Ailuropoda melanoleuca (giant panda): 100483949
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Entry
100483949 CDS
T01329
Symbol
DYNC2I1
Name
(RefSeq) WD repeat-containing protein 60 isoform X3
KO
K22869
WD repeat-containing protein 60
Organism
aml
Ailuropoda melanoleuca (giant panda)
Brite
KEGG Orthology (KO) [BR:
aml00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
aml03037
]
100483949 (DYNC2I1)
Cilium and associated proteins [BR:
aml03037
]
Primary cilia and associated proteins
Dynein and associated proteins
100483949 (DYNC2I1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
WD40
Beta-prop_EML_2
WD40_Prp19
WD40_WDHD1_1st
WD40_CDC20-Fz
WDR55
Beta-prop_TEP1_2nd
WD40_RFWD3
Pox_A11
Motif
Other DBs
NCBI-GeneID:
100483949
NCBI-ProteinID:
XP_011228442
Ensembl:
ENSAMEG00000008422
UniProt:
G1LPA2
LinkDB
All DBs
Position
1:212405975..212473527
Genome browser
AA seq
1068 aa
AA seq
DB search
MEPGKRRTKDDTWKADDLRKHLLAAQSGSPKEDKKHREKKLHKGSEMDLPEYKEPKHREP
DRDSKYRERPSERDGHTSRENPHGDRDRDREKQRERKKDSRDRDRERHKEKYREQDTERS
HGKGKDRDKDRDRRARREELRQTAAHHSLLGRQLLDRTERRVRAVIKVRPEEKERRDEDP
ERGEEERERRYRERKLQYSDSKDNPLKYWLYKEEGERRHRKQKEPDRERKHGEKSSTREK
KEKYPKEKSNSFSDREGEERHKEKRHKEGFHFGEERHQSNTDKKERLSREDLKKRESKKS
EHRNRGASSRRDPTGSQEGTCALWYAENLVRNNEKNKDSRRKHSREEGSSVWKLAQKHGR
EETAEIEKDDIGSGNAGADEYIAYFEDDFEDYEDDFEVCDGEDDSSNELEPKEKIEELPP
ARKKEIQEIQKAINAENERVGKLSCKLSQKQGLLEGERDSKTDGNSSPSKTPVCGIFVDF
ATASRRQKSRTQSLKQKTRSTKLLRLIDLDFSFTFSLLDLPPVNEYDMYIRNFGKKNTKQ
AYVQYNEDNVDRDVQTEEIETRVVWTQHPGEGTAVSGGSGSGDLCDVAAAPKVDTPRLSS
FLRAACQVIAVLLEEDRVGAEPSWSPRAQDSTLHISDSSSQLNTSLPFLQNRKVLCLCAS
QVQRQTVVSVHGLPGAAFAPALDGRYVLCVWDIWQPSGPQKVLICESEVTCCCFSPFKAF
LLFAGTVHGSVVVWDLREDSRMHHYVKLGNCFWTFRTATFSTDGVLTSVNHLSPVQAVEP
VSTSVYKKQSSVLSPFSAQEEMSGLSFHIASLDESGVLNVWVVVELPKADIAGSVTDLGL
IPGGRVKLVHSAVVRLSNSLSHKGCEFWGATRTLNVKFLPSDPSHFIVGTDMGLISHGTR
QDLRVSPKLYKPQQHGTRPVEVNVIDFSPFGEPIFLAGCSDGSIRLHQLTSECPLLQWDG
STDGHAVTGLRWSLTRPAVFLAQDDTSCIYIWDLLESDLGPVAKQLISPDRLVAMTVVGE
AEKASGSFLALVLARASGSVDIQYLKRAWAAPVGDELGKLRLLLQEAL
NT seq
3207 nt
NT seq
+upstream
nt +downstream
nt
atggagcctgggaagagaagaacaaaggatgatacttggaaagcagatgacctcagaaaa
catcttttggctgcacaatcgggtagtcccaaggaagataagaaacacagagaaaagaag
ctgcataaggggtcagaaatggacctccctgaatacaaagagcccaagcacagggaacca
gaccgagactccaagtacagagagaggcccagcgagagagatggccacacctccagggag
aaccctcacggggacagagacagagacagagaaaagcaaagggaaaggaaaaaggactcc
agagaccgggacagagaaaggcataaagagaaataccgagaacaggacacagagaggtct
cacggtaaaggaaaagacagggacaaggacagagaccgcagagctaggagggaggagctc
aggcagacggcagcccaccatagcctgctgggccgtcagctcctggacagaacggagcgc
agggtgcgagcagtaatcaaagtgagaccggaagagaaggagaggagagatgaagaccct
gagaggggggaagaagagagagaaagacggtacagagaaagaaagctgcagtacagcgac
