KEGG   Seriola lalandi dorsalis (Yellowtail amberjack): 111670335
Entry
111670335         CDS       T06058                                 
Symbol
als2
Name
(RefSeq) alsin isoform X1
  KO
K04575  amyotrophic lateral sclerosis 2 protein
Organism
slal  Seriola lalandi dorsalis (Yellowtail amberjack)
Brite
KEGG Orthology (KO) [BR:slal00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:slal03036]
    111670335 (als2)
Chromosome and associated proteins [BR:slal03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centriole associated proteins
    111670335 (als2)
SSDB
Motif
Pfam: RCC1 MORN RCC1_2 VPS9 PH
Other DBs
NCBI-GeneID: 111670335
NCBI-ProteinID: XP_023282778
Ensembl: ENSSLDG00000010212
Position
Unknown
AA seq 1700 aa
METQRKSSGDDDGGERGLLHTWKGYSCSVTPERLLLPRPILQVALGTRHGVLLVEGGQVY
SFGELPWKQSQVPEPTKPTLESALSGQRVVAVAAGSFHNGAVTEDGGVHMWGDNGAGQCG
LSGLSTVPNPTPVAVVETDTSPPQTVPVLELVCGEQHTLALSVQREVWAWGSDCQLGLNA
SVFPVWKPQKVEHLAGRYVLQVACGASHSLALVRCLGPQDIHRPPVDKCRQCNQLLYTMT
DKEDHVIISDSHYCPLGVELTEDEGRLEAPAPAQGLKTSPSEPVLPSHTSTSNSDSSAPP
KSAEHSSDPTPFQDLEKGESAVANGVLQASDSDHTAQYRGSSSAVSVVKSSLYPDEQAVK
DYLKKLTDNTQTDAKTAAGGLHTLLPSAGGLASTSSSALNNLVASCASAVGERVASTYEA
LSLKKMMNFYLPSGVSRSGGPAGITGTVPGVGDNKTERVRQEESMQTKKSSSTGDIREEE
AEGLRRRLSLPGLLSQGRYAVHLLSSSYSLLLSPRLLRKAGRHRMRAVALTPLGGAVPEA
QEVLPTLQTEVWSWGHGDHGQLGHGDNLARLQPLCIKSLNNKEVVRVAAGAHHSLALTAQ
SQVFSWGRNSSGQLGHMDSPSTVPRLAKLSEGIRVWDVSAGERHSLLLADGDCIQPIIYY
SGQQVKEGDEESQAKEPGQQEEQEEEEERARGYTPQPVLLPFCMNLGYVSSVFAGGRRCV
ALSDRNVMGFIASLHELAAAERKFYCKLCNVKTQIIRPLLELESLSSALGQVTLGLLQTL
AGRFSLLCHLTGQHATSLTANLRRGRDVKSLLILDHTSIFLDSYNEFCNCLGNFHVMGGF
QALTKPSLDFFGKTPELLQRLSECSEENPAMADLLVALFYLPTRHIHEYGRLLLKLATCF
EVCSSDYQKLQDSCSRFEALALQLKRRRKEAEYTFHFWKSFPGKMTDSLRKPHRRLICES
SNKALTLQNAGRFSVNWFILFNDALVHAQFSTHHVFPLATLWVEPIPEENTGTYSLKVIT
PEETFTLLASSPMEKAKWLRSINQAVDQALSGAGQDTTSAGSGSGQKLEPPISRSASYTF
YKDGRLKEAKYEGRWLAGKPNGRGVLKWPDGRIYTGEFKNGLEDGFGEFVAPNKTLNKND
HYQGQWKDGKMHGLGTYRYASGEVYDGSFQDGMRHGHGMLRSGKLNTSSPSVFIGQWLQD
KKTGYGVFDDITKGEKYMGMWQDHLRQGTAVVVTQFGLYYEGAFKDNKMMGAGILLSEDD
TTYEGEFSDDWTLNGKGVLTMANGDYLEGSFGGEWGSGLKVTGSYFKPHLFDTDKDKTPV
VKLGRLCVCAEDKWQAVFEECWSQLGCEAPGQGEHWKAWENIAVALTTSRRQILDSPEML
SRSHSRTLESLEVIPQHEGPITMERYSTIRLYLIKACDTPLHPLGRLLETLVAVYRMTYV
GVGANRRLLPQAVNEIKSYLNRIFQIVRFLFPDVPEEGGLIPEPTTNLQDKKEPDSTDAP
MESPKPGRVVSSSALLLPVLLPRLYPPLFTLYALDKEREDDVYWECVLRLNKQPDLALLA
FLGVQQKFWPVSIPVSTLAVGEKQQVLSSTKDACFASAVETLQQISTTFTPSDKLQVIQL
TFEEITQEVQSLLKQDFLWSMDDLFPVFLYVVLRARIRNLGSEVSLIEDLMDPCVQHGEH
GIMFTTLKACYYQIQHEKIT
NT seq 5103 nt   +upstreamnt  +downstreamnt
atggaaacccagagaaagagctctggagatgacgatggtggagagcgaggcttgctccac
acctggaagggctactcctgcagtgtcaccccagagaggctgctcctaccccggccgatc
