Anas platyrhynchos (mallard): 101790212
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Entry
101790212 CDS
T02816
Symbol
TDRD1
Name
(RefSeq) tudor domain-containing protein 1 isoform X1
KO
K18405
tudor domain-containing protein 1/4/6/7
Organism
apla
Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:
apla00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
apla03036
]
101790212 (TDRD1)
Chromosome and associated proteins [BR:
apla03036
]
Eukaryotic type
Gene silencing
piRNA pathway
101790212 (TDRD1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TUDOR
SMN_Tudor
zf-MYND
Agenet
MYND_ZMYND11_ZMYD8
Tudor_4
zf-HIT
Motif
Other DBs
NCBI-GeneID:
101790212
NCBI-ProteinID:
XP_038036767
LinkDB
All DBs
Position
6:29019897..29042392
Genome browser
AA seq
1069 aa
AA seq
DB search
MAEPLHAKYSGNKVAGSSMEGTTSRRKLPQAAGTDKGNTVSHSDLIEEPKKLQYSYENAF
SIGYDRSLFNSLASPPQTKTCHRCGLFGSLRCSRCRQINYCSVDCQKEDWPSHRVVCEPV
KQNSSNNNGGKIPAKTETGLYLKGNSTSVDSLKTEEQCKKIMLSDLQSLGLKKAMEVQGT
VTEFRSPSEFYMQMSSPEVLDQISKLSVKLQDCYANTVIQEHYVAIKGEVCVARNSLDQM
WSRALVKDVDTSQKKAQVLYIDYGKEENIPLSWIKALCKDIELLPPCAIKCSFANYEPKQ
RGWNEGDDIFSSQLVGKTCSVIVVDILQEEMMSRFAVDVVRPNFYKLPLEMGSDLTPGSS
TEGTDSPKVSENHSLECKEKTPEDKDPLCYGKSVAEYVSVCIGDTFSGVVSHIQNPDDFF
CQQMRNGCHLAELQLCLEEHCNKLPSNPDFRPALGDLCCAQFTEDNIWYRAAVITYTSED
TVLVGYIDYGNSEVLQTTRLRPMTPKLMNLPAQAIRCTLAGVKPLTGAWSSEAISLMKQL
VKDKVLTVKVVDKESYRSVVELVDASVIPEINISSYLLQKNCAAKKSRVALPATEISNVK
QANEDTANKIKWRWNKLTLQQTVDVIVCTLYNPGEFYCQISNNSELRALNLLNKSLSEYC
WKTPPSIFKPKSGEPCCALFSGDGNWYRALVQNVTSDGIVKVCFMDYGNVEEVPLDKIRQ
IPSSFLQLPFQGIKCWLSGIKPANGKWIPEATERFHAFSAGMKLQAKVTSLSRDGAGVEL
INNSTGYPKVINEILTSEKLAVREDLQDKSNLPNKSDNKETSVGRWKPIELAMDETIPVC
VTEVVSPDLFYAIPVQSKDHDKLLKQMIELDDYCKSCKMQSFTPKLGEACCARFSGNGRW
YRALVLKVSQSTVKVLYADCGNTETLPVSHVLPITDSYLKFPFQTITCSLAGIKKAECSP
LLLDKLKEMLLNKYVTITVKGINENVNLVKVEKQCENGSLNIVDKLVAEGLICKAENSDI
VHQGNGSETRCCCTELKMQLKKHEQILLFLLNKYGNPDGFSEMKKLLDC
NT seq
3210 nt
NT seq
+upstream
nt +downstream
nt
atggccgagccccttcacgcgaagtacagcggtaataaagttgcaggaagttccatggaa
ggcacaaccagtagaagaaagttgccacaggcagctggaactgataaaggaaatactgtg
tcgcattctgatctgattgaggagccaaagaagttgcaatattcctatgagaacgctttc
tctattggctatgataggagtctctttaattcgctagcatcacctcctcaaacgaaaact
tgccatcgttgtggtctgtttggatccctcagatgttcgcgatgtaggcaaataaactat
tgctctgtagattgtcagaaggaagattggccatcccatagagttgtgtgtgagccagtt
aaacagaattcaagtaataacaatggaggcaagatacctgctaaaacagagacaggactt
taccttaagggtaattcaacgtctgtggattccctcaagacagaagagcagtgcaagaaa
ataatgttgtcagatctccagagtctaggtctcaaaaaagctatggaagtacagggtaca
gtaacagaattcaggagtccaagtgaattttatatgcagatgagttctccagaagtttta
gaccagatcagtaaactttctgtgaaactgcaagactgttatgctaacacagttattcag