agtaaagacaatcctcttaagtattggctgtataaagaagaaggtgaaaggagacacagg
aagcagaaagaaccagatcgagaaaggaaacatggagaaaaaagcagcacaagggaaaaa
aaagaaaagtatccaaaagaaaaaagtaattccttctctgacagggaaggggaagaaaga
cacaaggaaaagcgacacaaggaaggctttcattttggtgaagagaggcaccaaagtaac
acggataaaaaagagaggttgtcaagagaagatcttaagaaaagggagtccaagaagagt
gagcacagaaatcggggtgcaagttcaaggagagatcccaccggcagccaggaaggaacg
tgcgctctctggtatgcagagaatttagtaagaaataatgaaaaaaataaagactcaaga
agaaagcacagccgcgaagagggctcctcagtgtggaagctggctcagaagcatggaaga
gaagaaacggcggaaattgaaaaggatgacattggttcaggaaatgctggagctgatgaa
tatatagcttattttgaagatgattttgaagactatgaagatgactttgaggtctgtgat
ggagaggatgacagctctaatgagctggaaccaaaagagaaaatcgaagagcttcctcca
gccagaaaaaaggagatacaagaaattcagaaagccattaatgcagaaaacgaaagggtt
ggcaagttgtcctgcaaactgtcccagaagcaaggtctgctggagggtgagagagactca
aagacagatggaaacagttccccttccaaaacccctgtttgtggaattttcgttgatttt
gcaacagcctcacgccgtcagaagagtcggactcagtcccttaagcaaaagacacgcagt
acaaagctgcttcggctcattgacttagatttttcattcactttctctctcttggatcta
ccgccagtaaatgagtatgacatgtacatcagaaactttgggaaaaaaaataccaagcag
gcgtatgttcagtacaatgaagataacgttgacagagacgtccaaactgaagagatagag
accagggttgtgtggacccagcaccccggagagggcacggccgtgtcaggggggagtggg
agtggagatctctgtgatgtggccgctgcaccaaaggtcgacacgcccaggctgtccagc
ttcctccgggcagcctgccaggtgattgcggtcttgcttgaagaggaccgtgtgggagcc
gaacccagctggagccccagggcacaggacagcaccctgcatatcagtgacagctcctct
cagctgaataccagcctgccattccttcagaatcgaaaagtgttgtgcttatgtgcctct
caggtgcagagacagacggtagtgtctgtgcacgggctgcctggagctgcattcgccccc
gcgctggacggcagatatgtgctgtgcgtgtgggatatctggcagccttcggggcctcag
aaggtcctgatatgtgagtcagaggtcacatgttgctgctttagcccttttaaagccttt
ttactgtttgctgggacggtgcacggctcggtcgttgtgtgggacctacgagaagactcc
agaatgcatcattatgtgaagctgggcaattgcttctggacgttcaggacagcaacgttt
tctactgatggtgtcctgacttcagtaaaccacctcagtcctgttcaggcagtagaaccc
gtctccacgtctgtctacaaaaagcagagttctgtgctttcccccttttctgctcaagaa
gaaatgtcaggtttgtcattccacattgcttccctggatgaaagtggggttctcaacgtg
tgggtggtcgttgaattaccaaaggcagatattgcaggctcagtaactgatttagggctg
atacccggagggagggtaaagctggtgcacagtgctgtggttcggctgagcaacagcctt
tcccataaaggctgtgaattctggggggccacacgaaccctgaatgtgaagtttctgcct
tcagaccctagtcacttcattgttggcacagacatgggtcttataagtcatggcaccaga
caagatttgagagtatctcccaagttgtacaaacctcagcaacatggtacgagaccagtc
gaagtgaatgtcattgatttttcaccatttggagaaccaatattcttggccggctgttca
gatggaagcatcaggttacatcagctgacgtccgagtgccctctcctgcagtgggatggc
agcacagacggccacgcagtcacaggcctgcgctggtccttgaccagacctgccgtgttt
ctggcccaggatgacacatcctgtatttatatctgggatctgctggaaagcgatctgggt
cctgtagccaaacagctcatctccccagacaggctggtggccatgacagtcgtgggtgaa
gcagagaaggccagtggcagcttcctggccctggtgctggctagagcctctggcagcgtg
gacatccagtacctgaagagggcgtgggcagcccccgtgggagacgagctggggaagctg
cgactgctcttgcaggaagccctgtag
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