Syngnathoides biaculeatus (alligator pipefish): 133505330
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Entry
133505330 CDS
T09681
Symbol
numa1
Name
(RefSeq) nuclear mitotic apparatus protein 1 isoform X1
KO
K16808
nuclear mitotic apparatus protein 1
Organism
sbia
Syngnathoides biaculeatus (alligator pipefish)
Brite
KEGG Orthology (KO) [BR:
sbia00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
sbia03036
]
133505330 (numa1)
Chromosome and associated proteins [BR:
sbia03036
]
Eukaryotic type
Centrosome formation proteins
Spindle formation proteins
133505330 (numa1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
HOOK_N_NuMA
UPF0242
Motif
Other DBs
NCBI-GeneID:
133505330
NCBI-ProteinID:
XP_061684457
LinkDB
All DBs
Position
8:complement(6540767..6559107)
Genome browser
AA seq
2251 aa
AA seq
DB search
MSLNMGVKALLNWVNSFTLAHREIEDLQDGELLIRVVYKLKQEPDPPLSQSTEERFKLIA
EFVEKDCRFSPTNGTGLSWDNIRNGVNLTVEIAKVLLLLVYYDIMNERCTFKALECEVER
ELAHLTGSYVMENDGCVYLSKSLDSYLSKRHLPVPPDILERMVSTSTSNASTASSFSDDD
DSPVFRRTPKITFLDMHTVASSSVSKSPLQDIMNTPKFQLRKIQRQMVKERDHMDRLEKE
LASKMSLIAQRESHINQLQYCLEKMKEEHCNQEQTTREQINELQSKNNSLQLRLSEIVKE
NKDCKSNFSLMERKLDELEEENGVLTSQIRAAHAQLSTIQDEVGRLTETHWSAQEESRTK
MDYLHSELNQATAQKELLTEQIQILEGKISCLEDDIRAATKEDVGENLGPIIERDELELE
IGRLKKKLACTVDCLKEAEANVEAKTLQLSYFEQEITQQKGLLEQQNLQIEDIVQTKDRI
SNELQKEISEQRAALQREIDHLKLQLEQAKQQNAEQISELQKHIAASQQELDTLKETSRE
KEDCLNQAREDVKDLETKFQDLTSILADKNIQIDTLLEEAEYFVTEALKNKNEMDSKDQL
LAQICQENANQQEILQNRIQTLILEVEKLTLSVQRAEEEVQVKHDLLARTQQENIEQRAL
LQQQITTSEMEASRLRKEIEARNEQLSILQKDSSEQSAILQNQNNLLKSQVEGLNTSLTK
AEERVQSLQVLLAKQEQESVYQKDVLQQQLTVSEESVRTMKEEIQTKELHITLLNKQFSE
NSEQLHKDIQRLEGQVESLTSSLKIAEENLQSKESLLANQQSQNTQHIETLQAQIVSSQE
EVSRLISELHAKEEHLEGMKDSLHIAKNQVKDKENFIANLEKENTFHIDQLRKDNMDLVE
QAEKLKEEIHTKEVQLDLFKVESGKLSEVTRNEMVSLKRQIQSVTASLQTTEEQVQTKVN
LLANKEMEISKEREKYQSLMKSSSEEVTLLRDRIQTQEEQLATLREEGSLRSDMLHKEIS
QLKDQLAMVNKLLSEAEQRFQTQLAMMTAQEQESTQQRELLQQQISVAEAEVKKLNEEIQ
VRDEHIAQLNATNSEQSDLLRQEIQHLKTQVESLDEFLKKAEEDVKSKSDMLTQQQIEAD
MKLQEKCHKEEILQKQISSFEKDILELRECHDEKEKLCIEAEEKLEILQAELATVKTQSI
EKDHNLDTLKAEVAIQANLAQKAKEETQSTVNMLTKFQEEAPKITNALTLEIEDLKGQLK
EIKGKEQQLLETQQESGELIEKLQLQLSASQTEVRKMDVEIQAREEYVRQLNATNSAQSD
TLNQEIQHLRKQVECLDASRRKAEEDVRFKNDLLVQQQKESDRNSQENDQKEELLQKQIS
SFEEEIVKLRECLDERQKLLIRAEENLEILQTELVAVQTQAADKDNSLRVLRAEVSTHVN
LAQKANEEAQASAKMLVEQQEENFKHTDALKLDIQVLKGQLEVISLQLKDKEQQLLETQQ
ESAQLTEKLQLQVVSLSADLEQHKKSQTESVKHWEENQENQKAITVEKDALVQENEVLLA
KILQAEKDQRALEKQVDVLVLEKERLLQSKMVAEREYLASLRVEQVLKQELELVKLENAR
LSRETEKNEESDRQKREELQEQLVAKTQAAEHYKAQMEKAFSHYNDKKKLLHESQEEVAE
