Repbase Reports
2023, Volume 23, Issue 4
April 30, 2023
Copyright © 2001-2024 - Genetic Information Research Institute, California
ISSN# 1534-830X
Page 2233

Mariner-58_OT

DNA transposon, consensus.

Submitted:
29-Oct-2014 		Accepted:
30-Apr-2023
Key Words:
Mariner/Tc1; DNA transposon; Transposable Element; Mariner-58_OT
Source:
Oxytricha trifallax 		Organism:
Oxytricha trifallax 		Taxonomy:
Eukaryota; Alveolata; Ciliophora; Intramacronucleata; Spirotrichea; Stichotrichia; Sporadotrichida; Oxytrichidae; Oxytrichinae; Oxytricha
[] Authors:
Bao,W.
Title:
DNA transposons from the Oxytricha trifallax micronuclear genome.
Journal:
Repbase Reports 23(4), 2233-2233 (2023)
Abstract:
>94% identical to the consensus. Both 5'-, 3'-end are determined. >Mariner-58_OT_1p 1136-102 MEKTENKSKDSNSVNSSDKVQCDKNIQSGLQSLDSQQVITSSEDFESQSD STFPELNQIERVISKQFTGLTNDAMAELKQQLFTQLPEILDSKLNEKLNQ KNLENSDQLQDLQNKVDLIDFEVIQQLIADGKDEIQNAFQVLVKDIKTLS PTIGVASQESLATHVKRFTEQYNSLKKLLNENQIQSENLSQQVKKLDNQM GQSQKVNEEKQKEMQLNSKSIIEQVNAICTEHLKQVNNNYDVIKNNMKQM SSRLTCIEKADIKQNMEQPNNQDNQNGLQQSVSQTMAQQSINVQKLISEQ EFNQIIGRYNSHNDTVKVVQILGHYFLYDKISMKFILIKENINI >Mariner-58_OT_2p (DDE-Tpase) 3975-4877 MFKLNKIINSESLIQVNPNHKDFHKRLTIAQHIDWFIKKAQKEKFQIKSV KQVQEAIYQLQQIQVSSTIVRKVLKNYFGMRYKKVYQIDSRANNPLCKKQ RQLAAIHYIDFMSQGKLLINIDESSLQNQSYLRKSWSLKGVRNYNDKLVR MFNVNIIAAAFSDGRLAYSLNVGKNNSTTFIYFILQLIEYLDSSTPNWRE RVIIILDNATYHKSVLVLQKFRLYNLSIMFLGPYQFNLAPVEKVFANIKK DAISTQDSITREEYIQQLIQQIQSKDFSWVKRCFSNCLLSAQSALYQKEY >Mariner-58_OT_3p (methylates) 5490-6371 MSSKRQIKQREKIKQGKDGKYKCPHYKTCKEKYKGETKNAVYIHVSRDHQ KQSLVIQAMKPFMCSCSKRYTRKSDLVYHQQQKKHSDAEIEAFEVDVRDK EEWIKLRNWAKEKYNGQLFDVIMSDPPHPDTGYKLGYGTMTDQEIMSVPI DLVQDRGFVFLWTTNAKKELCETYLKGRGYKMVTTVSWFKTDNGQDLISG LGKVFMHSKEECVVGMKGDMAYLEQRFNFQQTKNAFIDFRRLGSQKPEKI YEMIEEFCPGGHFLDVYARWINRRPGWVGFGLESKKMNNLELK.
Derived:
[1] (Consensus)
Download Sequence - Format:
IG, EMBL, FASTA
References:
  1. Chen,X., Bracht,J.R., Goldman,A.D., Dolzhenko,E., Clay,D.M., Swart,E.C., Perlman,D.H., Doak,T.G., Stuart,A. et al.
    The Architecture of a Scrambled Genome Reveals Massive Levels of Genomic Rearrangement during Development.
    Cell 158(5), 1187-1198 (2014)

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