Gigantopelta aegis (peltospirid snail): 121367366
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Entry
121367366 CDS
T07458
Name
(RefSeq) telomerase-binding protein EST1A-like
KO
K11124
protein SMG6 [EC:3.1.-.-]
Organism
gae
Gigantopelta aegis (peltospirid snail)
Pathway
gae03015
mRNA surveillance pathway
Brite
KEGG Orthology (KO) [BR:
gae00001
]
09120 Genetic Information Processing
09122 Translation
03015 mRNA surveillance pathway
121367366
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
gae03019
]
121367366
03032 DNA replication proteins [BR:
gae03032
]
121367366
Messenger RNA biogenesis [BR:
gae03019
]
Eukaryotic type
mRNA surveillance and transport factors
Surveillance factors
Other surveillance factors
121367366
mRNA cycle factors
Common to processing body (P body) and stress granule
121367366
DNA replication proteins [BR:
gae03032
]
Eukaryotic type
DNA Replication Termination Factors
Telomerase complex (animals)
121367366
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
EST1_DNA_bind
PIN_4
EST1
Nnf1
Motif
Other DBs
NCBI-GeneID:
121367366
NCBI-ProteinID:
XP_041347433
LinkDB
All DBs
Position
3:1930924..1973503
Genome browser
AA seq
1680 aa
AA seq
DB search
MAENDVVTIKYNELHEIVQAKSKGNTAPSKTQQRKSRRPPQQIYRPGLSRLSKKGKDQTN
SDRQNICSENWDAVIADGEVVITDDENECVSKESSSERDVGSVGENISAVRVSGGTGSDG
SSFLACDLHISEDDLDLKRVEGRKRSKRPDIRIYVPRGKLIEQECKKTDEAPEGDAEEVW
ESDEVLSPTVELQSPLKSAESGASSAPSSPGALTSQAFKGKGHLSQPSQNAVSSDQRKVD
KTQFANMQVTVVNVSGNNSAESVRVVHETESGHSEANVSGAKNKKVTNSDTRYQRGNRET
KSSVNNETGGKGEIKSSVNETGYNSFPRDRRKDKGNHYRFGKSGSLDTKDGKNANSESAN
ERNCERFYMSKHGNLTLSRTSSANDTPSENEYSQKGTDLRNKAQKSWSANRSRKHSYSSK
RRQRTDSVSSEASYSSDLSFEDELEGETRTLDWSQEVERELALVVHNGTQRLIEQCDDAY
PGTAAEMEMKIPDDVTASLNVNQNCNAVRNNVRKEHTGRRRHRKKGSRASSRDSSAHSNC
QEESTPAPRRGRGRGRRHSADTRRKHHSGDSMGHGRGHMGNGDSYSRQQAFSSYESCAQD
QKGYRNRADDRSQGSNFRKPCSGSHESLNTVHTDHERREKPEYYGSLSRNERRRRNRRNS
HGEPAAAASQGLKVTVDRNERHVNVSGTRDKLLYEKSSSDEVYHPGGLLHLPLRNPSSAH
QARDEPDVGLSRSHHMKNPYAPDADSEHHLYDPKNPNKPIVITNSKLAFQDTGDRNTPPQ
EHHPIHQPPPLHPPPHPAFFPGPYGYPAIPYPPYPGGLPPPPFVYGFQMPYKECVPFQDD
AYAKDPYYHSGYDPDQAVAGRSRSQRQAKAEQILRDVQPLDNQLSNLLSRRIGGEDGWRR
IKKLREELRVRYEQVVFLDPDVANKHYVENLLWKSVYYQVIEVFRRHLADETEDEVKGQL
HDILNEGSEYYEHFLGKLQSTYNFSIDDFLDPNHPASDNLSRSIKLALLSAQRVYINLGD
IARYRELANDTSNYGRARSYYIKAQQIAPKNGRPYNQLAILAMYTRRKLDAVYFYMRSLA
ASNPFLTARESLMSVFEDVRKKNDAQEKKRLAVKEELHAATRQTKKKPSPRVEIWVCADG
TSTKDQVTDDKEDLSVLSAIELNKRFVLSFLNVHGKLFTKIGMEVFPESSCLMLREFQAL
IKHSPAVISSTRLLQLMAINMFAIENTALKDSSLESSCRSLHQDYAVQLGLDMFALLVVR
CTALLEAHLASPEYPTQLLNEDLHQLMPGVKVWTDWMTCHAHLWNPPPSVRPPDLGLDVD
VWKSCADFCNCLTRIDTSSIKTYRAKRPDCDPVVLAEDTMMAGFIPMLSAPLESSYVQST
VDKEVTRDCIRIEKLQLFREYLCGIDPPMLSYNVQTKMYFSVVVANTESEKKPDDVDGHF
SELEDVVVESDDDVDAGDIEADHVSHLRARKLELKKKVEEQRKLEENAKAIVDENRHHVI
