KEGG   Sinocyclocheilus grahami (golden-line barbel): 107581351
Entry
107581351         CDS       T04918                                 
Name
(RefSeq) alsin-like isoform X1
  KO
K04575  amyotrophic lateral sclerosis 2 protein
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sgh03036]
    107581351
Chromosome and associated proteins [BR:sgh03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    107581351
SSDB
Motif
Pfam: RCC1 MORN RCC1_2 VPS9 RhoGEF PH Tudor_2 SOS1_NGEF_PH
Other DBs
NCBI-GeneID: 107581351
NCBI-ProteinID: XP_016122362
UniProt: A0A672T1C8
Position
Unknown
AA seq 1715 aa
MEKQIRCGEEDGSGERGLLHTWRGYSYSTTPERVLLSRPVLQAALGARHGVLLVEGGHVY
SFGDLPWKQNQTSSVVTEPVLEAVLSEQRVVFVTAGSAHSGVVTEDGGVHMWGENAHGQC
GLSGLSVIPNPTPVGVLNSVATPPQTVPILEVACGDQHTLALSAKHEVWAWGSGCQLGLN
TSTFPVWKPQKVEHLAGRHVLQVACGAAHSLVLVRCLPPPQEPRKQDKCGQCHQLLYTMT
DKEDHVIISDGHHCPLGVELDSGEAKSALEGSPDQRSPTEPGPSMPAQIPKSPTYSTNPE
FAPPPESIPASEPQNQVPASSQEHVEPAIEYSAEPEAPATNGEVCVEASETNTPEPDSCR
ATGGKSSPYPDEQAVKAYLKRLSDHALAEHTTKTPSTLHSAQLSSDRADRFTSDPLIPVA
QSVTPMGSALNNLVVSCASAVGERVVSTYEALSLRKVIGYWVPGEGRERVEERLRQEEPI
QGKKSSSLGDIREEEAELSRRLSLPGLLSQGFPYIAVAMVTDIAEFEVKESASSSTTEVS
PRLLRRTSRPRARAIPLTPGGIPEADAHLPSLQTEVWSWGRGQEGQLGHGDLLSRPQPVY
VKSLNGKEVLRVAAGAHHSLALTAQSQVFSWGCNTSGQLGHMESPTTLPHITKLSDGIRV
WDIGAGQQHTLLLADGDCIQPILYYSGQQVKEVMEQTEEEEQTGEYTQQPVLLPFCMNLG
YVSSVCAGGRTCAALTDCNVMGFIASLHELAAAERKYYCKLSNINSLLLQPLLKLDSLSS
ALGQSSAGLLQNLIGRLGRLSQLTGQNSASLTSFLRRSRDIRGLVILEDAHLFLGTYSEY
CSAVGDLLVMGGFQALVKPCHDVFGKGAEVVQKLSKCSEEGLPLSDILAHLFYLPIKHLH
EYGRLLLKLATCYEVSSVDYQKLQDACSKYESMALHLKRRRRKEAEYTLHFWKSFPGKMT
DSLRKPSRRLICESSNKALTLQNAGRFSVNWFILFNDALVHAQGMVPYKSLFSTHHVFPL
ATLWVEPISEENTGLYGLKVTSPEESFTLLASSPAEKAKWLRSINQAVEQALSGLGHDGI
PPSTGVTQRADPPISRTASYTFYKDSRLKEATYEGRWVSGKPHGRGVVKWPDGRMYTGTF
KNGLEDGFGDYVVPNKNLNSCDHYQGQWKDGKIYGFGTFRYASGEIYEGSFQDNMRHGHG
MLRSGKLNSTSPSVFIGQWQYDKKSGYGVFDDITRGEKYMGMWLDDQRQGNGVVVTQFGL
YYEGAFNNNKMMGTGVLLSEDDTTFEGDFSEDWTLNGKGVLTMPNGDYIEGSFSGVWGTG
LKMSGSYYKPSLYDSDKEKAHALKLGRLAVHSEEKWKAVFLECWNRLGCDSPGQGQTTTA
WDNIAVALTANRRQQRDSPELLSRSHHKTLESLEFIPQHVGPVTLEVYHTIRRYLVKACD
TPLHPLGRLVETLVSVYRMTYVGVGANRRLLPQAVNEIKSYLSCIFQLVRFLFPDLPEEG
GSLADPPKEKGSSDPAGKQLESPKPGCVVSSSALLLPVLLPRLYPPLFTLYALENEKEDD
VYWECVLRLNKQPDLALLAFLGVQQKFWPVTVTVHGEKQQVLSSTKDACFASAVEALQQI
STTFTPSDKLQVIQLTFEEITQEVLALLKQDFLWSMDDLFPVFLFVVLRARIRNLGSEVS
LIEDLMDPCVQHGEHGIMFTTLKACYYQIQHEKIT
NT seq 5148 nt   +upstreamnt  +downstreamnt
atggagaagcagataaggtgtggtgaggaggacggttctggagagaggggacttctccac
acctggaggggatattcttacagcaccacaccagagagggtgctgctctcccggccagtg
ctccaggctgccctgggagctagacatggcgttctgctagtagaggggggacacgtctat
