Microcaecilia unicolor: 115471044
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Entry
115471044 CDS
T09142
Symbol
TDRD1
Name
(RefSeq) tudor domain-containing protein 1
KO
K18405
tudor domain-containing protein 1/4/6/7
Organism
muo
Microcaecilia unicolor
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
muo03036
]
115471044 (TDRD1)
Chromosome and associated proteins [BR:
muo03036
]
Eukaryotic type
Gene silencing
piRNA pathway
115471044 (TDRD1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TUDOR
SMN_Tudor
zf-MYND
DUF4537
Agenet
Drf_FH1
NUP160_helical
Motif
Other DBs
NCBI-GeneID:
115471044
NCBI-ProteinID:
XP_030060572
UniProt:
A0A6P7XYX2
LinkDB
All DBs
Position
5:complement(17474325..17721144)
Genome browser
AA seq
1181 aa
AA seq
DB search
MESNKALTLKTEQSIESLSSGSSSSLFSHLDGVSASHDYGSKSPHARMSKVKSFSETYFH
PGYDLSLFNSLAPAPRTTTCHRCGLHGPQRCAQCKQAYYCSTSCQKEDWSVHSVVCKPVR
QTKVEDPCKSPTESREKETDQQVVDFPSLESPSKTGSSIQKKIMLSDLQSYELKKGTTFQ
GTIHEFKDPTEFFMQMCSSEVIECLGKLTLALKEKYMNLACSGEYLPVKEEICAAKYSQD
QNWYRVLIQDVNVSQRKAQALYIDYGNEEDVEFNRIQPLHKELELFPPCAIKCCLANIVS
KHGGWTRECISTARQLLRGGQCYSATVLDIQQENDTCFAVDIVLASGKHLDQLLLEMGHA
ESNKKISLKTGPVLDASLKHFKEKRTESKKELCKDLRLLVPKVISPSVGDEFPAVVAELK
RPEEFFCQQLQSAHQLSELQIALSEHCRVVPFIPSFSPVVANICCAQFTEDNQWYRATVL
EYLSADTALVGYVDYGNCEVISVSRLRPIITKLMELPMQAIKCTLAGVKPLSKTWKPEAL
AVMKQLVNNKIVTVKVVGKDENTSVVELIDESVSPCVNVAHCLIEMGLTAEERKTEALEF
ETNNLAEEISTEIAEKSEWVWAELAVNQVTSVRICMLYNPGDFYCQLYKKEDLYALNKLN
MSLGQFCQETHTSIYKPEKGKVCCAAFSGDGNWYRGMVKKVNPEGAIKVHFVDYGNMEEV
APEKLHMISSEFLKLPFQAIRCKLAGVKPVSKEWSREATERFQTYVDGVELQARTIYVEQ
DKVAVEIFDNSSECPQSINELLVSEHMAVKEVDKLEMPKVELAGVASVMPKVELAGVASV
MPKVELAGVASVMPKVELAGVASVMPKVELAGVASVMPKVELAGVVSVMPKREQLGISGM
LSRKPGSMVSMMLGAERGDGVESTGTFMAGQWKTLELPINTVISGHVLEVISPDLFYVLP
NENTVDKEKLQWVMIEIAEYCSHQGNNQEYQPKIGEACCARFTGDNHWYRAVVLETLESA
VKVVFADYGNVESLPFTRVLPIKASCLQLPFQIIRCSLAGIVALTGVWTSLAKEMLRELM
LGTSILATVLRVIDNTHVLSMEMEIKDERINIAEKLIKENLAKYSNSKSHSPDQDQTNEH
CCRDLQNRVKKVEQIQQALLFFLTKRMESEELNQIRKLIEE
NT seq
3546 nt
NT seq
+upstream
nt +downstream
nt
atggaaagtaataaagcactaacgttaaagacagagcaatcgatagaaagcctgagcagt
ggaagcagttcatcattgttttcccatttggatggtgtgagcgctagtcatgattatgga
agcaagtcacctcatgcaagaatgagcaaggtgaagagcttttctgaaacatatttccac
ccaggttatgatttgagcctgttcaactctttagcacctgcacctcggacaacgacatgt
catcgctgtggtttgcatgggccacagaggtgtgcacaatgtaagcaggcttattattgt
tcgacaagctgtcagaaggaggattggtcagtgcacagtgttgtgtgcaaacccgttaga
cagactaaagtggaagacccttgcaagtcacctactgagtccagagagaaagagactgat
cagcaggtagttgacttccctagcttggaatctcccagtaagactgggagtagtatccag
aagaaaatcatgctttcagatttgcagagttatgagctgaaaaagggaacgacatttcag
ggtaccattcatgaatttaaggatccaactgagttttttatgcagatgtgttcttctgaa
gttattgaatgtcttggaaaacttaccttggcactaaaggaaaagtacatgaacttggca
tgttcaggggaatatttgccagtgaaagaggaaatttgtgctgccaagtactcccaggat
cagaactggtacagagtcttaatacaggatgtgaacgtatctcagaggaaagcgcaggca
ttatatatcgattatgggaatgaggaggatgttgaatttaacagaattcagcctctacac
aaggagcttgaactctttccaccttgtgccattaaatgttgtcttgcaaatattgtatct
aagcatggaggatggacacgagaatgcattagtactgcaagacagttgctacggggggga
cagtgctactcagctacagtcctggacatacagcaagagaatgacacatgctttgcagta
gatattgtcctagcatctgggaagcacctggatcagttgcttctggaaatgggtcatgca
gaaagtaataagaaaatcagtctgaagactggtcccgttctggatgcatctctgaagcac
ttcaaagaaaaaaggacagaaagcaagaaagaactctgcaaagacctacggttgctggtc
cctaaagtgatttccccaagcgtgggagatgagtttccagctgttgttgccgaacttaaa
agaccagaggaatttttttgccaacagctgcagagtgcacaccagctttctgagctacag
atagccttgagtgaacactgtagggtggtcccttttattcccagtttttctccagtggtg
gcaaatatctgctgcgcacagttcacagaggacaatcagtggtacagagccactgttctg
gagtacctttcagctgatactgccttggtgggctatgtggactatgggaactgtgaagtc
atttcagtgtctagacttcgtccaataataacaaaacttatggaactgccaatgcaggct
ataaagtgtacattagcaggagtgaagccactgtcaaaaacatggaaaccagaagctctt
gctgtgatgaagcagctggtgaataataaaattgtcacagtaaaagtggtgggcaaggat
gagaacacatcggtagtggagctgatagatgaatcagtctcgccatgtgtgaatgtggca
cattgtcttatcgagatgggccttactgcagaagaaaggaagactgaggcgctggagttt
gaaacaaataacctggcagaagaaataagtactgaaattgcagaaaagtctgagtgggta
tgggctgagttggctgtgaatcaagtaacatctgttaggatttgtatgttgtacaatcct
ggagatttctactgtcagctgtataaaaaagaagatctatatgcactgaacaaactgaac
atgtctttgggtcagttctgccaggaaacacacaccagtatctataagccagaaaagggt
aaagtttgctgtgctgccttctcaggtgatgggaattggtaccgaggtatggtgaagaag
gttaaccctgagggtgctattaaagtgcactttgtggattatggcaatatggaagaagtt
gctccggaaaaactgcatatgatctcctctgagtttctgaagttgcctttccaagcaatc
cgatgcaagctggcaggtgtaaaacctgtgtccaaggaatggagccgagaagcaactgaa
agatttcagacatatgttgatggggtagagctgcaggctcgtaccatttacgttgaacaa
gataaggtggcagttgagatctttgataattcttcggaatgtccacagagcatcaatgaa
ctgttggtcagtgagcacatggctgtaaaggaagtggacaaacttgagatgccaaaggtg
gaacttgcaggagtggccagtgtaatgccaaaggtggaacttgcaggagtggccagcgta
atgccaaaggtggaacttgcaggagtggccagcgtaatgccaaaggtggaacttgcagga
gtggccagcgtaatgccaaaggtggaacttgcaggcgtggccagcgtaatgccaaaggtg
gaattggcaggcgtagtcagtgtaatgccaaagagagagcaattgggcatttctggaatg
ctaagcagaaaaccaggaagcatggtcagcatgatgctaggagcagaacgtggtgatgga
gtggaatctacaggcactttcatggcggggcagtggaagacactggaattaccaataaat
acagtgatttcaggacatgtattagaggtgataagccctgatctgttttatgttttacca
aatgaaaacacagtggataaggagaagttacagtgggtaatgattgaaatagcagaatat
tgcagtcaccaaggtaacaatcaagagtatcagcccaaaatcggggaagcatgctgtgct
agatttacaggtgataatcactggtaccgtgcagtcgtgctagaaaccttggaatctgct
gtgaaagtagtttttgcagactatggaaacgttgaaagccttcccttcacaagagtgctg
ccaatcaaagctagctgcctgcaactcccatttcagataatcaggtgttccctggcagga
atagtggcattgactggagtctggacttcactggcaaaagaaatgctgagagagctcatg
ctggggacaagtattttggccacagtgctaagagtcattgataacactcatgtgctttct
atggaaatggagattaaggatgagcgaataaacatagctgagaaactcatcaaggaaaat
ctggctaaatacagtaactccaagagtcactctccagatcaggatcaaacaaatgagcac
tgttgcagagatctccaaaatcgagtgaaaaaggtagaacagattcagcaggctcttctc
ttctttctgacaaagcgtatggaatcggaggagttgaaccaaatccggaaactaatagaa
gagtag
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