Repbase Reports |
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| 2004, Volume 4, Issue 7 |
| July 31, 2004 |
| Copyright © 2001-2016 - Genetic Information Research Institute |
| ISSN# 1534-830X |
| Page 201 |
RandI-6 |
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RandI-6 is a family of non-LTR retrotransposons - a consensus sequence. |
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Submitted: 00-Jul-2004 |
Accepted: 31-Jul-2004 |
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Key Words: non-LTR retrotransposon; RandI superfamily; AP endonuclease; reverse transcriptase; RNase H1; RandI-6 |
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Source: Chlamydomonas reinhardtii |
Organism: Chlamydomonas reinhardtii |
Taxonomy: Eukaryota; Viridiplantae; Chlorophyta; Chlorophyceae; Volvocales; Chlamydomonadaceae; Chlamydomonas |
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| [1] |
Authors: Kapitonov,V.V. and Jurka,J. |
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Title: RandI-6, a family of RandI non-LTR retrotransposons from the Chlamydomonas reinhardtii genome |
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Journal: Repbase Reports 4:(7) p.201 (2004) |
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Abstract: RandI-6 is a family of RandI non-LTR retrotransposons. Approximately 50 copies of RandI-6 are present in the genome. They are ~1% divergent from the consensus sequence and are likely mobile. The RanI-6 elements are usually flanked by 10-15-bp target site duplications. The consensus sequence encodes a 4527-aa RandI-6p protein (nucleotide pos. 44-13624) composed of the AP endonuclease (aa pos. 2010-2290), reverse transcriptase (aa pos. 2660-2960), and RNase H1 (aa pos. 4025-4190) domains. A 144-aa portion of RandI-6p (aa pos. 1463-1616) matches the Josephin domain (E < 0.001; pfam02099) and is conserved in other RandI polyproteins. RandI-6p: PARTHRLAPTGPSPEDSVAEPCPSLPSNDQKLGKTGAGSEAANCPGNAETRPVARLPCKGASHP YHKGHGSKLLGITVLRRDPEPTFSRSSYRPDFHQPPRARQHPLSDGKTKQQHSHQQRHTKKAQT SQTTTSQTPRNARAPRLTTNNTQQHSVTPQHQHTRTRPLEPTQDNPTPKNPTPDNDALTPRKLN SQRQNNPTNPQNTEIKRKPLPSHLSSFCFLTLTLALPMLLLTPFASIELTSAPQMHTSPVTLEP ASAMRPHAAAGLTQTAAPSHHASLSLATKMKPFHVDFTGDIILRPDLHYLYNAAGLTVGILHPL