LKRCVEVRTQEAKAAGEELKQLQLELEKAQSKEQNMLSKINRLEAQVAFVDLNLRAHNRI
VGHDGDVSESAYLDLPASRSNVHSNAKPKRIMSSDSLDQSSLEDSLNNTRKLPAHEDSST
PLVRSSERLAAKRCGLKTESLETLYFTPINARHINRTSTENKIKVDGIHINPSSSVKRRR
TTQVINITMTKKTPGDDEGDETFYSLAPARSHPNLSGAHGARPVSVTLFDTPGKMSDAAG
DQLSGLPGYRRSTFHLQAPSAFCVDGENEPDGAPDDWMRIAELQARNRACLPHLKSSYPV
EFEAGCKSTFPFTDEEVRTGDPMETIRRASVMPGQLQDSVASHRHSLAAGQLGTAVGSRS
QRLPLMAGHAPSKPVTSSSSSLSSHLVRSPRCSKRSAASSSSSSVSQTSPEKKLKASCFP
RPLTPKNKNGNSGPSFSQLHTSLSPADRRQSVMFTIDNTPQSNGSSLLRKGLIKLRGSTR
KSPGKTSKRSPANAVQKKNKSAETSRVAVGRAGRGGSSKSPRVVAKENRDSPQTFKGRTA
KSPRLTATARKCVSISEANPPASPTRSMIIK
NT seq
6756 nt
NT seq
+upstream
nt +downstream
nt
atgagtcttaatatgggcgttaaggctctacttaactgggtcaatagttttacgttggcc
caccgagaaattgaagacttgcaagatggggagttgctgattcgtgttgtttataaactg
aaacaggaaccagaccctcctttaagtcaatcaactgaggaacgttttaaactcattgcg
gaatttgtggagaaggattgcagatttagtccaaccaatggtacagggttatcctgggac
aacataagaaatggagtcaacctgactgtggaaattgcaaaggttcttctgttactggtt
tattatgacatcatgaatgagcggtgcacctttaaagctttggaatgtgaggtggagagg
gagctcgcacatctgactggttcttatgtgatggagaatgacggctgcgtttatctgagc
aaaagccttgattcctacttgtcaaagcgacatctgcccgtgcctcctgacatactcgag
cgaatggtaagcacctccacatccaatgcgtcgactgcttcttcgttctccgacgacgac
gactcccccgtgttccgtcgtacgccgaaaatcacatttttggacatgcacactgtggcg
tcatcttccgtcagcaaatctccccttcaggatatcatgaacacacccaaattccagttg
cgaaagattcagcggcagatggtcaaagagcgggatcatatggatcggctggagaaggag
ctcgccagcaagatgagcctcattgcacaaagagaatctcacatcaaccagttgcagtat
tgcctggagaagatgaaagaggagcactgcaatcaagagcagaccaccagggaacaaatc
aatgagctccagtccaagaataactctttacaactgcgactgagtgagattgtcaaggaa
aataaagactgtaaaagtaacttttcattgatggagcgaaagctggatgaacttgaagag
gagaacggcgtcctcacttcacagatacgtgctgcacacgcccagctgtccacaattcaa
gatgaggtcggcagactgacagaaacccattggtctgctcaagaggagtcgagaacaaaa
atggactacctccactctgagctcaatcaagccactgcgcaaaaggagctcctgactgaa
caaattcagattctggaaggaaagatttcatgtttggaagatgacattagagcagccaca
aaggaagatgtcggagaaaatctgggcccaattattgagagagatgagctggagcttgaa
attggccgcttaaaaaagaaactggcctgcacagttgactgcttgaaggaagctgaggcc
aatgtggaggccaaaacactgcagctttcatattttgagcaggaaatcacccaacaaaaa
ggactactggagcaacagaacttgcagattgaagatattgttcaaaccaaggatcgcatt
tcgaacgagctgcagaaggaaatctctgagcagagagcagcccttcagagagagattgat
catcttaaacttcagcttgagcaagcaaagcaacaaaatgctgagcagatcagtgagtta
cagaaacatattgctgcttcccagcaagaattggacacccttaaagaaacgagtagagaa
aaggaagactgcctcaatcaggccagagaagatgtgaaagatctcgaaacaaagtttcag
gatttgacgtccattttggcggataaaaatattcaaattgacactctccttgaagaagct
gaatattttgtaacggaagctctgaaaaacaaaaatgaaatggatagcaaagaccaactg
ctggctcaaatatgtcaggagaatgctaatcagcaagaaattctccagaatagaatccag
