATGTAAATGGCTTGGGTTATCTTGAAGTAAAAGAAAATGCGAAAATAGAAGTAGCATCTATCAATACTGGTCATGACATTGCGTTCTTGATTCCAGGGGTAGGTGACTCGTTTGTTTCTCGTACTGCTGGTCCAGTTGAGTTCTGGGGTAAAAGGGCAGATCTGTATGTAGGTGCAATCATCATTACTGAACAAGGTTCGGGTAATACCATTCGTGGCTTTGATTGTGCGGCTTATGCAGAGGGTACAGTAACATCACTAGAATCGCTATTTGGTGACGAAGCTGACTTTAACCAAGATCTATCGCATTGGGATGTAAGCAAGGTTGAAACATTTGATTGGATGTTTGTTAACTGTTCAAACTTCAATCAGCCTTTAGACATGTGGGACATGAGTTCGGCAACATCGATCTCTGGTATGTTCTCAAACTGTACGAACTTTAACCAGCCGCTAAACAACTGGGATGTAAGCAAAGTACAAGTCTTTAGTTTCATGTTTGAATCCACAGAGGCATTCAACCAAGATCTAAGTAACTGGAAGACTACCGAAGCAACTGATACAAGTTACATGTTCTCGTACGCGAAAGTATTTAACCAAGACATCAGTAGCTGGGACATGAATGGCGTGCTAGATGCGAGCTACATGTTTACGGCAGCAACGGCATTCAACCAACCACTGAACGCATGGGATGTTTCTACTATCACCAACCCAGGTGGTATGTTCTACGAAGCTACCGCGTTTAATCAGCCTTTGGACAAGTGGGTAACCACGTCGTTCGAAACTACTGAATCTATGTTCGGCTTAAGTACATGGAACCACGATATCTCTGCGTGGGATATGTCTAACGTTACTGCAACTGACTACATGTTCTCAATGAACACTGCGTTTAACCAGAACCTAAATGCTTGGGACTTGAGCAACGTTGTTGGTATGAACCATATGTTCAAAGAAGCAACAATGTTCAATAACGGTGCAGCAGTTGGTGACAATAGCAATCCGTTAACATGGAATGTTGGAAACGTTAAGCGCTTTGATTTCATGTTCACTGATGCCGAAGCATTCAACTCCCCGGTTGGCAGTTGGAATGTGACTAGTGCAGAACGCATGAACAACATGTTCCAAAATGCGAAACTGTTTAACCAACCATTGACTTGTTGGAAAACACCAGAAGCATTCCGGATGGACATTATGTTCGAAGGCGCTACTAGCTTTAGTCAATCTCTGTCTGGCTGGTGTGTACCTAAGATCAGTTCAACGCCATCAGGGTTCTCGACAAACTCTGGCTTAACAGCAGGACAACTTCCACCATGGGGTACATGTCTACCTGGTTCTCTAGGTTCGGCAGATACTCAGGCAGTCTTCCCGATTGTCGATGGACAAGGTTTGTTCTCTGATGCGTCACGTACTACTCCGGCAGTCGTTGACGGTGCTGTAGCAGCTCTAGAAGACATGTCAGGCAATGGTAATCACGGTGTGTTTGTTGGCGGTACTGCAACACTTAAGAAAGACACCAATGGTTTACATTACTTGATCGTACCGTCTACAGTAAGTCTTCAAGTAGCAACTATCGGTATGAATCGATTTGATGTGGGCTTCACAATCCCATCGGTAGGTTCGGCTGTAGTTACAATCGAAGATACATCTGGTAACGGTGAATTCTGGGGTAAAGCTGAGCAGTTGGTTGTTTCTCAGATTCTGTACACAACAGAAGCCGCTGGTGATACGATTACTGGTGCAGAGTGTACGGCATTCTCTGGTGTAACAGTTACTAACCTAGCGCATCTATTTGAAGATACGAAAGCAATCAAAGCAGATCTATCAACATGGAATACTGCTGATGTGGTTTCTCTTAAAGATACCTTTAAGAATTCAGAAGGCACAGCTGATGTTTCGACATGGGATGTAAGTAAGGTTATTGACTTTAACGGAACATTCCAAGGTGCAGCATTGTTTAACTCTGACCTATCCGGTTGGACGACAACAGCAGCTGGTACAATGAACAACATGTTCGACGGTGCCAAGGCAATGTCTGGTGAACTAACCAACTTTGACACAAGCAAAGTTACTTCGGTAACGAGCATGTTTGCCAATACCGGTGTTTGGAATCCAGATCTAACTGGCTTTGACATGAGCAAAGTTGTTACTGCTAGTGGTATGTTTGCACGTTCAGAAATGAATCCGAAAGTAGATGGATGGGACTTGACGTCTTGTGGAAACACATCGTTTATGTTCCGTGGTGCAACGAACTTTAACGGCAATGTATCTGACTGGACATTTAGTGTCCTGTTCGACATGGCGAGTATGTTCTATCTTGCTCCGGAATTTAACTCGGGCGCAAGTGCAGGTACAGCAGGCCCAGTATTAAACTGGGATACGTCAACCGTGCAAAACATGAGTAGTGCTTTCGAGGGTGCTTCTGGCTTTAACTGTAACATCGGTGGCTGGGATGTACGCGAAGTAACTAACATGCAAGCAATCTTCAAAGACGCAACGTCCTTTAACGGCTCGATTGTATCTTGGATTCCTGCTAAGGTTGAACGAATCAACGATGCGTTTAATGGTGCTTCGGCATTTAACAACGGTGTATTGGGTGGTTCAGAAGGTCCAGCAATGCCATGGGCAACTCCGGCATTGACTTCGTTCGAGCGTGTATTTAAAGATGCAGCTTCCTTCAACTGTGACATTACTGGCTTTATGATTAAAGACAGTGCTGTAGAAGCATTTGATGGTGCAAGTAACTTTAACCAATCGATCGATACGGTTCTCTTCAATGCTGTTACTGACACAACGCACATGTTCCGCGATGCTGTGAAGTTTAACAATGGTAAAGCGCCTGGTGTTCTAGGTACAATGACCTTTATCATGTCATCGTTGACCAAAGTAACTGGTATGTTCGAAGGCTGTACTGACTTGAATGCAGTGTTGGCTGTTCCGGACTTCTCTGGTGTTACTTCAACTGAACGTATGTACAAAGACTGTTCTAAACTAAATGCGGCCGTATTGTCTTATGACTTAACTGGTGTGACTGACGTAACAGAAATGTTCGCTGGCTGTGCTCTGTTAAACAACGGCGGTGTAGACGCAACGATGAACACATCTACAGTAACTACGTTTACTGGATTGTTCCGCGATTGTGCTAGTTTGAACATTGGACTACGTAACTTGAGTATGTCTGCGGCAGAAACTACCCAAGACATGTTCCGTAACGCAGTTGCTTTCAACCAGCCTATTGGCACTTGGGATGTTTCTAACGTCGCAATCGCTTCGGGTATGTTTGCAGGTGCAAGTGCCTTCAACCAAAACATCGGTTGTTGGAACACAGCATCAATTACAACAATGGTTGAGATGTTCTCTGGAGCAACAGACTTTGATCGCTACATCGGCGGTTGGTGTGTAAACTCTATTCCGTCAGAACCGACTGACTTTGCCAAAGACTCTGCACTAGATGCATTGGCAGGCAATAAGCCACGTTGGGGTGAAGTATGTGTTAATGGTACTGCGTCAGGCGACAACATGCTTGGTCAATACCTAATGGCAAGTACCGAACATCTATTCCAAGACGTAGCGAAAACTTCTCCTGTTACCGCAGCTGGTCAAACAGTCGCAGTAGTAGAGGATAGTTCAGGCAATGGCAACGACCTTGTCTTTACTGGTACGGCTACTTACATGGTAGATGGTACAAACGGTTACATTGAGTTAGCTGACAATACCTTGGCTACAGTGGCCGGCATCACAGTAGATGCAGACATTGCATTCTTGATTCCTGGGGTAGGTACTACCTTTGTCGAACGTGATGCAGATCCTGCTGGTATCGAGTATTGGGGTAAACCTGCTACACATAACCTAGCTGGTATGATCATTACTGCATCTGGTTCTGGTAACACAGTTAATGGCTTCGAGTGTATTCAATACACCGACGGAGTAACAACTTCATTGGCGCATACGTTCTCTGGTGAAACTTCATTCAATCAAGATATTAGTGATTGGGTTACAGTCTCTATCACAGACATGAGCTTTATGTTCAAGGATGCTGCGGCATTCACAGGTGACATCTCTGCTTGGGATGTAAGCAAAGTAACAACCATGGAATCTATGTTCTCTGGTGCTACAAGTTACAATAGTGCCCTTGTGGGTTGGAATACAGCTGAATTGACTACTGCGAAAGCAATGTTCAAAGATGCAACTACGTTCAACCAACCAGTAACTAGCCTTGTTATGGATAAGGTGACTGACTACTCTGAAATGTTTATGGGAGCAACCGTGTTCGATCAACCGGTAGCTGGATGGAATGTAAGTGCCGCACTAAACATGAACGATATGTTCCATGGCGCACAAACATTCAACCGACCATTAACATGGACAACAACCACAAGTCTAACGACTATCGAACGTATTCTGAAAGATGCAGTAGCGTTCAACAGTACCGTTGACATTAATACTTCGGCAGTTCTATCTGTAGCCGAAGCGTTCCGTGGTACATGGGCATTTAATACGGCATTCGGAAGTTCTTTCGTACTACCTGTTTGTAAAAACTTACATGGTATGTTCTGTGAAGCGATTGCTTTCAATCAGAACGTGAGTGCGTTGGCTCCGAATGTCGGTGAAGACTTCTCGGATATGTTCCGTGGTGCTTCTGAATTCAACACAGCTATTACTGGATGGACAATGACAACTGCAACTACAACAGAACGTATGTTCTCTGATGCAGCTAAGTTCAACCAAGTTATCTCTGCATGGTCAATGGAAAATGTCGTTGACATGAGCTTCATGTTTGGTGGTGCATCTGCCTTTAATGGAGTCGTGGATACTTGGGACTTCAGTAAAGTTGAAAACATGGCTGGCTTTATGTACAGAGCAGCGTCATACAACCAACCACTTGGTAACATGACACTACCTGCGGCTGTTACAGATCTAAGCGACGTGTTTAATGGTGCAGCCGTATTCAACCAGTCATTGGCTCATTGGGACGTATCTCTAGTGACGACAATGGCGCGCATGTTTATGGATGCAGAGGCATTTAACCAATCTGTATCTGGTTGGAACCCAGAAGCCTGTTTGGATATGGAAGAAATGTTCCGTGGCGCATTGGCATTTAACCAACCAATGCCATGTTGGAATGTATCTAACGTAACAAACATGGTGGGTATGTTCCGTGATGCAGCAGCCTTTAGTCAAAATATCTCGCCTTGGTGTGTTGGTAACAACATTGCTAGTGAGCCTCTAAACTTCGATACTAACTCTCCGGTTAACGCTGTAGGCTTAGGTCCAAACTGGGGTGTTGCTTGTACCACAGGCGGTGGTATTACAGCTGACAATATGTTGGCTATGTTTGACCCACGTGACATCAGTACGTTGTTCCAGGATGCGGCACGCACAATTCCTGTTACAGCAGCAGGTCAAGTTGTTCGTGGTATTACCGACTTGTCTGGTAATGACAACCACGCAGAGTTCTCGGGCAGCAACGCTCGTTACGGCGTAGACAGCAATGGTACTGGGTGTATCTTTATCGGATTGAGCAACCCATTAAAAGTACCGACTATTACTGATGCAGCAGATATTGCGTTCATTCTACCGAACATCGGTGATACGTTCATTCCACACTTAGCAAATGCCGCCGGACTTTCGTTCTATAACCGTGCATTTGGTAACGGCCAAGAATTTGGTCCTATTGTAGTTACGGCTTCTGGCTTCGGTGACACACTAGGTGGTAAACAATGTATTACATATGACGGCACGAAAGCAACGAGTACGGCTTACTTGTTCTACAACGAAGAACAGTTCAATGGCGACCTATCTGATTGGGATATGTCTGGCGTAACTGAAATCAAGAACATGTTCCAACGCGCACGCAACTGGAACAACGGCAAAGCTCCTGGCGAAGCCTCTGTACTTGATTGGGATGTGTCTGGCGTAAGCAACATGATCAGTGTCTTCCATGATGCTAACTCGATGAACGTCGATGTGGGCAACTGGGATGTAAGTAACGTAACTACGTTTAGTAACATGTTCCGCGCAACTACCGTGTTTAACAACGGTGATAACCCGAACATGAACTGGACAATTCAAGATGGTGCTAACTTAGAGTTCTTGTTCTATGATGCAGCTGCCTTCAACCGCGATATTTCTGGTTGGAACATTGCTGGTAATGCACGCCTAGCGTCTATGTTGGAAGGTGCGATCAAATTTAACAACGGCGAGGCAGCGGGCCTATCTGGTGTACCTCTAACATCATGGGATCTGTCTCAAGTTACTACTATTGCAAAACTGTTCTATGAAGCAGAGTCCTTCAACCAAGACGTAAGTAATTGGGATGTAGGTAATGTTGTCGACATGAACGGTGTGTTTGGTTACTGTAAAGTCTTTAACCAAGATGTTTCAGGTTGGGATACGAAGAACGCAACAAACATGTCTTCGGCGTTCCGTGCATGTTGGGCCTTTAACCAAGACCTAAGTGGATGGGACACAAGTAAGAACACGAACTTCAGCTTTATGTTCTTGCAAGCTAAGGTGTTTAACAACGGCTCGACTGTTGGTAATGACAAACCATTGAGCTTTGATACCTCTGCGGGTACAAACTTCATGAGTATGTTTAACAACGCGAACGCCTTTAACCAAGACATCAGTTCGTTTGACTTATCGAATGCAACAGCAACGGCATTTATGTTCAGTCACTGTCATGTGTTCAACCAAAACATCAATGGCATCGGACAAATCGGCGGCGATAACATCAATACGATGTTTGGCTACTGTCGTGAGTTTGACAATGTCGGCGTACCAATGGAACTTAACTTACCGACTGCTACAAACGTTAAACGTATGTTTGCAGAATGTTTTAAGTTAAACCAACCAATCAAGATGACGGCTCCTGTATTAGATAGCTATGAAGATATGCTATATCGTTGTAGCATCTACGATGCGGACGTTAGCGAACTGCTTGTACCATCAGCAACGAAACTAACGGGTCTATTCTGGATTGCTATGGCATTCACTGGTAAGGGCCTAGATAACTGGGATGTTTCTAACATCACTGACTTTACACGTATCTTCCGTAACACAAGTATCAACAAGGCATTGAATTGTTGGGACTTCAGTAGTGCTACCAACATGTCCAACATGTTCGGCGGTGCGAACAGTATGGATGCGGATATCTCTGGTTGGTGTGTACCAAACATCACAACTGAACCAACCGCGTTTGCGACTGGTGCACCTATTGCTACTCAACCTGCGAAATTGCCTGATTGGGCTAACATGGCAGGCTGTACTAAAGCACCTACAACAACCATCGATACTACAGGCATGCTAGCGGCRTTCGACATGCAAGAYACATCACGCATGTGGCARGAYRMRGCTAAGACMGTTCCKGTTACMGSAGCAGGTCAAACAGTTCGCTWTATTGAGGACATGACYGRCAATGGTAAYGATGCGGTTCTTGGCAAYGGCTTTAGWTACCAAGTCGATAGCAATGGTGTTGGTGCMCTAGAAMTGACTAGTGGAGGAAGCTTCGAGGTRGCMGGYGTAACTRCTGCTTGTGAGGTRATCGTAGAATACCCAACAATCGGTAARGCRCACTTTGCTCGCTTGGCTAATRCWGGCGGTCAAGAACTWTGGARGAAATTCARCAGCAACACGTACAAACCTAAATGGRGTGCGGTTGTAATCAGACCTGATGGYTCTGGTGATGATTCTATTCCWTCTGGTCCTTGTGGTGGTCGTGCSGMKTACACTGACATGACRTTCTCGACTTCGGCTGAATATGCWTTGKCTGGTGAAGACTTTATCCTGAGTGACATGRCAWCRTGGGCAACTGCYCATCTGAMATCGATCGCAGGTATCTTYAGAGACACTGCAAACTTCAACCAAGAYATCTCTGGTTGGGATCTRTCAGCAGTAGAAAAYGCAGACCGTGTGTTTACYGATGCGAAAGCRTTTAACCRYGACYTRGAAAGCTGGGTTGGYTTYGCTCCTACTCGYGCAGCAGCTATCTTTGAACGTGCAACCGCGTTTAAYGGTAAGATTGATRCATGGGAYATGTCACGTTGTACTAACTTCTACAACATGTTCTCTGGCGCAACAAGCTTTAAYCAGCCTGTRGGYAGYTGGAGTACAGTGGAAGGTGGATACATGCAAGGTGTATTCCRWGGAGCAACTGCGTTTAACCAACCACTAACGAACTGGACRTTCCCTAAAGCGTTTGATGTAAGCTTCTTCTTYAGYAATGCTACATCGTTTAACCARGACGTCAAYAACCTYGACTTCTCYRCRGTTRGMGCGGTTCGTTCGATGTTYAATGGKGCAACAGCGTTTAACAAYGGYTCRGYRGCGGGAGCAAGTGATAATCCATTGACTATCAACTTTGCTAACTCTRSWRCACAGACCCAGGTCTTCCAGAGYGCTACGKCRTTCAACCAACCATTGCCTAACATGACCTTTGCTAAGGCCGGYACAGACATCAMGTCTATGTTCCTWGGTGCTTCWGTCTTTAACCAAGAYTTGAATCAYTGGGATACWGCKAAYGTTGATAAGTATGWCWAGCGTCTTTAA

Genome Context

Tertiary structure

No tertiary structures available.