Mus caroli (Ryukyu mouse): 110306773
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Entry
110306773 CDS
T05910
Symbol
Dcdc1
Name
(RefSeq) LOW QUALITY PROTEIN: doublecortin domain-containing protein 1
KO
K23400
doublecortin domain-containing protein 1
Organism
mcal
Mus caroli (Ryukyu mouse)
Brite
KEGG Orthology (KO) [BR:
mcal00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
mcal03036
]
110306773 (Dcdc1)
Chromosome and associated proteins [BR:
mcal03036
]
Eukaryotic type
Centrosome formation proteins
Microtubules and associated factors
Microtubule-associated proteins
110306773 (Dcdc1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DCX2_DCDC1
DCX
Ricin_B_lectin
KHA
Motif
Other DBs
NCBI-GeneID:
110306773
NCBI-ProteinID:
XP_029324100
Ensembl:
MGP_CAROLIEiJ_G0037013
UniProt:
A0A6P7QGR6
LinkDB
All DBs
Position
2:99508791..99870200
Genome browser
AA seq
1702 aa
AA seq
DB search
MSNXETAVIKATDGRLQLQFGPNRLLHSMAVSEGSSLQDCSTHQTDHSQEEPSNPDSYKS
KSKTNSCFMSASKRNRAVSVPVGQLRVSKSSLKFKPPHNCHELSQRYKLQPGVIRVTAYK
TGSETDFAKIILLEEYTDKLSLNMAAQRVFLADGTKVLKPENIPHEANVYVATGQLFLDP
FKKKFKDHLLLIKEVTWTMHGLMPPTDAKRQKTKSVLSRRMKTLTQKTSVCILVFKNGIG
QDGHGIIVGKETTRKDLFACTIKINLDFPDMDGRKNGDISKVSLLEKCLQNSISPLRGPL
WVSKGEGFRPLGAKMHVQGILGALYQRLKSAKKNYYKQVSLVLDNSKSKVPEKAILSVTQ
EECHMLQENVSMLMDELQTAIKSNRGHLTKLGPQLQAEQEQFSXYVCQHIKSLPANSVVP
GGLQLKVYENGKDIGEISVYYHRRDLESDSQIQSDDTMQRLLLRIHQEQLQGSSIRSQGL
HFSSARIFDQEIKSLPQLKNGQKRGLSYGKAYRSPLNPVLALTFARVTAFDRDGITAVCK
TLMDADAVPLFGLSYCSCWEIYEGLPVNFDCTRQKIPDCFEKVALEIHFLHEMDPNIVHY
ASVSIRKYHSSRSEVNSKNQRVSWPSASMWLITKAGMILNRAITQGCLTVGHPVXVETTQ
GISLEGYEXLLXKXHEGGDESQKQILGTDDNIYSKAYPQFALTYLXELNCSVDVSQTEDN
IAHGFWTTAHQEHCVEEGLQKHINSPLLKQLPEPSDTXVVPEGSLEETERLPVLLLQKLE
GRDPRAPAQTXAIKHKGTHKPSQWKYSKVDSPLXNKLTHMWPVLPSGKLTELYDWPVEGL
LDTNSSPMKRMASKIPDLHVPMRLRVLRNGEKKNIRPLVIGPDISPGWKSQCTDILNLPS
AARRLFSEKGKELFSLKDLQRDELVYVSCGEHWVNPDLSIAQQRRQVFLRSLEFDISKIK
TFCSMSKVEALVLEVQSDLVCGGKLAVNKPAESYEQEKQVKGPEERHIKNVALITGDAPR
ETLDSHARAHLRMEACRRTFKYAWQDPTYNLAADGSLPKKAEKELFENVQPPKKHSHVPK
HSRSWKLCHQEFEYRDGQIISLAAPQLVLGVQVSKPRSGTEVILVEKRSDESRQHWTHKA
DSRTFHLVSNPDLVLAVSMTKAKNEARGYPVIIQKYKPHSNGAANQKWDYVANKRALIAF
HSTALDKEITAANFSDLCTSSVTKENIDQPGYCCLSPDGKRNLMLCLACGRSMRAKKELK
ELLPKAPFSCVSGSEEEKLRPPGPFKVISVAKADLSSSEAEDTLRYYEKRLSSLRMKTCA
CTPSHGGAVASYQKVVKITAYKNGDGYRNGKLIVAGTFHGLLAECTERLQLTRAASKIYT
RDGTTILTLDGLVLWAIGEQLIQTDPTGQKKSTESVGTEDIAVQTTEESSRMKAKSRLDC
VEGIDKSLLAHVLRRPVAVWVSCGEPFLPLNAPWKSEKLKKQGCLKRDKILADLDTMKHK
MRQLKGRRVTACQPATMVPTQSPLQPVVVEGGWTEQTQEEMKLMELIRETEARLSEDQEL
QSRRSLIGALCKAERQHSLYEAPRVKRVWAYQNGGRHADGTYVQAGALSELLDGCTVRLK
MSHPAKTLYTSNGELIESWDDIERGMAVCVSAGHGFITSKEKKQMMEVKANYVRILRQQG
PEATDIVVSPSRKLLSLLQLPR
NT seq
5109 nt
NT seq