cttcaggtcgctctgggcacacgacatggagttctgctggtggaaggagggcaggtgtac
agttttggggagctgccatggaagcagagtcaagtccctgagccgacgaaacccaccctg
gagagcgctctgagcgggcagcgtgtggtcgctgttgcagctggaagtttccacaacggg
gcagtgacggaggatggtggcgtccacatgtggggggacaatggtgcgggacagtgtggc
ctgtcgggcctcagcaccgtccccaacccgactccggtggctgtggtggagactgacacc
agccccccgcagacggtgccggtgctggagctggtctgcggggagcagcacaccctggcg
ctctctgtccagcgggaggtatgggcgtggggtagcgattgccagctgggcctcaacgcc
agcgtctttcctgtctggaaaccacaaaaggttgaacacttagcaggaaggtatgttctt
caggtggcttgcggggcttcacacagtctggctctggttcgctgcctgggcccccaggac
atccaccgaccccctgtggacaaatgcagacagtgtaaccagctgctttacaccatgaca
gacaaagaggaccacgtcatcatctctgacagtcactactgccccctcggtgtggagttg
actgaggatgaagggagactggaggcgcctgcccccgcccaaggactcaaaacatcccca
tctgagccagtcctcccctcccatacttccacctcaaactctgattcctcagcacctcct
aaaagtgctgagcactcctctgaccccacccccttccaggacttggagaaaggcgaatca
gccgtggctaacggagtgctgcaagcctcagactctgaccacacggctcagtacagaggc
agcagcagtgccgtgtctgtggtcaagagttcactctatccagacgaacaggcggtcaaa
gactacctgaagaagctgacagacaacacgcagacagacgcaaagacggccgctggagga
ctgcacacgctgctgccctcagccggaggccttgcctccacctcgagctccgcgctcaac
aacctggtggcctcctgcgcctctgcggtgggcgagcgggtcgcttccacctacgaggcc
ttgtctctcaaaaagatgatgaacttctacctgccctcgggtgtgtcgaggtcaggtggg
ccagcggggattaccggtaccgtccctggagtgggcgataacaaaaccgagcgcgtccgc
caggaggagtccatgcagaccaagaagagctccagcacaggagacatccgcgaggaggag
gcagagggtctgcggcggcgcctctcgctcccaggactcctctcacagggtagatacgct
gttcacctcttatcatcctcctattctctgctgctttccccgcggctgctgaggaaagcc
ggtcgtcacaggatgcgcgcagtcgccctcactcccctgggaggggcggtccccgaggcc
caggaagtactgcccaccctgcagacagaggtgtggagctggggccacggcgaccacgga
cagctgggacatggagacaacctggccaggttacagccactgtgcatcaagagtttgaat
aataaggaggtggtgcgggtggcagccggcgctcatcactccctcgctctgaccgctcag
tctcaggtgttttcatggggcagaaacagctctggtcagctcggacacatggactcaccc
agcacagtcccgcgcctcgcaaagctatcggagggcatccgcgtgtgggacgtgagtgct
ggagagagacactccctcctgcttgcagatggagactgcatccagcccatcatctattac
agcggacagcaggtgaaagagggggatgaggagagtcaggccaaggagccaggtcagcag
gaagagcaagaggaagaggaggagcgggcaagaggctacacgccacagcctgtactacta
cccttctgcatgaatctgggttacgtcagcagtgtgtttgccggtggccggcgatgtgtg
gcgctctcggataggaacgtgatgggcttcatcgctagcctccacgagctggccgcagca
gagaggaagttctactgcaagctgtgtaatgtcaagacacagataatacgccccctgctg
gagctcgagtctctgagctcggccctcggacaggtgaccctagggcttctgcagacgctt
gcgggtcgcttcagcctcctgtgtcacctgaccgggcaacatgccaccagcctcaccgcc
aacctgcgccgtggccgtgatgtcaaaagtcttctcatcctcgaccacaccagcatcttc
ctcgattcttataatgagttctgcaactgcctgggcaacttccatgtaatgggcggtttc
caggccctgaccaagccctcgctagatttctttgggaagactcctgagctgctgcagagg
ctgtcggagtgcagcgaggagaaccccgccatggccgacctcctggtggcgctcttctac
ctcccaactcgccacattcatgaatacggccggctgctgctgaaactggccacatgcttc
