KEGG   Alternaria alternata: CC77DRAFT_1046896
Entry
CC77DRAFT_1046896 CDS       T05291                                 
Name
(RefSeq) hypothetical protein
  KO
K16743  abnormal spindle-like microcephaly-associated protein
Organism
aalt  Alternaria alternata
Brite
KEGG Orthology (KO) [BR:aalt00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:aalt03036]
    CC77DRAFT_1046896
Chromosome and associated proteins [BR:aalt03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centriole associated proteins
    CC77DRAFT_1046896
SSDB
Motif
Pfam: GST_N_2 Pyrid_ox_like GST_N_3 GST_N Putative_PNPOx CH GST_C_2 IQ GST_N_4
Other DBs
NCBI-GeneID: 29113058
NCBI-ProteinID: XP_018389638
JGI: 1046896
UniProt: A0A177DX34
Position
Unknown
AA seq 1642 aa
MSSASRLLVRSARIVLPRTQFTTRISTPAKITTPRYFSTTHIFQMPDQLKASEVNSKTDP
SVAKQYDDETPKDQQIKQFFEMVDGKKICMLNTYRNGVGPVGRSMALARRDGPDFLFLSN
AHSQKFNDLDQNKEVQISFQDLKTQEWASITGTATTTDNSDPRIKEVWSRGAAAWFGDLG
DGKHTGGPEDPRMTLIEIKSKYVSYYVTEVGLLGYAKEIIAANVTGGVANTGKLRELKEA
DLEKARSITVHRPNQVTIMGKDHPDADLHPEATGLASATVKAHAAECPLKLYSGWFCPFV
QRVWIALEEKGIQYQYIEVNPYHKPKSLLDLNPRGLVPTLQYQDKPLYESTVLCEFLEEA
YPQHTPHLMPTDAYERARTRIWTDYVGSRIIPAYHRFLQHQGDGLEEKQKDFLNHLKEFT
REMDAEGPFFSGKDFQLIDIVIAPWANRLWVFDHFKGGSGIPDEGKGGEDEEVWKRFRKW
LSAVENRRSVKETLSERQHYLPIYQRYAEDRAQSEAAKAIRAGRGIPKVVRPFLRCCCPG
DGVAISTSPPANMYGYTAGTPCPAPYSSTSSYYSGYGSHYAPAYYDENSTTANLEYTTEL
KPARHAKPRRPMRNMHKPAFNPSLDIFEDVAQEEEQQQAEFGVKRRSRASVVPAAARTKK
STILAHPAQRIPKPVAPVQEPHHEKPHRRRVSQVPTDKHASDTNATVQLQEDVLERKELK
KQAPKKDLRRRTIYIPSDDTSVFTIHPGQPTHAPRNVRETSPDIGLDLVTLSEEEGNNLM
PALKRDKKAPRKSLAAPPKRGPLSTTSRSSQSSSFSSDIVGSGGGKENMPPGIEAIEKKK
IGTHIEINFTKADAKKPVAKAPKVHFSAPKEPERILHTKKRPEGSQKRPRSHVAQDDVPA
KALKARADGTASAASSRASLRTTIKTERAKLAKAKRAPLSSSPFHTDKSPPTALRRQKTG
SVASSITMLHEVGQRPQSQEKYPVLQEDLAQPELYEDNWLTYQEVAITQLLNSVFDSASR
DPTDEQSPEDMRKKMLAIYHDPAIPSLHKRLQASLQFGALSIPKDLLAQTLRLKDDVGLR
KKFLSLWTKSYDLNALRAAAETIVGRQITTPCRLSTGSTCSDDGSRQYRAERRAIESFLS
AFLIKNEDAVRVKSGGGSIASLTRGDDDFGSQGWSWRRTALRSLMLILILDQAKTTDALS
GCLFQTTSPYKTSVEVLHQLSKMLLPSHGDITRPLNHLNYKVEHVQYPLQEYTYQIDNIA
IDLRDGIVLARLVELLLYPSTTHTTHQEDTVTLSLPSGELLNSSLDSSQKGIWVLSQHLK
YPAIGRPQKVYNVQIALAALSHVTGMPSAAVSGIKAEDIVDGHREKTLSLLWSLVGKCGL
GSLVDWPQLVKETERFRNQWYRARDSYEGRVLDSDNEEDGATELDGMAYHKRLLLSWSRS
VARLHGLRVANLTTSFADPKVLEAIVDTYLPSNLTISTEGNERLGLATKLKAVGCSTSFI
ALFTPQHSTARSIPSRDFTLLTLSFLASRLLPLARTHRAASTIQSAFRRFLVRRQVSTRI
QAMKIAHNCAVVAQARQKMVDAAIVIQRRWKAIQDARNKQLESDVLAFQALARGWAIRRW
VRRITAGRVGGKEKVRRVRGGW
NT seq 4929 nt   +upstreamnt  +downstreamnt
atgtcttctgcttctcgactacttgtacgctctgcaagaattgtcctgcctagaacccaa
tttacgactcgcatttcaacacctgccaaaatcactacccctcgatatttctcgacaaca
cacatcttccaaatgccggaccaactcaaggctagcgaggtcaactccaagaccgatccc
tcggtcgcgaagcagtatgacgacgagacgcccaaggaccagcagatcaaacaattcttt