agctttggcgatctgccgtggaaacagaaccaaacatcatcagtagtgactgagcctgtt
ttggaggcggttcttagcgaacaacgtgttgtttttgtgactgctggctccgcccacagt
ggagtcgtgacagaagatggaggagtgcacatgtggggagaaaatgctcacggccagtgt
ggcctatcaggactctctgttatccctaaccccacccctgtgggtgtgctcaactcagtg
gccactccccctcagacggtgccgatcctggaggtggcgtgtggggatcagcacactctg
gctctttcagccaagcatgaagtctgggcttggggtagcgggtgccagctgggcctgaac
acttcaacatttcctgtctggaagccccaaaaggtagagcaccttgctggaaggcatgtg
ttgcaggtggcctgtggagctgctcacagcctggttctggtgcgttgtcttccccctcca
caagagcctcggaaacaagacaagtgcggtcagtgccatcagctgctgtacactatgaca
gacaaagaggaccacgttattatctctgacggccatcactgtccgctaggtgttgagcta
gacagcggtgaggccaagtctgcattagagggcagcccagatcagaggtctcctacagaa
cctggcccatccatgccagctcagatcccaaaatcacccacctacagcaccaaccctgaa
tttgctcctcctcctgagagcatacctgcctctgaaccccaaaatcaggttcctgcatct
agccaagaacatgtagaaccagccatagaatactcggcagagcctgaagctccagccaca
aatggagaggtttgtgtcgaagcctcagagaccaacacccctgagccggacagctgtaga
gccacaggggggaagtcctccccatatcccgatgagcaggcagtgaaggcctaccttaag
agactttctgatcatgccctggcagagcacaccaccaagactcccagcacgcttcattct
gctcagctgtccagtgaccgtgctgatcgtttcacctctgaccccttgatcccggttgcc
cagtctgtgactccaatgggctccgcattaaacaacttggtggtgtcctgtgcctctgca
gtgggggaacgtgtagtgtccacatacgaagctctctctctgagaaaagtgattggttac
tgggttccaggagagggccgtgagcgagtagaggagagactccgtcaggaggagcccata
caggggaagaaaagctccagcctgggggacatccgagaggaggaggcggagctcagccgt
cgcctgtccctgcctggcctgctctctcagggtttcccatatattgctgttgccatggtt
acagacattgcagagtttgaggtgaaggagtcggcatccagctcaacaactgaagtgtct
ccgcgtcttttgcggcgaacgagccgcccccgtgcacgggccatcccgctcactccagga
ggcattcctgaggccgatgcccacctgccttctttgcagacagaagtgtggagctgggga
cgtggccaggaagggcaacttggacatggagacctcctttccagaccgcagcctgtctat
gtaaagagtctgaatggtaaagaggtgttgagggtggctgcaggtgctcatcactctctc
gctctgactgcccaatcacaggtgttctcctggggctgcaacacttctggacagctggga
cacatggaatcccccaccacccttcctcacataaccaagctgtcagatgggattcgtgtg
tgggatattggggcggggcaacagcacactctcttattggctgatggagattgtatccag
ccaattctgtactacagtgggcagcaggtgaaagaagtgatggagcaaacggaggaagag
gagcagacaggagagtacacacagcaaccggtgctgctgcccttttgtatgaatttgggc
tatgtaagcagtgtgtgtgcaggaggacggacatgtgcggcgctgacggattgtaatgta
atgggttttattgccagtctgcatgagctggcggccgcagagaggaaatattactgtaaa
ctcagcaatatcaatagtcttctgctccagccactgcttaaactggattccctaagctcc
gccctcggtcagtcctctgcagggcttctgcagaatctgattggacgattgggccggctg
tctcagctcacgggtcaaaactcggcctctctaacctccttcttgcggcgttcacgtgat
atccgtggtcttgttattcttgaagatgcacatctgtttctgggcacatattcagagtac
tgttctgcagttggtgatctcttagtcatgggaggatttcaagcccttgtcaaaccttgt
cacgatgtgtttggcaaaggggccgaggttgttcagaagttatctaaatgttctgaagag
ggtttgcccttatcggatattctggcgcatctcttttacctgcccataaaacacctgcat
gaatatggacgactgctgctcaaactggctacctgctacgaggtgagttctgtggattat