gaagtgtgctccagtgactaccagaagctgcaggacagctgctccaggttcgaagctctg
gccctgcagctgaagcgaagacgaaaggaggccgagtacacgttccacttctggaagagc
ttccctggcaaaatgacggactctctgaggaagcctcaccgccggctgatctgcgagagc
agcaacaaggctctgaccctgcagaacgccggcaggttctctgtcaactggttcatcctt
ttcaacgacgctttggtccacgcacagttctccacccatcacgtcttccctttggccacg
ctgtgggtggagcccatcccagaggagaacactggcacatacagtttaaaggtgatcaca
ccagaggagaccttcaccctgctggcctcctctcccatggagaaggccaagtggcttcgc
tccatcaaccaggcggtggaccaggccctgagtggggccgggcaggacacgacgtcagcc
ggctcggggtcagggcaaaagctggagcctcctatctccaggtcggcctcctatactttt
tataaggacgggcgtctgaaagaggcgaagtacgaaggtcgctggctcgctggcaaaccc
aacggcaggggagtgttaaaatggccagatgggcgaatatacacaggggagttcaagaat
ggacttgaagatggctttggtgagtttgtcgctcccaataaaacgctcaacaagaacgat
cactatcaaggtcaatggaaagatggaaagatgcacggcctggggacatacaggtacgcc
agcggtgaagtttacgatggatccttccaggacggcatgcgacacggccacggcatgctg
cgcagcggcaagcttaacacctcctcccccagtgtcttcatcggccagtggctgcaggac
aagaagaccggctatggagtctttgatgatatcacaaaaggagaaaagtacatgggcatg
tggcaggaccacctgcggcagggcaccgcggtcgtcgtcacccagttcggcctgtactac
gaaggagccttcaaagataataagatgatgggcgcggggatccttctgtcagaggatgac
acaacgtatgagggggaattctcagacgactggaccctcaacgggaagggtgtgctgacc
atggcaaacggtgactacctggagggctcctttggtggcgaatggggctccggcctcaag
gtgacagggtcctacttcaaaccacacctgttcgacaccgacaaggacaagaccccagtt
gtgaagcttgggcgtctgtgtgtgtgcgcggaggacaagtggcaggcggtgtttgaggag
tgttggagtcagctgggctgcgaggccccaggccaaggagagcactggaaggcctgggag
aacatcgccgtggctctcaccaccagccggcgacagatcctggacagtccggagatgttg
tctcggagtcacagcagaaccctggagagtctggaggtcatcccacaacatgaaggaccc
atcaccatggagagatattccaccatccgcctctacctcatcaaggcatgtgacaccccg
ctgcacccactgggccggctgctggagacgctggtggcggtctacaggatgacctacgtg
ggtgttggagccaaccgacgactcctacctcaggccgtcaacgagatcaagtcttacctc
aaccgcatcttccagatcgtcaggtttctgttcccagacgtgccagaggagggcggtctc
attccagagccaaccaccaacctccaggacaagaaggagcctgactccactgatgccccg
atggagtcacccaaacctggccgagtggtgagcagctcggctctgctgcttcccgtcctg
ctgcctcgtctctacccgccgctcttcaccctctacgctctggacaaggagagagaggac
gacgtctactgggagtgtgtcctccgcctcaacaagcagcccgaccttgccctcctcgcc
ttcctgggcgtccagcaaaagttttggcctgtttccattcctgtgtccacgcttgcagtg
ggggagaagcagcaggtcctctccagcaccaaggacgcctgttttgcctctgcagtggaa
acactgcagcagatcagcacgacgttcaccccgtctgacaagctgcaggtgatccagctc
accttcgaggagatcacacaggaggtgcagtcgctgctgaagcaggacttcctgtggtcc
atggacgacctcttccccgtcttcctctacgtcgtgctacgagctcgtatcaggaacctg
gggtcagaggtcagcctgattgaagacctgatggacccctgcgtccagcatggagagcat
ggcatcatgttcaccacactcaaggcctgttactaccagatccagcatgagaagatcact
tag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (5)   
   Pfam (5)   
All databases (18)   

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