Xiphophorus couchianus (Monterrey platyfish): 114146610
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Entry
114146610 CDS
T05908
Name
(RefSeq) disks large-associated protein 1-like isoform X1
KO
K15008
discs, large-associated protein 1
Organism
xco
Xiphophorus couchianus (Monterrey platyfish)
Brite
KEGG Orthology (KO) [BR:
xco00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
xco03036
]
114146610
Chromosome and associated proteins [BR:
xco03036
]
Eukaryotic type
Centrosome formation proteins
Other centriole associated proteins
114146610
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GKAP
Motif
Other DBs
NCBI-GeneID:
114146610
NCBI-ProteinID:
XP_027876652
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Position
6:841457..933771
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AA seq
1170 aa
AA seq
DB search
MKGLSSSRSHHHMVSYEPSYNPLGHHVDRKPYLFGQMDMPLPIPMPHPSELPYYNAQRVS
YPSESNSIVPYGTFPRRCHSTSSAHHPEVKDECMAMVPYVGGGGRGGGGGGGYGGKSQSW
VPVNFADPYEQQPIFSRDGYHTLQYKRGVLSHAGGIGANDNNDSPGRIRHLVHSVQKLFT
KSHSLEGPQHTQSSKGPTNGSVYGGGGGARASPEGAAPPGAVRHRKRSKSRERCRSAEPK
HRSYHHHHHPQLHGSASAPGSGYWSSDDNLERELCLYHPHHHQPPPSPSLSISPSPIAMT
TGQCPGNNPDKYPQTPLPNLSSSQSQHYFIMDPYGTVNEHAHTHARHGHTHHHSALKASR
SNSDVKYTASSACMPVSGNSNKSDGCIGGGSGPLLPLGLVDGPIEKKGAWSSSLTVSRAQ
EVYTNTSSHNQLRTSAGSGNLNLDRALVKSKGSQQQDPSCQFLQVPQDEWSGFSPLGKED
DIPCRRMRSGSYVKAMAEDDSGDSDGSPKPSPKMQARRASYLKATQPSLTEMTTLQISTE
HSPKLQIRSHSYLRAVSEVSINRSLDTLDPKTLLDPKSLLSSPQYRSRNESYMRAMSTIS
QLSEVEVNGQIEQVCEQVYSEMQSQAMDAGMDSLETMDTLPMPGCFRMRSPSYVRAIDQG
CASEDEGPGGRPLLLLPSSPPRTTATTVRTIQSSTVSSCITTYKKTPPPVPPRTSTCSTA
SKPYISITAQSSTESAQDAYMEDEGPRGDMTIQSGLSNSTESIDSMKALTAAIEAANAQV
HGPASQHVSNSTMTVSTASSPHLSRGQVVEEHRDEYRKEALRKGICLSIGIQVDGPEEIP
DPEDPSKFTSVGVQVEDDRGYRRLQHSNSVTAAVQADLDLPDLLDTPLDSPHPHRGRLAS
CGMSRKYSRDAATSTVSIQGSGNHYHACASDDYDDVGFDPSILPPPDPWIDTVTDDSLDA
DFNSSAILEVVQRSVCQRDGRWFLKLLQAETDRMEGWCRQMELDQRENELPEDILEKMRT
AVGSAQLLISQKFQQFRELCEENLNLSIHPRPVASDLAGFWDMLQLSIENISLKFDELHQ
LRANNWRPLDPPDRKERRLPPPVPKKPHKVVPHHHPPLARDRSLESSEKQRQEARKRLMA
AKRAASVRQNSATESADSIEIYIPEAQTRL
NT seq
3513 nt
NT seq
+upstream
nt +downstream
nt
atgaaaggcctgtccagtagtcggagtcaccatcatatggtctcctatgagccgtcatac
aatccattgggtcaccatgttgaccgtaagccatatttgttcggccagatggatatgccg
ttgcctattcctatgccacacccatctgagttgccctattacaatgctcagcgtgtttca
tatccttctgaaagcaacagcattgtcccatatggaaccttcccacggaggtgtcactcc
acctcctcagctcaccatcctgaggtaaaggatgagtgtatggccatggtgccatatgta
ggtggaggaggaagaggaggaggagggggaggaggctatgggggtaaatctcagtcttgg
gtaccagtaaattttgcggacccgtatgagcaacagccgatattttccagagatggctac
cacacactgcagtacaaacgaggagtgttgtcccacgctgggggcataggagccaatgac
aacaatgacagtcctgggcgaattcgccatctggtccactcagtccagaaactctttaca
aagtcacattcattggaagggccccaacacactcagtcatcaaaagggccaactaatggg
agtgtgtatggtggtggtggtggtgcaagggccagcccagaaggtgcagctcctcctggg
gcagtacgccaccggaagcgcagcaagagccgtgagcgctgtcgatcagcagagcccaaa
catcgaagctaccaccaccaccaccatccccagcttcatggctcagcatctgctccgggg