ELEIHPIFLVPDTNCFIDHLDPLCAILQSKKFTLVIPLVVINELDGLAKGSREGQYDSPD
HAWMVKQCAKQAVAFLEAEFEKKNSHLRAQTSKGSTLETIAFRSEETSKSGNNDDLILSC
CTHYCKDKANVYMNRKKDTPVRLYRDVVLLTDDRNLRLKALSVNVPVKDIPSFMRWSKVT
NT seq
5043 nt
NT seq
+upstream
nt +downstream
nt
atggcagaaaatgatgttgttacaataaagtataacgaattacacgaaatcgtacaagca
aaaagtaaaggtaacactgcaccaagtaaaacccagcagcggaaatcacgtcgaccacct
caacagatctaccgacctgggctgtccagactgagcaagaaaggaaaagatcagacaaat
tctgaccgacaaaacatctgttctgaaaactgggatgctgtaatagccgacggggaagtg
gttataacagatgacgaaaatgaatgtgttagcaaagaaagcagttcagaacgagatgtc
ggtagtgtcggtgaaaacatttcagcagtgcgtgtgtctgggggaacagggtctgatggg
agttcgtttctcgcctgtgacctgcatatctcggaggatgacttggatctgaaaagagtg
gaaggccgcaagcgcagtaaaagaccggatattcgtatctatgtacccagaggcaaactc
attgagcaggaatgcaagaagactgatgaggctccggagggtgacgctgaggaagtgtgg
gaatccgacgaggttctcagcccgactgtagaactgcagtcgccactgaagagtgccgag
agtggggcatcatcggcgcccagcagtccaggcgcactcacttctcaggctttcaaaggt
aaaggtcatctttcacagccttcccagaatgctgtatcttccgatcagcggaaagtggat
aaaactcagtttgctaacatgcaagtgacggttgtgaatgtatcgggtaataactcagca
gaaagtgtccgcgttgtgcatgaaactgaaagtggtcattcagaagccaatgtttcagga
gccaagaataaaaaagtgacaaactctgatacaaggtaccagcgaggtaaccgagagaca
aaaagtagtgttaataatgaaactggaggtaagggggagattaagagtagtgttaacgaa
actgggtataattccttcccacgggacaggagaaaagataagggaaaccattatagattt
ggaaagtcaggatccttggatacgaaagatggtaaaaatgcaaattcagagagtgcaaat
gagagaaactgtgagagattttacatgtcaaaacacgggaacctgaccctgtctcgtacc
agctctgccaacgacacgccctctgaaaacgagtacagccagaaaggaactgatttgaga
aataaagctcagaaaagctggtcggctaatcgaagtcggaagcactcatactcgtcgaag
cggcgccagcgtacggacagtgtgagcagcgaggcgagttacagcagtgacctcagcttt
gaggatgagctggagggcgagacgaggacgcttgactggagtcaggaggtggagcgagag
ctggctctggtcgttcacaatgggacacagagactcatagaacaatgtgatgatgcgtat
cccgggactgctgcagagatggagatgaagatccccgatgacgtgacagcatcgctgaat
gtgaatcagaactgtaacgctgtcaggaacaatgtgcgtaaggaacacactgggaggagg
aggcacaggaagaagggatcgcgggcgtctagcagggactcgagtgctcacagtaactgt
caggaagaatcgactcccgcccccaggagagggcgtgggcgtggtcgccggcactcggct
gacacgaggagaaaacaccactctggtgactccatggggcatggccgggggcacatggga
aatggagacagctattcgaggcagcaggcattcagcagttacgaaagttgtgcacaggat
caaaagggataccggaacagggcagacgacagatctcagggttcaaacttcaggaagccg
tgctcaggaagtcatgaatctctcaacactgtccacactgatcacgagcggagagagaag
ccagagtactacgggtctctgtcgaggaacgagcggcgacgcaggaacagaagaaacagt
cacggggaaccggcggcggccgctagtcagggtctgaaggtgactgtcgacaggaacgag
cgccacgtcaacgtgtcgggcacacgggacaagctactctatgagaagtcctcatcagac
gaagtgtatcacccaggtggtctgctacacttgccactgagaaatcccagttcagctcat
caagctagagatgaaccggacgttgggctcagtagaagtcatcacatgaagaacccatac
gcacctgacgctgatagcgaacaccatctgtacgaccctaagaatcccaacaaaccgata
gtgatcaccaactccaagttggcgtttcaggacacgggtgacaggaacaccccgccgcag
gaacatcacccgatccaccagccaccacccctgcacccaccccctcatcctgccttcttc