cagaagctgcaagatgcctgctcaaaatatgaatccatggctcttcatctgaagaggagg
aggaggaaggaagccgaatacacgctccacttctggaagagctttcctggaaagatgacc
gactctcttcgtaaaccgtctcgacggctgatctgtgagagcagtaataaggctttgact
cttcagaacgcaggccgtttttctgtcaactggttcatccttttcaacgatgccctggtt
catgcacagggcatggtcccctataagagtcttttttccactcatcacgtcttcccattg
gctacattgtgggtggaacctatttctgaggagaacacaggcctatatggtttaaaagtg
acttcacctgaagagagtttcactctgctggcttcgtccccagctgagaaggcaaaatgg
ctgcgttctataaaccaagcagtggagcaggcacttagtggactggggcatgatgggata
cctccttctacaggagtaacgcagagagcagatccgcccatttcaaggacagcatcatac
acattctacaaagacagtcgactcaaggaggccacgtatgagggccgatgggtctcaggg
aaaccccatggacggggtgtggtcaaatggcccgatggacgaatgtatacagggacattc
aagaacggccttgaagatggttttggagattacgttgtgcctaataaaaacctgaacagc
tgtgatcattaccaagggcagtggaaggatggcaagatatacggctttggaacattcaga
tatgcctctggggaaatatacgagggctcgtttcaagataacatgcgtcatggtcacggg
atgctgcgtagtgggaagctgaactccacttcccccagtgtcttcatcggccagtggcag
tatgacaaaaaatctggctatggagtttttgatgacatcaccagaggggagaagtacatg
ggcatgtggctggatgatcagcgtcaggggaacggagttgttgttacgcagtttggcctg
tactatgaaggtgcattcaacaacaacaaaatgatgggaacgggggtgttactctctgaa
gatgacactacgtttgaaggggacttttcagaagactggactctaaatggaaagggcgtg
ttgaccatgccgaatggagactacattgaaggctcttttagtggggtttggggaaccgga
ctaaagatgtcaggttcctactacaaacccagcctctacgactcagacaaggagaaggct
catgcacttaaactgggcaggttagcggttcactctgaagaaaagtggaaggctgtgttt
ttggagtgctggaacaggctaggctgtgattctcccggacagggacaaactactacagca
tgggacaacatcgccgtagcgctcactgctaacaggagacagcagagagacagtccagag
ttactgagtcgctctcatcacaaaacgctggagagtctcgagttcattcctcagcatgtt
ggtcctgtgacgttagaggtgtatcacacaatccgtcggtaccttgtcaaggcatgtgat
accccactgcatcctctgggtcggctggtggagacattggtttcggtgtaccgtatgaca
tatgttggtgttggggccaaccgcagattactgccccaggctgtcaatgagatcaagtcc
tatctcagctgcatcttccagcttgtcagattcctctttcctgatctgccagaggaagga
ggttcactggccgaccctccaaaagagaaaggcagttcagaccctgctgggaagcaactg
gagtctcctaaacctgggtgtgtggtcagcagctctgctctcctcctgccggtgctgttg
ccccgtctctatcctcctctcttcactctctatgctctagagaacgagaaggaggatgat
gtgtactgggagtgtgtgctccgactcaacaaacaacccgacctggcgctgctcgccttc
ctcggggtgcaacagaaattctggcctgtgactgttacagtacatggagaaaaacaacag
gttctctcaagcactaaggatgcctgttttgcctcagcagttgaggctttacagcaaata
agcacaactttcaccccctcagacaagcttcaggtcatccaactgaccttcgaggagata
acccaggaagtacttgcacttctgaaacaggatttcttgtggtctatggatgacctgttt
cctgtcttcctctttgttgttctgcgtgcacggataaggaatctggggtcagaggtcagc
ctcatcgaggatctaatggatccatgtgtacaacatggagagcatggcatcatgtttacc
acactcaaggcatgctactatcaaatccagcatgagaagatcacgtaa

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (8)   
   Pfam (8)   
All databases (18)   

Download RDF
DBGET integrated database retrieval system