PEGNIALWQTQRLRPAAGPIPASVLGLADGKQRILLMTACAGCLNRAMSLSSLLEPAGNYLRVI QQNLLHTKIDPRLRQLAEAAITKFNEVLSSRGDLVNSIADAAIKAIGMPATNEAINNIRSLIYE ARAGSQTWTLSDNQKVAALGSKRTAFTAGELLLHSACITRHPILILLLTRRHCLAVAITLPVAH AAAFLLDLQTHERWILELGPDNSITPAKRRPTVAILAGASRSAPNSEGKVSFLAASEGRHDLEK VITCSYTTDQAHSPVYSPLFRHAPNYRLKCSQLLPAYTSTTPPYPQVLPFTAIMVVQCAARAQD AAGDPNKVVAHMAYEAMDKICAGKPTTPLSTIVEGTKHHSKAPGNYTSTQTYGSSPPIAHALSP NTPLQAPPTPPPVMPRSTEAMTAKDPGETATANIRDWWGSPLGACVDVRFVKLHDADLLASLGA NRNQLYGDVFYAHFSSADVCEAIQRTGGLYLFSDTAYLRAVCLQSRPDGGAATPEMMDLLEEIG IQIELLDPLLSDTGVNELGARVAQQLEQGMKALFPDIAQHDHLTNRIGLYTTFGTVQSLTTLDR DNPVEFLFARKGGKLAPIIDLQPAAWQANDRQLFHLSDSRLYLLPCNALSAAAILICINGGRNL ASTMLWPELNRGRVYLTDAALDYQYKLNTGSADELWEHPCAHLGLAAGLALTGQAGAGMVPDFV GAKPIHAARAKTAVRHQLQAADAPEPLPMPGLQLNLGESGPVLDAKTVEAAAEDEMEEMDLASL LVSSALGLKPGSTAPAFTASTTTHPSSTHPHLTDKPTESATPPNCLTPHSSQCRAPSASAEPTP RHNAPPATCRLGRLRSLPHTPGYAGILINASGYSGTHSTAYWDRVAQTRVAQVTEQGNDAGSSK DRRMHDYAVRQARGDVGPDCAVVTMHGTIGTLTVLTHAGLARDTNGVCREVHLAQINGWTNGPL ASRMLLFYVFLLLPIAFRRYGQYARGGPKDDKCVSAAVDSILRAADGRLRPGLLAEDSKANCTR AMRVRNPPLHIASCSQDNARPSVIRRHHELCLAHATATRRTNSPALTKTRCCPPSPARIRLYFP HASRSAPRPKPPALADARQAVQGQAKGRGTQCLLFTAGSKPPASSSAPPSSHSGRIYFEQQELS FCWIHAINNLLGAAAVSPHRVLLYLEQLLRQTRGRENTTEIFALSQAFTPAIGQFSIHAVNHYL MYNCHRANQALALHAHDAVRPGDSPHSVTRRHAQATNGFLIFTPGYSSGIYGHVLAVKRHGANW IILDSADTQPRTIQHTTTLDMAGTIFTLSTRTPDTPPLLPLCLNGIGPPANWAPDRMGQPSFRA LNQLANHLTANGHQLLDTCSWGNNCAIFGTLAVLPGSRVPLIPSDPAQWAPMTGAIRACIASRL EHLTAPGTPGSDEMRTHILGLYEESPHPENTIRTHCRNIRDTSMLTIPDLIALQSLLPGVQIHV ISPGYTDWLTLPTPQPNDTRHDVYLAHVPHSWALAGFPTAFPVTDCNHYIAVTRHTWTPGSVTQ DPSPLFHESIWDGGPCTRDIIVTHAKSPTRSPLPKKARTNTITHALLRAMGSPTNPRKAAKRAL SLSPPAPRKTTRATTNCEAKRAPNTRAPANPHTPTATPAVTNISPQQSPPAAPPNPPPRLAVKA RQATLQAFLKAAQAPREDPATQVAPTHTDACHLVTLNARGLLSNLTAIRDELETWDADILILTE TKTRAHRTRTERDIIKNSLKAYTSFVHSTPRPPPLKGQKQDPRRHHPSGGVTLAVHTRYARKEH ITCLPTPAQLQGYMVHLRIATHSSLPLHIIGIYCPPDNKSTRDALYTYITRATKSAARLKEPLL TGGDWNAAAYDTDRSTRTGTQGDKTHQTFLTRTSLKPAAGAHTQPRLYTYTQIQHDTITHESRI DDFLANTHALRQDSPAREWTTECAGTTDHLALHLQTTLPYKPPRDASPHTEREPRRQPDDASPT LANIVKPITQSQSRAISQQWEAEGTTALVTLHATLALPNCSAQQIIDSTVAAISHHTNSTASTR TAHDIITGARAQLSAIDLNAASTALYGALAVGAKLMLQTCPQKPPRTSRAKPSRTEAKKLKRLI AVEKQKKQQYLALVRAAQLQEPAIPPPTAPNPSQPEPPATPAPATAARQEWQDALKTRRTTQKE TSAKAASKWLTKISKLFATSQSKAAKIMLGKSGPRQNLTAVRHPATQHIATTSSDINDALHAHF