ccagggccatacggatacccggcaattccgtacccaccctatccgggaggtcttccgcca
ccaccgtttgtctacggctttcagatgccctacaaggagtgtgtgccctttcaggatgac
gcttacgcgaaagatccatactatcacagtggctatgatccggaccaggctgttgccggg
aggtcaaggtcacagcgacaggcgaaggcggaacagattttacgtgacgttcagccactt
gacaaccagctgagtaatctgttgtctcggcgaattggtggagaagacggctggcgcaga
ataaagaaactccgagaggagttacgtgtgcggtatgaacaggttgtgtttctcgacccg
gatgtcgctaacaaacactatgtggagaacctcctgtggaagtccgtttactaccaggtc
atcgaggtcttcaggcgacacctggcggacgagaccgaggatgaggtcaagggtcaactt
catgacatacttaacgagggttctgagtactacgaacatttccttgggaagctgcagtcg
acgtacaacttctcgattgatgatttcctcgacccgaaccaccccgcgagtgacaacctg
agtcgcagtattaaactggctctgctgagtgcacagcgtgtgtacatcaaccttggcgac
atcgcccggtacagagagctggccaatgacacgtccaactacggcagagctcgcagttac
tacataaaagctcaacagattgcaccaaagaatggtcgtccctataaccagctggcaata
ctggccatgtacactaggagaaagcttgacgcggtttacttctacatgcggagtctggct
gccagcaatccgtttctcacggccagggaaagtctgatgtcggtgttcgaggatgtcagg
aaaaagaatgatgcccaggagaagaagcggctggcggtaaaggaggagctacatgcggcg
acgaggcagacgaagaagaagccgagcccgcgggtggagatctgggtgtgtgccgatggg
acgagcaccaaggaccaggtcaccgacgacaaggaggacctgtctgtactgtccgctatc
gagttaaacaagagatttgttttgagcttcttgaatgtccatgggaaactgttcacaaag
atcggcatggaggtgttcccagagagcagctgtttgatgctgcgagagttccaggctctc
atcaaacactccccagcagtcatcagcagtacgcgtctcctacagctcatggccatcaac
atgttcgccatagaaaacacggctcttaaagactcatcgctagagagcagctgtcggtct
ctacaccaggactacgcggttcagctgggactggacatgttcgctctacttgtggtgcga
tgtactgctctgcttgaggctcacctcgcctcccccgagtaccccacccagctgctcaat
gaggacctgcaccagctcatgcccggggtcaaagtctggacagactggatgacctgccac
gcccacctttggaacccgcccccatccgtgagacctccagacttgggactagatgtagat
gtttggaaaagttgtgctgatttctgcaattgcctaacaagaatcgacacatcgtctata
aagacttaccgagccaaacgaccagactgtgatcctgtagttttggccgaggacacaatg
atggctgggtttattccgatgttgagtgcgccactggaaagtagctacgtccagtcaaca
gtcgacaaggaggtaacgcgagactgtatccgtattgagaagctgcagctgttccgggag
tacctgtgtgggatcgacccgcccatgctgtcatacaacgtgcagaccaagatgtacttc
tctgtggtggtcgccaacaccgagtcggagaagaaacccgacgatgtggacggtcatttc
tcagagttggaggatgttgtggtggagagtgatgatgacgttgatgctggagacattgaa
gctgaccatgtcagtcacctgcgagctcgcaaactagaactcaagaagaaggtggaagaa
caaagaaaactggaagaaaatgcaaaggcgatagttgacgagaaccgacaccatgtgatt
gagctggagattcacccgatatttctcgttccggacacaaactgtttcatcgaccacctt
gacccgctttgtgccattctccagtcgaagaagtttactctcgtgattccactagtcgtt
ataaacgagctggacggactggcgaaggggagccgcgagggacagtacgacagcccggac
cacgcgtggatggtgaagcagtgtgccaagcaagcagtcgccttcctcgaggccgagttc
gaaaagaaaaactcacatctcagagctcagacgtcgaaagggtcaacactcgaaaccatt
gccttccgcagcgaggagaccagcaagagtggcaataatgatgaccttattttatcatgc
tgtacacactattgcaaggataaagcaaacgtttacatgaacaggaagaaagacactccg
gtccgcctgtaccgtgacgtggtcctgctgactgacgatcgcaacctgcgcctgaaggct
ctgtcggtgaacgtgcccgtcaaggatatcccatcattcatgcgctggagcaaggtcacg
tga
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