Protein
- Genbank accession
- QIN97153.1 [GenBank]
- Protein name
- hypothetical protein
- RBP type
-
TF
evidence: RBPdetect2
probability: 0,4907
- Protein sequence
-
MDINKVSHASQYQAPKFIESDYPLFNKFIEYYYQSQEKTALGQNILNNFLDYLNIDKLDIGILDGATKIVEPLSDSNDTIVVESVDQFLKNNGSVLIGDEIIYYEKSVSSPNIALKSGISYEQVQLKWTTLVNNLPLFNGETRTFPLISQDNPVNPPTAQHIIVRLYGDVLVPGVDYTVSGSTITYTTAPRTATSDDDSISTSIQYLNGFVENTIIALDDLSNGFGEGKTEFAITFNGAKYEPNTCEYVIAIYDNRLLVPNVDFFIDKDLFIFNEAPLNGRFLSVFSIEAPIPSFGSGAVGYSRVDESGSITSVSVNENGGSYRFEYPPQVIIESDKGQGASIKSLVNGIKTVSLLDGGRGYSATNPPVVQIEQPTKEGAIAATLSATVTNGSVTGVTIDSSGSGYTFVPRVTFVQPGGAKLAPPTIVNGSVSGSIEITDRGFGYSTPPAVYIDEPTAVDGIKASFRTVITEGGVTSVEVLNPGQGYEVTPRIAIIDPVGAQVLEARVDGDGRLVGIDLLSGGSGYEDTPSVYVVDNRTNDVGTYIGGTNATAVASVFNGSITDINITNFGSGYSADNPPTIVIQSPPQARASVEIGLNEVTGFSVLKPGSGYDKAQFIGCARAASGIVKYTEEGNAVFSNNTAAAAHSVNSEVKCLDALFIKRLLDKYTEQYLPDVPKLDYSKIDVRTAIKSIKDFYSSKGTSFSIAYLFKLLYGEAVSVSYPKDQIIKPSAATWSIDTILRATLVSGDPQNIRDGLLIQEASIADPNIGDASALVENFLSIQTSEDVIYELALSEETINGSFVVPYKTKLAEPLNQTTSIITVDSTIGWPERNGEFIIGGNELVQYKEKSLNQFIECTRSVNGVVEDWDSATIVESNFQVYINKGTAQEVVLKIVGIVDAEQTTLTDTGSYYLSGDKLTVSKLGGTSESPNLTTWLYNVKKLVTVDNIQFGGINNQSATVTCENPHGLLVGDQVTVYGANPIIYNGTFLVTSRDSATVFQYKLPQPASIVPQGNILVSVDLNKGKSENQAVLNAVGPYTTNVQNSFFNDNYVYVASTGIPNYSIGPFLGSALLPGNQRKLNRFPLNPVTISTKNTINPGPIGTWVNGVSIWSYKSEITKTFGAVTEVDIVNPGIGYDAASPPSITISGGGGSGATASVVVDGGISEITVTDGGSGYTSSPLVSIVGGGGAGASATAIITKGVVSRILINEQGSGYTSQPSITIVGGGGQGASGIASVRGPIKEVNITNGGASYTSVPDVVLSSGTGAVAQAIVNDGRIISIAIISAGQGYTTAPEVTIQGDGFGAIARATIDVDGENAGRVTGIEIINRGIGYSQGTTVINLNSVGQDAVFSAKVFQWTYNLQETTDFDSAKGAVFEGYNNQYGGEYAHLSNPQRLRYILGDNLFVNSSDGAILEQEEQLEHSPIIGWAFDGNPIYGPYGYSDPTDQGSSVARLISSYRVKPNLVYDAVTNPYPSRIAGPLLTEEYAGKFVEDYEYVFNRGDLDQYNGRFCKTPEYPEGKYCYFVTIDASENGLPVFPYILGPSFNSVVDKINLTSNAIQQNIPTGVVRYRDPYENVDIDVERTPNASTNSLTTEDGDLLLFEIEDENRDGIIAQDEIDDPDGMLEESPLQLFDYFPKVKFDSKVDIEVETITKFEDASISGFVIENAGQNYQVNDRLIFDNTGTGGSGASARVSRIQGETISNYTFENISGNNFGVLTTQNPHNLIVGDSIFVDYTPVMDNTNKTFVVRQIRGIEEIVVSQTGSGYNTEIPPTITIEGDGESAELNAVVTAVGSIDTVNILNSGSGYTEDPRVILSHPQIFKKADYIVSLIENNEYVKVNDIFINEDKEIFVCGTTLDDSDINVGFISKLSSTGVKEWQKTLKLTTGQEYCEFQKLYVDGNDIWVVGVNRPNSALLSNYNPDIVLCKYVQASNGLSATLSFQKGYAGISGSTRSDNVNVIKKYSDTRYVIGGYTNTNSAYPYDAFIALIDTTGNFAIKRKLASENDSEKITDIVVKGNELFYTLETSDSQANNNINVSFGKATVGVNSITVNWIKEYTNTAYSFLNSSLTIDEYDEFYINATLRLKSDHTTKDSVWIGKVDTDGNYIWNYRYLATGKTVSAIGKSSIDIFGDLNIAINATDNTTGLKTVETLKLGYNGVIKNHTSNQFNKNRIEGIEARSISSDVSGDVYVFGQSLWNRNEFLFEFTDTDDSSDTIAHYTPTVVGNDATEALAIVGDGVAKLFARDIATPANWENAYIQIPAADLGTKLSGDWTIEFMLYNDSANTDTHSQTQQTLIAIGDATDATGGLWMFYNRTEAGPSGKLSLVVTNDSTPLNSFSSTTESVLSNMFADDTWQFIGLKKEGNNFTMYVNGISVASGQIADTALGNKDLYFGNIPGRDGTAGTWRSNEQGQYYIDNLRLKNRAITPTVPSDVSSLPTASQFALGITWTDTAWFDSYNNIYDYIDYVGWGLKSDKNADASRLGDKGLQSNTQVGFVRSAISPVTGSSLTVISTGFSLGQEGLQSLDFDDASTLMTEDVATLDCSSDIWSSRTATIPSPGSRKLQIQAKVKDRYFFKVTDTIKIDNVQILTLNQSFAFTEGTKLVLNNNGSFVNSGYITKIDNTNNKVYVAVNNNAWSDDLNIGELSTEQFNEQDTYGIVGKIPNDINVIKGYAFTEVNNTTPGTFDIDLNDYNLDGTESAGSGDLDSYAKFKPYNDDDYSVRIDEVSGSSSYIVGSVITINSGDISYNAGYTTATITNLTGVLKITLISNLEKVIQVTSVSNSDEVYIITATKNYLSEGDMIYVDGNPTQQIGQVVYDEYNGSFPVSSIISPLEFTYKLPQAAVTSPATSAGDVDVFIKSPVLKMYYGHQYLFDLSHSSMVGGNLSFSKDNLYKLEYSFNSIERVGTPGVTGGGEPTPTVKLKVDRNIVTNISYYFDPARTGDDSPVIPGSYLDVVDSPYTGTFEISGVAGATITRGADVLKFPLLNEPEGDATVSKASYSTSSVKAVGPISNIRIVNAGGFYTRLPVISSIQSTRQIERVQINEPGTEYAVGTYTGVPISGDGEGGLVSITVADGSDDEGNTIPGQIQNISVTSPGKGYTTATIDIDSVSGILGPTLSGSGADVEVVIPPFGTGASIFTVGDKVGKIKKLKNNNFGYDYPHDYTLRPEITFPINAQLTATSILDNITVTDPGSGYTQAPAVIITGGGGSGAVAEASIKNGRLDQIVVKDPGSGYSSTPTVSLRSSFNYVVNLDLGLLQFSFPHGIPNGAPISLNVVDTGDGAEFPIAAGAIGRLNANTTYFAITGSANSLEDDQLKIAITEANAELGDSLTFTNGGTGRQQVLTESFGGAATANVITSTFLEGELVYQGESYENATATGYVSTNNGWQVGPRIVKIVDYTGEFEEGQSVTGVISKSSGTISDLKIAKGVLEVDSITKTAGQFIDDVGKPSEIIQKIQDSYYYQDFSYAIKSAVSISEWKDILIKNVHPASFKVFGELNLNEYGFIPNKETFFQLTKSVELAQEATVPNIQSFALVEPVYSEFNNTEVLFRQKRLTSSENILTSVVQRLDDISNLFDGERIAFPVTIDGNTVVASANQLMVILNGVVQTPDQSFQIIGDSIVFAEPPAPPASVKYVNVEIEQIQVYKFTFDDNSISGIFPNVGNTLFGTASNSRLTVTNVIGNDIYGFIQEGNVGIVTALDNGSLVGGTGYTTASAVETTTDGAGLGLTVDITASGGVIVDVVIANPGVGYVPGDVITIPDGTNGTIEVLNTSGFVVGELTSVGATGFVATLESIEPVINLGLFSFNEQISNLEGDIAIVEEVNLETGGNTPIAKLRYTIGSGTTNFEVIDATAATDSPVPASIFTIGANYQIGPEIITVNSVTVGENSTTVNATRGVLSTTALSQQEDTPIYSTDIEITDKLALSKTVGTYQSKPGLFDIQLNDVIIGSQSNVVARITATSAYRDPVTNEFIEQVNISDGSSFFGLLFNRLTSATYPNVVLDDISKSQVNIVEYDDNETDFDSKFPSNEFINNFVIPHDGIVGTFQEDETIRNFKINYSNNVGEFAGTGEELSVRKVTFDDKQGSGFFQIGQVVRTQDTKAEVIGYNQARKTVYLGKIGRCLATGEDVHTATFLNSAALDTAQYKFGTSSLLCDDATDDGISIPTSTEFGFGTGAFTLEAWIRGDSYSAQHSIIDTRNTGNPTDVAGNLYVDASGQVRYAQGTTDVVTSGLSVLTANVWHHVAVSRTGTTIKLFIDGSEVGTATNSTNLGTTKQVIIGTDVSANGFSGWIDEVRISDSARYTATFSPRNGIHQGDLNAKLLIHFDGTDGQTYVDDWSGTEGFTNGEFFNNDAILATTRSNGSAVVTGFTGNSQRYLDAANLIEKNKEFLAKEGVYQLLAQYPSLVIPGGNVNCEDDIRDVLTQLIEDLRNGSNSHMWDASALYVDRTTVPISINHVDAELTETVWAYDNVKTMLQYIINNVPAPNYGFNSHGLIPVTDSTLTDSSYPSLTQLTPTNAIYNPANGYLTLEITGHGLSNGDLISIAPGSIQFKCESDNYERILSHPRPSDTRAYNQVLSVFNVTANEFLVNVGASPSDAQFNHAYESADANAITVHNYSIGNCADVYSTIGNLLDILTDTLEQANLPTPVDHLGTVTRVTPTVEYIGGTVDAFQEVPFDSTVHNGTDNCIYTNRIDESSRNRFYDAANLILANAAVIVDKTSYDLLNRYPSLESEMPRNEDGEGNGTLRCKTDLTLILNEIAKDISVGGNFNTVQAARFYLGANDELQHIRLQVFQSVYAHKRLGFYMKQAINGDLTYDNTDDIIVGDWGITNDPGGCANVQAAIDTLITVLNDTIAPTNTDYEIGADRLYFNRDYIAQEITGLTNQYLSYTIDGATYSAYTYDTATCQRDIKYLLAAMISDLQTGGTNSTIANMEFYLNSDGTLNHIEEELLPTIFAFEQIKTLGEKALRNLLYNQGVAVTGDQYAAQFTSRSAYRDSETPTDIDNVVWRLRDLVDIVVDGLAPGGSSLRNAVKNFYYNLRYYKEEIGARINSQFGSDSWVYDDFIDELANNIAHDTLTTDITANQTAYAVSMNEVSGDFIVGETVQSSLNGTPFGTAEVLEFDKYGQKLYVGEFTGVAWNTNFDLLGLESGATATITSNYGSVYFDGYQEALVINNNAAFQFGTGAFTIEAWVFRSSTATMQVSGSTNDNFNFFLNNTNIGFWGGNGSNFYIHNGLVDANGNSVEAYPGQWHHVAMVREDTTGNGTSFYFNGVKQGTGGYIGTNYTFLNMLIGANNLGYGVVAHGYISNFRVVSDVVYAADFALPTRPFVESDAANTVLLTCQGDPIEDASLNNLTILRYGDLYNRGGNNFSSPFGYVPGVSSAFDWYTEPSNVEVLKQARLTQSPIEGQISSTNLWTWPEQLYYNPYFGSWVSWIYNQASAPDGTLTAEKVYGYGTGTHFIYRGYNLTSYETFDNSFYPRFDSTLESFDTGYPGITEKQTYTLSAFFKKAEIDSLNFKFAMDSQTKNVNFNVNLTTGQIEESSVFVSPGIDLDDYGVVPVGNDWFRVYATASFGYGIANVYMDFGLYNRAYTYAIAPRGFYVWGIKLNNGGLDPYISVSGETFYANAEYNIKTYALNLLQEFMRDSLVNNLISPSTNAVISSFYQDPAGADALPNGVYNQNSVDRLLRNGLNIIRNQLANDTYYTDLIQINGVEFPSKTYGERDIPVGIGGGINPSDYFYGQLSDGKGEISSVNLNEGKIVKVYTRFRIDGDITDGPFTMNEVVTKQGAPSITGVVYGFSEDENFKYLDVEVTAGPWNITDVIVGAENSTTAQISNLEERIQIIDLKGEFIEDVPFLGYTSGATANPTTFLKSEASITDNTGGTLTVDTESLIGNFETTSVVYPDSSKQYIEVSQFAGLEVNVGDRIASDGYIRLEINIIDGLNDFRVGDRLYKISDGIQDANTYAVISEIDLDNNYLYVAQAFGSFAIGDFVGDYATASFPIGYASIATKVTFVGQASALVQDIRQVGLNRRLYLTDIAGTFNTKDSVKAADGYKAIVLDIVELKARVKRSFRGFDGTQTTFDLTISNGTSYLPDPAGHLLIFINGILQPPGASNAFTAFSNQIQFTEPPDIGSSFTGFYIGKLRQLDDISFEFDSLRQSFNLKRNEVFYSLTLTDGVQSSTIRPENNIIVSLNGVIQEPGIGFEIVGSRIIFSEIPRVGSTFVAFSYVGSEADVDAADVVPPIEVGDFIDIQGETEDREVAVIESSNSLITFDYLGSVFGQGALASANLTSGFIDKVQITSGGSGYTSRPTVRIDSISGFDGNIRAIVGVATVEINNPGSGYQNPEVVIETTVPDDWTPPNLADYGEELVDPEIIA
- Physico‐chemical
properties -
protein length: 6384 AA molecular weight: 689390,94130 Da isoelectric point: 4,35645 aromaticity: 0,10041 hydropathy: -0,14724
Domains
Domains [InterPro]
IPR001763
349–371
349–371
1
6384
Legend:
Pfam
SMART
CDD
TIGRFAM
HAMAP
SUPFAM
PRINTS
Gene3D
PANTHER
Other
Taxonomy
| Name | Taxonomy ID | Lineage | |
|---|---|---|---|
| Phage |
Synechococcus phage S-H25 [NCBI] |
2718941 | Uroviricota > Caudoviricetes > Kyanoviridae > |
| Host | No host information | ||
Coding sequence (CDS)
Coding sequence (CDS)
No CDS data available.
Gene Ontology
No Gene Ontology terms available.
Enzymatic activity
No enzymatic activity data available.
Tertiary structure
No tertiary structures available.
Literature
No literature entries available.