gagcattatgttgctatcaaaggagaggtctgtgttgcaaggaattctttggatcagatg
tggagtagagcactggttaaagatgtggatacatcacaaaagaaagcacaagtgttgtat
atagattatggaaaggaagaaaatattccactttcctggattaaagctctatgcaaagac
attgaactgcttcctccatgtgcaattaagtgttcctttgctaattatgaaccaaaacaa
agaggatggaatgaaggcgacgacatcttttcttcccagctcgtgggaaagacctgttca
gtaattgttgttgacatattacaggaggaaatgatgtcaagatttgctgtagatgttgtt
cgtccaaatttttataaactgcctttagaaatggggtctgatttaactccaggaagtagt
accgaaggaacagactctccaaaagtgtcggaaaaccattctctagaatgtaaagaaaaa
acacctgaagataaagatccgctttgctacggaaaatcagtagcagagtatgtctctgtg
tgtattggagacacattctctggtgtggtttcccatattcaaaatccagacgacttcttc
tgtcagcagatgcgcaatggctgtcatcttgctgagcttcagttgtgtcttgaagaacac
tgtaacaaacttccgagcaatccagatttccgtcctgctttaggagatttgtgctgtgcc
cagttcacagaagacaatatttggtatcgtgctgctgttataacgtatacttctgaagat
actgttctggtgggatacatagattatgggaattctgaagttcttcagacaaccagactt
cgtcctatgactccaaaattaatgaacttgccagctcaagccataagatgtaccttggca
ggtgtaaagccactaacgggagcctggtcctcagaagctatttctcttatgaagcaatta
gtgaaagacaaagtgctgacagtgaaagtagtggataaagagagttacaggtctgtggtg
gagcttgtggatgcatccgttattccggaaatcaatatatcgagctatctcctacagaaa
aactgtgcagcgaagaaatcaagggtggccttgccagcaactgaaataagcaatgttaag
caagcaaatgaggacacagcaaacaaaataaagtggagatggaataaattaactcttcaa
caaacagtagatgtgatagtgtgtacactgtacaaccctggagaattctactgtcagatt
tcaaataacagtgagttacgtgctctaaacttacttaataaatcattgtctgaatactgc
tggaaaactcctccaagtatttttaagccgaagagtggagaaccttgctgtgctttattt
tctggtgatggtaactggtatcgtgctttggtgcaaaatgttacttcagatggaattgtt
aaagtatgctttatggactacggaaatgttgaggaagtaccattagataaaatacgtcag
attccatcctcgttcctacagctgccatttcaaggaattaaatgctggctttcaggtata
aagcctgctaacggcaaatggattccagaagcaacagaaagatttcacgcattctctgca
gggatgaagcttcaagccaaagtaacttccctttccagagacggggcaggtgtagagctt
attaataattccacaggttatccaaaagtgatcaatgagatactaacttctgaaaaattg
gctgtaagggaagatctacaagacaaaagtaatcttccaaataagtctgacaataaagaa
acctcagttgggcgctggaagccaatagaattggctatggatgaaaccatacctgtctgt
gtaacagaagttgtaagcccagatttgttctatgctattcctgttcaaagtaaagatcac
gacaaactacttaagcagatgattgaactagatgactactgcaaatcttgtaagatgcag
tcattcacaccaaaactgggcgaagcctgttgtgccaggttttcgggtaatgggcgttgg
tacagagctcttgttctaaaagtttctcagtccacagtgaaagtactgtatgcagactgt
gggaacacagagactttaccggtttcacatgtcctgccaatcaccgattcctacttaaag
tttccttttcaaacaattacatgttcacttgcaggcataaagaaagctgagtgctctcca
ttgttacttgacaagttgaaagaaatgttgttgaataaatacgtcacaattacagtgaag
ggaattaatgaaaatgtgaacttggtaaaagtggagaaacagtgtgaaaatggtagtctg
aatatagttgacaaactagtagcagaaggtttaatctgcaaagctgagaactcagatatt
gtgcatcaaggcaatggaagtgagaccagatgttgctgcacagaattaaaaatgcaactt
aaaaaacatgaacagattcttctcttccttctaaacaaatatgggaatccagatgggttc
agtgaaatgaaaaaactgttggactgctaa
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