+upstream
nt +downstream
nt
atgtcaaactaggaaacagcagttattaaagctactgacggtcgtttgcagctccagttt
ggccccaaccgacttttgcattcaatggctgtatcagaagggtcaagccttcaggattgt
tctacacatcaaacagatcacagccaggaggaaccatcaaatccagatagctacaaatcc
aagagtaaaaccaattcttgttttatgtcggcatccaagagaaacagagctgtcagcgtg
ccagtgggtcagctgagagtatcaaagtcctctctgaaatttaagccaccccataattgc
catgaattgtctcagagatataaacttcaaccaggagttattagagtaacagcttacaaa
actggatctgaaacagactttgccaaaattattttgctggaagagtatacagacaagctg
agtctgaacatggccgcacaacgagtcttcttggcagatggcacgaaagtcctcaaaccc
gaaaatataccccatgaagccaacgtttatgttgcaacaggacagctctttttagatcca
ttcaaaaaaaaatttaaagatcatttactattgattaaggaagtaacttggacaatgcat
gggttgatgcctcccactgatgccaaaagacagaaaacgaagtccgttctttccagaagg
atgaagacacttactcagaagacgtcagtgtgcattctggtctttaagaatggcataggg
caggatgggcatgggattatagtgggaaaggaaacaacgagaaaggatttgtttgcatgc
acaataaaaattaatctagatttcccagacatggatggcagaaaaaatggcgacatctca
aaagtttctctgcttgaaaaatgcctgcaaaattccatcagtcctttgaggggaccactt
tgggtctctaagggagaaggtttcagacccttgggggctaagatgcacgtccaaggaatt
cttggggccttgtatcaacggttaaagtctgcaaaaaaaaattattacaagcaggtaagt
ttggtattggataattctaaaagcaaagtcccagaaaaggccattctttccgtgacacaa
gaggaatgccacatgttacaagaaaatgtgagcatgctgatggatgaattgcagacagct
atcaaaagcaacagaggtcatctcactaagcttggcccccaattacaggctgagcaggag
cagttctctnnttatgtctgtcaacacattaaaagccttccagcaaacagtgtggtccca
ggaggcctgcaactcaaggtgtatgaaaatggtaaagatatcggagagatttctgtttac
taccatagaagagatttagagtctgatagccaaattcaaagtgatgatacaatgcaaaga
ctccttctcagaatccaccaggagcagcttcaaggttcctccatcaggtcacaaggcctc
catttttcttcagcccggattttcgatcaagagattaagagtctaccgcagctgaagaat
gggcaaaaaagggggctttcttatgggaaagcatacagatctccactaaatcccgttttg
gctttgacctttgcccgagtgactgcttttgacagagatggtattactgctgtatgtaag
accctaatggatgctgatgctgttccactatttggattatcttattgttcttgttgggaa
atttacgagggattgccagtgaactttgactgcaccagacaaaagatccctgattgcttt
gaaaaagtggccttggagattcacttcctacacgagatggatcccaatattgttcattat
gcctctgtttccatcagaaagtaccattcctcaaggagtgaagtcaacagcaagaatcag
agagtgtcctggccttcagccagcatgtggctgatcaccaaggctgggatgatcctgaac
agagcgataactcagggctgcctgactgttggtcatccagtctgagttgagaccacccag
ggaatatcactagaaggatatgagtgactgctgtagaaatgacatgaaggaggagatgag
tcccagaagcagatcttaggaacagatgacaatatttattctaaggcttatcctcagttt
gccctgacttacctgngagaacttaactgctcagtggatgtgagccagacagaggacaat
atcgcccatggtttctggaccactgctcatcaagaacactgtgtagaagagggtttgcag
aaacacatcaacagccctttactgaagcagctgccagagccctcagacacttaggtggtg
ccagaaggctctcttgaggagacagagaggctgccagtgctgctgctgcagaagctggaa
gggagggatcccagggctcctgctcagacgtgagccataaaacataaagggacccataag
cccagccagtggaaatactccaaagttgacagtcctctgtagaataagcttacacacatg
tggccagtcctccccagtggcaagcttactgagttgtatgactggccagtagaaggactg
ttggacacaaacagctctcccatgaagaggatggcaagtaagataccagatctgcatgtc