actttgatacttgaagttgaaaaacttaccttgtccgtgcagcgtgctgaagaggaggtt
caagtgaagcatgaccttttagctagaacccaacaagaaaatatcgagcagagggctctg
ctccagcaacagatcacaaccagtgagatggaagcttccaggctaagaaaagaaatagaa
gccagaaatgagcagctttccatcttgcagaaggacagttctgagcagtctgcaatcctt
caaaatcagaataaccttctaaaaagccaagttgaaggactgaatacctctttgaccaaa
gctgaggagcgtgtccaatctctgcaggttctactagcaaagcaggagcaggaaagtgtt
tatcaaaaagatgttttgcagcagcaacttactgtttctgaagagagtgtaaggaccatg
aaggaggagatccagactaaggagctgcatatcactttattaaacaagcagttttcagag
aactctgaacagcttcataaagacattcaaaggttggagggacaagtggagagcctcact
tcatcattgaagattgctgaggagaatctgcaatccaaggaaagtctgttggctaaccag
caatcacagaatactcagcacatagaaacactgcaggcacagatagtttcttctcaagaa
gaggtgagcagactgatttcagaactacatgccaaggaagaacacctggagggcatgaaa
gattctctccatattgcaaagaaccaagtgaaggacaaagaaaatttcattgccaatctg
gagaaagagaacacttttcacatcgatcagctcagaaaggacaacatggacctggtagag
caggctgaaaaactcaaggaggaaatccataccaaagaagtccagttagacttgtttaag
gtagagagtggcaaactatctgaagtgacgcggaatgagatggtgagtctgaagaggcaa
atacaaagcgtcactgcatcacttcagactacggaagaacaagtccaaacaaaagttaac
ctcctggcaaacaaggaaatggagatttcaaaggaaagagagaagtatcaaagtctgatg
aaatcctcttcagaggaggtgaccctgctgagggaccgcatacagactcaagaggaacag
cttgctacactgagagaggaaggctccttgcggtcagatatgctacataaggagatcagc
cagctaaaagaccagttggcaatggtgaataaattgctctctgaagctgagcagagattt
cagacccagttggctatgatgaccgcccaggagcaggaaagcacacaacagagagaactt
ctacaacaacagatctctgttgcagaggctgaggtgaagaaattgaacgaggagatccaa
gttagagacgaacatattgcgcaactgaatgccaccaactctgaacagtcagacttgctt
cgccaggagatccaacatttaaagacacaagtagagtctcttgacgagtttctcaagaag
gctgaggaggatgttaagtctaaaagcgatatgttgactcagcagcagattgaagcagac
atgaagcttcaagagaaatgccataaggaagagatcttacaaaaacagatttcctcattt
gagaaggacattctggagctcagagagtgtcatgacgagaaggaaaaactctgcatcgag
gctgaagagaaacttgaaattcttcaggcagagttggctaccgtgaaaacccaatcaatt
gaaaaagaccacaaccttgacaccctgaaggctgaggttgccatccaagcaaatttggct
caaaaggcgaaggaagagactcagagcactgttaacatgcttactaagttccaagaagaa
gcccccaaaataacaaatgcacttacgcttgagatagaggatcttaaaggacagttgaaa
gaaattaagggtaaagaacaacagttacttgaaacccagcaagagtctggtgagctgatt
gagaaacttcagctgcagctctctgcatcacagacagaggtgaggaagatggatgtggag
atccaagctagagaggaatacgtcaggcaattgaatgccaccaactcggcccaatcagac
acccttaatcaagaaatccaacacctaaggaaacaagtggagtgtcttgatgcctctcga
aggaaggctgaagaggatgttcggtttaagaatgatctgttagttcaacagcagaaagaa
tctgacaggaactcgcaggagaatgaccaaaaggaagagcttctacagaaacagatttcg
tcttttgaagaggagattgtgaagctcagagagtgtcttgatgagaggcagaaactcctc
atcagagctgaagagaaccttgaaattctccagaccgagttggttgctgtccaaacccaa
gcagctgataaagataacagccttcgcgtcctcagagcggaggtttccacgcacgttaat
ttagctcagaaggcaaatgaggaggctcaagccagcgctaaaatgctggttgagcagcag