QAAAEPTGGQRTGRYRPEDKDTTFPWNEPGAPDGGFLLARTAHPDAQSLLPNVADSSNFQRCMQ ALSRNKSPGPDGIPNELLKCMPEALQSAVHTLMCVAWIKAELPAGWSTSDTILLYKKADPLSIS NYRPIALCNTLYKLYTSLVTRAATEACTDLLIHSEAQEGFQKHKGTERQIMNLLHVIEDAALTK RDLYVAYIDFSNAFGTIDHDRLLTIMHHLGLPTDFIEVVRNLYSSANTTIRTTHGRTNPVHIRR GTMQGDTLSPLLFIIFLEPLLRWLHYGGRGYRYGCLTNSENDEHNCSSLGYADDLTVAANSRDN LRCQTDKIARYAAWGGMRINRDKSACTGILHHYASANSTDKSIKGPACDRTLKRLLAGHIHVGT CTKDGKRSAITLPYIPPHKPYRYLGVEITMTHPQLKAVKADLTDAGVELSRYRKLPRQCYMLIK QCLKAKVAYSLPTMAYTQPDIRALDAQIAGIARRCVGLPRDCATRAILLPAELGGLGIGSLREE YVQRASRLLVISLNDTGRLGVVTRRLLHLQAAHAGSDLPLHDMKRAGQFFVTLKQLTLLQDHDL LAMLQGKEFTAALPALVSKLRAAEATTPAYLRADWISPLTIDLGLNLADLVDANTGRHIIDTTQ LDRRFPKGRVKDKHKRALNRFTVALCKPAEAPPKSMGHKPLPMQSRTLPAGVSKADLNSAGDLP KPIPQRTLTSLLARWQEALPSPAAPPKPSLEVLQAKPKQTAKQRHSHFIKHDTRTRNPEVEAND DALPGSTVHDPSDPTKDLAFYMSAAREFAPLAQQCKTLGTTRWTGTWRSPIRQMPARALITGPH THTVHALLHTRPYQQPAAPTYQRLYLPDGCPATTPPPAPAHSHNRRKRGSQPTRCPYTHHAIQP RAPTRAAAPRRDSAAAQPSSRPAWRKVRDNALNGRLPQSIAGVQAAQHITAHLTNRDDIIAAVV SGPMTHKTNAPPPKRKRKQGPPPEEPPWAERCRYRVRWQPTLTTNGILRAYELQNYNATSTTKP PCRLWGQGIRRFMVQVHWAETEDPLSSLSENPGWAAALARYTLAQAVDAPPDPTPPPALDNHLT SKQRQGRWRDPAPSEAARKRAILRCSTIDVKSCNPDTDIHPTGQYCIQMGTREPGSATGTPSGP PQDPDPPARVYGPDGRCIGTVSAARLALLHARYRTLNPTHPPERFAAALASLIIRYRPSKRHKE SSTNPAHEVTLCPDLMSTLTSHIKFQTEAFASPLNAHCDIPAYYTTHPQDSEFGAAHDCYSRTL DGISFVHPPPQPEHTSLAMAWAVASAEAATPHTPHLSVVVVPYGDTSGYTAWLQHPLVHDLGHI KPAHTWAAMASGLGQPQELPAHRRGLHLLCVTNERGRLLLNQALESGLALALADALGHTPHLAT RKPPTDPDTPNPWPPTPRKLKRRILAQSSQTPQPQPPRDAPTLPSPTELATLYRAYVPLAHTRG SAVFTDGSKVPHTREYTGLGAAVWDASDNRATHIDEDIAFNTPLSTILRCESSAIRTALRLHRD TPHLRVYTDSLVSLFILRRAIMEPESLHVSKHREMFGTIVDQLAERALAGHKTSFYHVRSHQTD TCVGNQKADEAAQAVATRTVQPDATETLYSHPYEPLEGWIAQKEIVEHNGNLEERLRYANDLNR DLKKMARKSTATGYTKSGLYAELWEAARKHIDERYGLNLFDKFSFEEARCAFKYRWGLSWNAKR AARVKHPMPGCAGGECPLCRGDDGGTHTLGGCTHPRMKAAYIARHNRAVQRIAKAISQGHYGGC VMYMDAGKDAPTYSGGTRIPAWMLPSTPESVRKKLRPDLLVIPTLRMHRSGLPARAPRTRRQRS AHKVYVIEVGYCSDLNHPDKRAEKLQQHEDLVAALRDAGWDVMYSPDTVISLGHTGTVTPHLHA LLKTLGCPTQSAHSTCRKLVQHAVHTTTAITALRREIYSHKWPGRPP
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Derived: [1] (consensus) |
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Download Sequence - Format: IG, EMBL, FASTA |
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References: |
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