Repbase Reports

2004, Volume 4, Issue 1
January 31, 2004
Copyright © 2001-2016 - Genetic Information Research Institute
ISSN# 1534-830X
Page 19

GYPSY27-I_AG

GYPSY27-I_AG is an internal portion of retrotransposon GYPSY27_AG - a consensus sequence.

Submitted:
31-Jan-2004
Accepted:
31-Jan-2004
Key Words:
LTR retrotransposon; Gypsy clade; mag lineage; 5-bp TSD; gag; AP protease; reverse transcriptase; RNase-H; integrase; GYPSY27_AG; GYPSY27-LTR_AG; GYPSY27-I_AG
Source:
consensus
Organism:
Anopheles gambiae str. PEST
Taxonomy:
Eukaryota; Metazoa; Arthropoda; Hexapoda; Insecta; Pterygota; Neoptera; Endopterygota; Diptera; Nematocera; Culicoidea; Anopheles
[1] Authors:
Tubio,J.M.C., Costas,J.C. and Naveira,H.F.
Title:
GYPSY27_AG, a member of the mag lineage of the Ty3/gypsy group of LTR retrotransposons in Anopheles gambiae.
Journal:
Repbase Reports 4:(1) p. 19 (2004)
Abstract:
GYPSY27_AG is a family of gypsy-like LTR retrotransposons that, according to the aminoacid sequence of its reverse transcriptase, is phylogenetically grouped with representatives of the mag lineage of other organisms. GYPSY18_AG, GYPSY19_AG, GYPSY20_AG, GYPSY21_AG, GYPSY22_AG, GYPSY23_AG, GYPSY24_AG, GYPSY25_AG, GYPSY26_AG and GYPSY28_AG are other members of this same lineage in Anopheles gambiae. The GYPSY27-I_AG consensus was reconstructed after multiple alignment of 4 copies. The consensus encodes the 1361-aa GYPSY27_AGp gag-pol like protein (pos. 22-4104). The sequence of the LTRs flanking GYPSY27-I is deposited as GYPSY27-LTR_AG. GYPSY27_AGp: MSKPPAKESSEQWIIEMFNQQKLLNSVLSVMKTKNDDGSEKAIDAIAGQIKEFHHTEDTNFEAWYSRYEGLFLDDAKRLD DGAKLRLLLRKIGVTEHERYISSIMPKQPKDFDFKNTVEKLKKLFGDRESIVCKRFKCLQLVKEPHEEYGAYACRVNKKV VEAKLAGIAEEEIKCLLFVCGLKRDADADVRVRLLSKMEDNSEITLDQLTGEAQRLLNLRQDSNLISNTAHEVNAVRKNE TKQQNIKGGGKEAKAVSCWLCGGQHFARECSFTSHKCEDCNEIGHKEGFCETAYRNRSRYRNNKAKVRVVTVNKIQAGRK YVTAALNGRELKLQLDTGADITIISQGKWRQIGGPKLSPASVSARTASGTPLKLLGEFCCKMTINKQQKEALVRVVEEEL LLFGADSMDVFGLWKQPLDAFCNIVGCVKDAAAAVIQQFPSLFSNELGRCDKMKISLQLKDDVKPVFRPKRPVAYAMQSM VEDELTRLERNGIITPTDSSEWAAPIVVVRKANGTVRICGDYSTGLNDALQPHQYPLPIPQDIFTAIGKSAVFSQIDLAE AFLQVEVCERSRELLTINTHKGLYRFNRLPPGVKTAPGAFQQIVDSMLSGLEGVAGYMDDIIVGGADEESHLKNLRAVLI RIEEFGFKLRAEKCSFLKPQIRYLGHLLDRQGIRPDPAKIEAILKMPAPTQLSEVRSYLGAINYYGKFVFQMRDLRYPLD LLLKKGGEFQWTAECEKSFRRFKEILSSDLLLTHYDPSKEIIVSADASSVGLGATISHRFPDGSIKVVQHAARALTKVEM NYSQPDREGLAIVFAVTKFHRMLFGRRFILQTDHQPLLRIFGSRKGIPLYTANRLQRWALALLLYDFAIEYVATDNFGNA DILSRLMDRHEKPEEDYVIASIQLEDDINHLVTSATQALPLNFKDLERGTQADPLLRKVFQFVQNGWPKGEEKTEDLKQF FARREALSTVGKCLLFGERVVVPANLRNRVLKLLHKGHPGVCRMKALARGYVYWPKLDSEIENAVKTCQSCASAAKSPEH CTPVDWPKTTGPWQRIHVDYAGPMEGEYYFLVVDSYSKWPEIIPTRQTTAQATVQMLRGLCARFGIPETVVSDNGTQFTS SEFRDFCMENGIHHVRTAPYHPQSNGQAERFVDTFKRAVKKIREGRGEMHEALDEFLFTYRNTPNRILDQKSPGEMMLNR KVRTSLEMLRPSFRDIRPADPVVADEATRRSFSINDRVYAKRYHRNGWEWVSGVVDKRVGNVMYMVKIDGKTLRYHVNQL RMRNAETNEGRTQQPMPLNVLLDAWDMSGTTVSASSSETSAATTTNLAEREMTPADGTEASLRRSTRVRKQPAWLEGYHR S
Derived:
[1] (consensus)
Download Sequence - Format:
IG, EMBL, FASTA
References:

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