Microcaecilia unicolor: 115478199
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Entry
115478199 CDS
T09142
Symbol
MAPKBP1
Name
(RefSeq) mitogen-activated protein kinase-binding protein 1 isoform X1
KO
K21763
mitogen-activated protein kinase binding protein 1
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
]
115478199 (MAPKBP1)
Chromosome and associated proteins [BR:
muo03036
]
Eukaryotic type
Centrosome formation proteins
Other centrosome associated proteins
115478199 (MAPKBP1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
WD40_MABP1-WDR62_1st
WD40_MABP1-WDR62_2nd
WD40_Prp19
WD40
Beta-prop_EML_2
WD40_CDC20-Fz
Beta-prop_EML
WD40_WDHD1_1st
WDR55
Beta-prop_WDR90_POC16_2nd
EIF3I
Beta-prop_RIG_2nd
Beta-prop_CAF1B_HIR1
ANAPC4_WD40
Beta-prop_TEP1_2nd
Beta-prop_WDR19_1st
WDR90_beta-prop_4th
Beta-prop_IFT140_1st
Beta-prop_IFT122_1st
Beta-prop_WDR75_1st
WDR62-MABP1_CC
eIF2A
NBCH_WD40
Beta-prop_WDR11_1st
THSD1_N
Motif
Other DBs
NCBI-GeneID:
115478199
NCBI-ProteinID:
XP_030071348
UniProt:
A0A6P7Z239
LinkDB
All DBs
Position
9:complement(140773185..141160170)
Genome browser
AA seq
1640 aa
AA seq
DB search
MATTFEGSTITSRLKNLLRSPSIKLRRHKPGAKRENISSKVTLEKVLGITVSGGRGLACD
PKSGLVAYPAGCVVVLLSPRKNKQHHILNSSRKTITALAFSPDGKYLVTGECGHMPAVRV
WDVAERTQVAELQEHKYGIACVAFSPSAKYIISVGYQHDMIVNVWAWKKNVVVAANKVSS
KVTAVSFSEDCSYFVTAGNRHIKFWYLDESKTSKVNTTVPLLGRSGLLGELRNNFFTDVA
CGRGKKSDSTFCITSSGLLCEFNDKRLLDKWVELRTAVANCIFVNQDYIFCGCADGIVRI
FNPANLHFLSTMPKPHHLGMDIATVTEASRLFSSLTDAKYPDTIAMTYDPTNQWLSCVYN
DHSLYVWDIKDPKKVGKVYSALYHSSCVWSIEMYPEVTDSHYSCLPPNSFITCSSDNTIR
LWNTDTSNIHGSALHRNILSSDLMKIIFLDNNTQALLDMDYNSALVNEKVDMQSLDTKVG
IRTVCLSPNGQHLASGDRMGTLRVHDLQGLNEMLKVEAHDSEILCLEYSKPETGLNLLAT
ASRDRLIHVLDAGKEYSLQQTLDEHSSSITSVKFAANDGKVRMISCGADKSVYFRTAQKS
EEGIRFTRTHHIVRKTTLYDMDVDPSRKYAAIGCQDRNIRIFNISSGKQKKLYKGSQSED
GTLIKVQTDPSGLYIATSCSDKNLSIFDFYSGECIATMFGHSEIVTGMKFSNDCKHLISV
SGDSCIFIWRLSSEMTINMRQRLAEMKQREKQADKAMPHTSTSIRGETLSVLSSLPVLSS
DSDKDGEEDGNEEDDLPIEESYQIPSNCNNKGDQVQSKITEMPASLCRSLSYWEMKRTRE
NMALQQSDAILGKVPRQRGRWSQPTGNLELSVKSMLDLRQLDSFPISHSPSKDSVSITTD
EGEQHGEMSVHISTQAKDCSAPTDSRPYMRPQVIRLVSCEEGVFNQELETPENEDCIIFP
EHAEDMATDMISEYKVKALPNGTLARDYRGNGCPDKHSPDSACSVDYSSSRLSSPEHPNE
DSEITEPLSVDGNSSDLEEAAEGEEEVYEEEILSSMLGGEVPRTPDQEKFLKQHFETLSS
NSDQGPIRCSEKHESVSISSRFLARTQTLACRNLSLSETSLVAAHMPSPDSSVQAAPATS
DLVQNGTEAQPHGASKIDQPQRFPGSYRSIYTPRKRKAILESNRASVGGAAKMQGSFPVY
QAKTTNIRKTQSVHDLVHEDDKALAMGSSAKLRSQTTTERDQKASLRRTLPATIMKVDSS
LLSKAAKLRSYMNPTTSSMAKMSRSVSMGENLNLCDAPESFVDENGKRNLQDIEKISASD
PEETEKINQPVKENTHLKPVLQAVNSSSSSKIFQTKMSSTSRAHLTLDIPKSLPDRPMIS
SFSPTCRLKAPFEAKSPQSPPGTCILKSSFSEVGQPCKAESQDGLAKSDLLESSGYRTDH
QNEPAIISPKQNEFQEISDPQSSERRYRERSCSIGHMVDYHPGVCPLDPISSQYSLHSTA