gaagagaacttcaaacacacagatgcacttaaacttgatattcaggtgcttaaaggacag
ttagaagtaatttctctccaacttaaggacaaagaacagcaattgcttgaaacccaacaa
gagtctgctcagcttacagagaaacttcagctgcaggttgtctcactcagtgcagatttg
gaacaacacaaaaagtcccaaactgaatcagtcaaacattgggaagaaaaccaggagaat
cagaaggcaattaccgttgaaaaggatgctcttgttcaggaaaatgaagtcctactggcc
aagatactacaggcggagaaagaccagagggcgctggagaaacaagtggatgtgctggtt
ctggagaaggagcgacttcttcagagcaagatggtcgcagagagagagtacttggcctca
cttagggtagaacaagtgctcaagcaagagctggaactagtaaagctggaaaacgccaga
ctctcgagagaaactgaaaaaaatgaggagagtgataggcaaaagagagaagagctgcag
gagcagcttgtggctaaaacgcaggctgcggagcactacaaagctcagatggaaaaggca
tttagtcactacaacgacaagaagaagcttctccatgaaagccaagaagaggtggctgag
ctcaagcgctgcgtggaagtgagaacgcaggaggccaaagctgctggggaggagctcaaa
cagcttcagcttgaattggaaaaagctcaaagcaaggaacaaaacatgttgagcaagatc
aaccgtttggaggcgcaggtggcctttgttgacctaaacctgcgggcacacaaccgaatc
gttggccacgacggagacgtgtccgagtcggcttacttggatcttccggcctcacgctca
aatgttcacagtaacgcaaagcccaagagaatcatgagctcagacagtctggaccaaagc
tcccttgaagactctctgaacaacacaaggaagcttccggcacacgaggactcgagcacg
ccgcttgttcgtagctcggagaggctggcggccaagcgttgtggtctgaagaccgagtca
ctggaaacgctttactttacaccaataaacgcaagacacatcaacagaaccagcacggaa
aacaaaataaaagttgacggcatccatataaatccatcatcatccgtcaaaaggcgaagg
acaacgcaggttataaacataaccatgacgaagaaaaccccaggcgacgacgaaggcgac
gagacgttctacagcctggccccggctcgctcgcaccccaacctctccggcgcccacggc
gcacgtcccgtgtccgtgacgctttttgacacgcccggtaaaatgagcgacgctgccggc
gaccagctcagcggtcttcctgggtacaggcggagtacgttccatttgcaggctccaagc
gcgttttgcgtcgacggggagaacgagccagatggcgcgcccgacgactggatgaggatt
gctgagctccaggctaggaacagagcatgtcttcctcatctcaagagcagctaccctgta
gagtttgaggctggctgcaaaagcaccttccctttcacggacgaggaagtccgtaccggc
gatccgatggagaccattcgccgggcatctgtcatgcccggccagttgcaggactctgtc
gcttcgcatcgccactccctcgccgcaggacagttgggcactgcggtcggcagccgttct
cagcgtctgcccttgatggcaggccacgcgccgtcgaaaccggtcacctcctcctcctcc
tcattgtcctctcacctcgtgagaagcccgagatgctcaaagcgctctgcggcgtcgtcg
tcgtcgtcgtctgtttctcaaacgtcaccggagaaaaagttgaaggccagctgtttcccc
cgccccctcactcctaaaaacaagaacggcaacagcggaccttccttctctcaacttcac
acttccctcagtccagctgaccgcaggcagtcggtgatgttcaccatcgacaacacccct
cagagcaacggcagcagtctgctgagaaaaggcctgattaagctccgtggctccacccgg
aagtcaccgggcaaaacctccaagaggtctcccgcaaatgccgtgcagaaaaaaaacaag
tctgcagaaacatcccgcgttgcggtgggacgagcgggcaggggtggcagctccaagtcc
ccccgggtggtcgctaaagagaacagggactcccctcaaaccttcaaaggaaggactgca
aagtctccacggttgactgcaactgctcgcaagtgtgtctctatcagtgaagcaaatcct
cctgcaagcccgacaaggtcaatgatcattaagtga
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integrated database retrieval system