cctatgcgactccgagttctaaggaatggagagaagaaaaacatcagacccctggtgatt
ggcccggacatctcacctggatggaaatcacagtgcactgacattttgaacttaccttct
gctgctcggagacttttcagtgaaaaggggaaggaacttttttccctgaaagacctacag
cgagatgaactggtatatgtttcatgtggagaacactgggtcaatcccgacctctccatt
gctcagcaaaggaggcaagtcttcctaaggagcctcgagtttgacatttctaagattaaa
accttttgcagcatgagcaaggtggaagctcttgttttagaagtccaaagtgaccttgtg
tgtgggggcaagcttgctgtgaataaacctgcagagagttatgaacaggaaaagcaagtg
aaaggaccagaagagaggcacataaaaaatgttgctttaataacaggagatgctcccaga
gagactctagattctcatgcaagagcccacctccgcatggaagcctgtcgcaggacgttc
aagtatgcttggcaagaccctacgtacaaccttgctgctgatggcagtcttccaaagaaa
gcagagaaagagctctttgaaaatgtgcagcccccaaagaaacacagccatgtcccaaag
catagcagatcatggaagctatgtcaccaggagtttgaatacagagatgggcaaatcatc
agcctcgctgctcctcagctggtcctgggggtacaagtctctaaaccccgttcaggcaca
gaggtcattttggtggaaaagagatctgatgaaagtcgccaacactggacacacaaggca
gacagcaggacctttcacctggtgagtaacccagaccttgtactggcagtgtctatgacc
aaagctaaaaatgaagcccgtggctatccagttatcattcagaagtataaaccacacagc
aatggggctgccaatcaaaagtgggattacgtggcgaataagagagctttgatagccttt
cacagcaccgccctggataaggaaatcacagcggctaatttttctgacctttgcacatca
tctgtcactaaagaaaacattgatcaacctggatactgttgcctctcacctgatgggaag
agaaatctcatgctctgcctggcttgcgggaggtccatgagggcgaaaaaggagctgaaa
gagctgcttccaaaggctccattctcctgtgtttcgggctcggaggaggagaagctccgg
ccaccagggcctttcaaagtcatcagtgttgccaaggctgatttatcttcttccgaagct
gaagacactttaagatattatgaaaagcgtctgtcatctttacggatgaagacatgcgca
tgcactccatctcacggtggtgcggtagcttcgtaccagaaggtggtgaaaataaccgca
tacaaaaatggggatggatatcggaatgggaagttaattgtggctggaacattccatggg
cttcttgcagagtgcacagaacgacttcaactcaccagagcagcttccaaaatctacacc
agagatggaactaccatcctcaccttggatggcttggttctgtgggctataggtgaacaa
cttatccagacagaccctacggggcaaaagaaaagcacagagtctgttgggacagaagac
atagctgttcaaactacagaagaaagctcaagaatgaaagcaaagagcagactggattgt
gtggagggcatagataagtccctgcttgctcatgttctcagacgccctgttgctgtttgg
gtgtcttgtggtgagccatttctgcctctaaatgctccatggaaatcagaaaaattaaag
aaacaaggctgtctgaagagggacaaaattttggctgatttggacaccatgaaacacaag
atgcgacagttgaaagggcggcgagtaacagcatgtcagccagccacgatggttccaacc
caaagccctctgcagccagtggtggttgaaggaggctggactgagcagactcaagaggaa
atgaagctcatggaactgataagagagacagaggcacgcctttctgaagaccaagagctg
cagtccagacgctctctgatcggagctctatgtaaagcagagaggcagcacagcctgtac
gaggctccccgagtgaaacgcgtgtgggcttaccagaatggaggcagacacgccgatggc
acttatgtccaggctggtgctctgtcagagttgctggatggttgcactgtgcgtctgaaa
atgtcccacccagccaaaacactttatacctcaaatggggagctcattgagtcatgggac
gacatagagaggggtatggctgtctgcgtgtctgcaggacatggctttataacctcaaaa
gaaaaaaagcaaatgatggaagtgaaagcaaattatgtccggatcctaaggcagcagggc
ccagaggccacagacattgtggtgtcgccatccaggaagctactgtctctcctgcagctt
cccagatga
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integrated database retrieval system