tctggatactggagctcagatgacaacctggaacgggagctgtgtctttaccaccctcat
catcaccaacctccaccctcaccctccctctctatttccccctcacctattgctatgaca
acaggccagtgccctggcaacaaccccgataagtatccgcagactcccctcccaaatctc
tcctcctcgcagtcccaacactacttcatcatggacccctatgggacagttaacgagcat
gcacacacccatgcacgccacggccacactcaccaccactctgcactcaaagcctctcgg
agcaacagcgatgtgaaatatacagcttcatctgcatgtatgccagttagtggtaacagc
aataagagcgatggctgtatcggtggaggaagtggccccttgctgccactgggtcttgtg
gacgggcctattgagaagaaaggggcatggtcatcaagcctaacggtgagcagggcccaa
gaggtctacaccaacaccagcagccacaaccagctacgaaccagcgcaggatccggtaac
ctaaacctagatagagctctagtcaaatctaagggcagtcagcagcaggacccttcttgc
caattcttacaggtacctcaagatgagtggagtggtttttctcctctggggaaagaggat
gacattccctgtcgaaggatgaggagtggcagctatgtgaaagccatggctgaggatgat
agcggagactctgatggaagtcccaaaccttcaccgaagatgcaggcacgtcgcgccagc
taccttaaagctacacagccatcacttactgagatgaccacactacaaatttccacagag
cactcccccaaactgcagatcaggagtcacagttatttgcgtgctgtgagtgaggtttca
atcaacagaagcctggatacactggatcctaaaactctccttgaccccaaatcactgctg
tcttcgccccaataccggtcacgcaatgaaagctacatgagagccatgagcaccatcagt
cagctgagtgaggttgaagtgaatgggcagattgagcaagtatgtgagcaagtctatagc
gagatgcaatctcaagctatggatgcaggcatggatagcttggaaactatggacaccctg
cctatgccaggttgcttccgtatgcgtagccccagttatgtgagggcaatcgaccaagga
tgtgcctcagaggatgaaggaccaggaggaagacctctgctgctacttccatcctcacca
ccacgcacaactgccacaactgtcaggaccatccaaagcagcacagtatcgtcttgcatt
actacctataagaaaacccctccaccagtgccaccacgaacctccacctgctctacagcg
tccaagccatatatctctatcacagcccaaagcagcacagagtccgcacaggatgcctat
atggaagatgaagggcccagaggagacatgacaatccagtcagggctcagcaactcaaca
gagagtattgacagcatgaaggccttgacagctgccatagaagctgctaacgctcaggtg
catggaccagccagtcaacatgtcagcaacagcacgatgacagtcagcactgccagttcc
ccacatctcagcagggggcaagttgtagaagaacatcgggatgaatacagaaaagaagca
ctcaggaaggggatatgtctctccataggcatccaggttgatggaccagaagagattcca
gatccagaagacccctccaagttcacatctgtgggggtgcaagtggaggatgatcgagga
tatcgaaggcttcagcactccaacagtgtgacagcagctgtacaggcagatctagacctg
ccagacctcctagacactcccctagactctccacaccctcacagaggacgtctggcctcc
tgtggcatgtctcggaagtattcccgcgatgcagccacctccaccgtcagcattcaaggc
tcagggaaccattaccatgcctgcgcctcagatgattatgatgatgttggttttgacccg
tccatcctccccccgcctgacccctggatagatactgttactgatgactcacttgatgca
gacttcaacagctctgctattctggaggtggtacaacggtcggtctgtcagagagatgga
cgctggttcctgaagcttcttcaagctgagaccgaccgcatggagggatggtgtcggcag
atggagctcgaccagcgggagaatgagttgcctgaagacatcctggaaaagatgagaact
gctgttggaagtgctcagcttttgatctcccagaagtttcagcagttcagggagttatgt
gaagagaacctgaacctcagcattcatcctcgtcctgtggcctcagacctggctggcttt
tgggatatgcttcagctgtctattgagaacatcagcctcaagtttgatgagcttcaccag
ctgagggccaacaactggagaccgctggaccctcccgatagaaaggagaggcgacttcca
cctcctgtgcccaaaaaaccacacaaggttgtcccccaccaccacccaccacttgccaga
gaccgttcactggagagctcagagaagcagcggcaggaggcgagaaagaggctgatggct
gccaagagagcagcgtctgttcgccagaactcagcaacagagagcgctgacagcattgag
atttacattcctgaagctcagacaaggttatga
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