LTQDLGILGDSAVSLEQCQLITSELEDSLRRAMSLYRMVTAGDGTESLADKGKIVGLLNE
TFCFVKKELESLKEGGNQLCRAEDDLEKPDDMVLAQLKAEGSRAVLPSARRLGDEKTLAL
LQQYSELLLQAVERRMDKKL
NT seq
4923 nt
NT seq
+upstream
nt +downstream
nt
atggctactacgtttgaaggatctaccataactagtcgacttaaaaacctgctgcgctcc
ccctctattaaactcaggaggcacaagccaggagccaagagagagaatatcagcagtaag
gtaactttggagaaagtgttgggcattacagtgtcaggaggccgaggactagcctgtgac
cctaagagtggactagttgcatatccagctgggtgtgttgttgtgttgctgagtcccagg
aaaaacaagcagcatcacattctgaacagctccaggaaaaccatcacagctcttgccttc
tcgcctgatggaaagtatctggtcactggagagtgtgggcacatgccagcagtacgggtt
tgggatgttgctgagcgcacccaggtggcagaactccaggagcacaagtatggtattgcc
tgtgtggcattctcaccaagcgccaagtacatcatctctgttggctatcaacacgacatg
atcgttaatgtttgggcatggaagaaaaatgtggtggtggcagccaacaaagtatcaagt
aaagtgacagctgtatcattctcagaggactgcagctactttgttaccgctggaaacaga
catatcaagttttggtacctggatgagagcaagacctccaaggtgaatacaactgtccca
ttgttgggccgctcaggcttgttgggtgagttgaggaataatttcttcaccgatgtggca
tgtggaaggggaaagaagtctgacagcactttctgcataacttcttctggcctcctgtgt
gaattcaatgacaagaggctgctggataagtgggtagagctgaggacagcagttgcaaac
tgtatctttgtgaaccaggactacatcttctgtggctgtgcagatggcatcgtacgtatc
ttcaacccagccaacctacattttctcagcactatgcctaaaccacaccatctgggcatg
gatattgccactgttactgaagccagccgcttgttctccagcctaactgatgccaagtat
ccggacaccattgccatgacctatgaccctaccaatcagtggctgtcgtgtgtgtacaat
gatcacagtctttatgtgtgggatatcaaggaccctaagaaagtgggcaaggtgtactct
gccctgtatcactcctcttgtgtctggagtattgagatgtatcctgaggtgacggacagc
cattattcctgtctgccccccaactccttcatcacctgctcttctgacaacaccatccgc
ctctggaacacagatacctccaacattcatggctcagctctacatcgcaatattcttagc
agcgatctgatgaagattatattcctagacaataacactcaggccttacttgacatggac
tacaactcagcactggtcaatgagaaagtcgatatgcaatcattggacacaaaggtcgga
attcgaacagtttgtttgagccccaatgggcaacatcttgcttcgggcgacaggatggga
acactcagggttcatgacctgcagggcctgaacgaaatgctaaaagtggaagctcatgac
tccgaaatcctttgcttggagtactccaaaccagagacagggctaaacctgttggcgacc
gccagtcgagatagattgatccatgtcttagatgctgggaaggaatacagcctgcagcag
actctggatgaacactcctcctccatcacatctgtgaagtttgcagctaatgatgggaaa
gtacgaatgatcagctgtggagcagataagagtgtgtacttccgaactgctcagaagtca
gaagaagggattcgtttcactagaacacaccacattgttcggaaaaccactctgtatgac
atggatgtagaccccagccggaagtatgctgccattgggtgtcaagaccgtaacatcagg
attttcaacatcagttccgggaagcagaagaaattgtacaaagggtcacaaagcgaggat
ggaacacttattaaagttcagacggacccttctggtctctacatcgccactagctgttct
gataagaatctctccatctttgacttctattccggagaatgcattgccaccatgtttgga
cactctgagattgtaactggaatgaagttcagtaatgactgtaagcatctgatatccgtc
tcaggagacagttgtatttttatctggcgtttgagctctgagatgactatcaatatgcgt
cagcgattggctgaaatgaagcagagagagaaacaggcagataaagcaatgccacacacg
agtaccagcatcaggggtgaaactctgtcagtcctatcatctttaccagtgctttcatca
gacagcgataaagatggtgaagaggatggaaatgaggaagatgatctgcccattgaggaa
tcctatcaaattccatcaaactgcaacaacaagggagatcaagtacaaagcaagataaca
gaaatgcctgcctccctctgccggagtctctcatactgggaaatgaagaggacgagagag
aatatggctttgcagcagtcagatgccattctgggcaaggttcccaggcagcgtggtcgc
tggtcccagccaactggcaaccttgagctaagcgttaaatccatgcttgacctgaggcag
ctagactcctttcccatatctcattctccaagcaaagactcagtatccattactactgac
gagggcgagcagcatggagagatgagcgtacacatcagcacacaggctaaagactgctca
gctcctacagacagccggccatatatgcgaccccaggttatccgactggtatcctgcgaa
gagggggtgttcaaccaggaactggagaccccagagaatgaggactgtatcatcttccct
gagcatgcagaagatatggcaacagacatgatcagtgagtacaaggtaaaggctctaccg
aatggaacactggctcgggactaccgtggtaatggatgcccagataagcatagccctgac
agtgcctgctcggtggattacagcagcagccgactttcaagcccagaacatccaaacgaa
gattctgaaatcaccgaacccctgagtgtggatggcaactcttcggacttggaggaagca
gcagaaggggaggaggaagtgtatgaagaagaaatccttagcagtatgttaggtggtgaa
gttccccgcactcctgaccaggagaaatttctgaagcaacattttgagactttatccagc
aattctgatcaaggacctatcaggtgctctgagaagcatgaatctgtcagtatctcatct
cgttttctggcccggactcagacattagcatgcaggaatctttctctttcagagaccagt
cttgtggcagctcatatgcctagccctgattcctctgtgcaagccgctccagccaccagt
gacctggtacagaatggaacagaggcacagccccatggtgccagcaaaatagatcaaccc
cagcgctttcctggttcttacagaagcatttacacacccagaaagcggaaagcaatcctg
gaaagtaatagagcttctgttggaggagctgctaaaatgcagggatcctttcctgtgtat
caagcaaagacaacaaatatcaggaagacccagtctgtgcatgacctggttcatgaagat
gacaaggcattggctatgggatcctctgctaagctgcgttctcagactacaactgaaaga
gaccaaaaagccagcctccgccgaacgctgccagccaccataatgaaagtagacagttcc
cttttgagcaaggctgccaagctgagatcgtacatgaaccccaccacaagctccatggcc
aagatgtctcgtagtgtatccatgggggagaatctgaacctttgtgatgcacctgaatct
tttgtagatgaaaatggaaagcgcaatttgcaggacatagagaagatttcagcatctgat
cctgaagaaactgaaaagataaaccaacctgttaaagaaaacactcatttgaaaccagtg
ttacaggcagtcaacagttcctcttcatctaagatatttcagaccaagatgtcatctaca
agccgagctcatctgacccttgacatccccaaatcattaccagatagacccatgatatcc
tctttttcacccacatgcagactcaaggccccctttgaagcaaaatcccctcagtctcca
ccaggaacctgtatactgaagtcctctttttctgaagtggggcagccgtgtaaggcagag
agccaggatggacttgcaaaaagtgatctgttggagagctctggctataggacagaccac
caaaatgagccagctatcatcagccctaaacagaatgagttccaggaaatctcagatcct
cagtcttcagaaagaagatacagagagagatcctgtagcattggccacatggtggactat
catccaggtgtttgcccacttgatcccatcagttcgcaatattccttacactccactgca
ttgactcaggacttgggcatacttggagactcagcagtcagcctggagcaatgtcagctc
atcacatctgagctagaagacagtctacgacgggccatgagcttataccgtatggtcaca
gcaggagacggcactgaatctttggctgacaaaggcaaaattgtgggccttctgaatgaa
acattttgctttgtaaagaaggaattggagtccttgaaggagggtggaaatcagctatgc
agggcagaggatgacctggagaagcctgatgatatggtgctagcacaactgaaggctgaa
ggcagcagagcagtcctgcccagtgccaggcgtctaggggatgagaagactctggctctg
ctgcagcagtactctgaactcttactgcaggcagttgaacggcgaatggataaaaaactc
taa
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