gaaatggtagatggcaagaagatttgcatgctcaacacataccgcaatggtgtcggccct
gttggtcgctccatggctctcgcccgccgcgacggtcccgacttcctgttcctctccaac
gcacactcgcaaaagttcaacgacctggaccaaaataaggaggtccagatctccttccaa
gaccttaagactcaggaatgggcttctatcaccggcactgccacaacaacagacaacagt
gatcctcgcatcaaggaggtatggagccgcggagctgccgcatggtttggtgacctcggt
gacggaaagcacactggcgggcctgaggatcctcgcatgacgttgattgagatcaagagc
aagtacgtatcgtactatgtgacggaagtcggccttttgggttatgcaaaggagattatt
gctgcgaacgttacaggtggagtcgcaaatacaggcaagcttagggagctcaaggaggcg
gatttggaaaaggcacggtccataacagttcacagaccaaatcaagtcactatcatgggc
aaggatcatcctgacgcagaccttcaccccgaagcaacgggacttgcatcagccacagtc
aaagctcacgctgcagaatgtccgttgaaattatattcagggtggttttgccctttcgtg
cagcgcgtctggattgcactagaggagaagggcatacagtaccagtacattgaagtcaat
ccataccataagccaaagtcgctactggatctcaacccgcgcggcttagttcccacgcta
cagtaccaagacaagccactctatgagagtacggttttgtgtgaattcctcgaggaagct
taccctcaacacacaccgcacctcatgcctacagatgcgtatgagagggctagaacgagg
atctggacggactatgtaggtagtcgcatcatacctgcctaccaccgcttcctacaacat
caaggcgatggcttggaagagaagcaaaaggatttccttaatcacctgaaggagttcacg
cgcgagatggatgccgagggcccattcttctcgggcaaggactttcagctcatcgatata
gtcattgcaccttgggccaatcgactatgggtatttgatcacttcaagggtggctcaggc
attcccgatgagggcaaaggtggagaggacgaggaggtatggaagaggttcaggaagtgg
ctgtctgctgttgagaacaggaggagtgtcaaggagacgctgagcgagaggcagcattac
ttgccgatctaccagcgatatgcggaggaccgcgcacagtctgaggcggcaaaggctatc
agagctggccggggaattccgaaagtcgttcggccgtttcttaggtgttgttgcccgggt
gatggtgttgcaatctcgacctcaccacccgccaacatgtacggatacactgcgggcaca
ccctgcccggcgccctattcctccaccagcagctactacagcggctatggaagccactac
gcgcccgcctactacgacgagaacagcacgacggcaaacctcgaatacacgacggagctg
aagcccgctcgccacgcaaagccacgacgaccgatgcgcaacatgcacaagcccgccttc
aacccgtcacttgacatcttcgaggatgtcgctcaggaggaggaacagcaacaagcagag
tttggcgtcaagaggaggagccgcgcaagcgttgttcccgcggctgccaggaccaagaag
agcaccatacttgcgcacccagcacagaggatacccaagcctgtcgcgcctgtccaggag
ccacaccacgagaagccgcaccgaagacgcgtttcgcaggtgcccaccgataaacatgcc
tcagacaccaatgcgacggtgcagttgcaggaagatgtcttggagaggaaagaactcaag
aagcaggcccctaagaaggacttgcgacggaggaccatttacattccgtctgatgacacg
tcagtcttcaccatccaccctggacagccgacacatgcgccgcgcaacgttcgagagact
tcgccagacatcggcctagatctggtcacattatccgaggaagaaggaaacaatctgatg
ccagcgttgaagagggacaaaaaggcaccgcgcaagtctctcgctgcaccaccgaagcga
ggtcccttgagcacaacatcgcgatcatcgcagagctcatccttttcgagcgacatagtg
ggctcagggggcgggaaagagaacatgccaccaggaatcgaggctatcgagaagaagaag
atcggaacgcatattgagataaacttcaccaaggcagacgcgaagaaacctgtcgccaaa
gcccccaaggtccacttcagtgctcccaaagagcccgaacgcatacttcatactaagaaa
cggccagagggctcgcagaagcgaccacgatcacacgtggctcaagacgacgtaccagca
aaagcgctcaaggccagagcagacggcactgcttccgccgcaagtagcagggcatctctg
aggacgaccatcaagactgaacgagcgaaactggccaaggcgaagcgcgcgccactttcc
tcctcgccgttccacaccgacaaatctccacctacagcactgcgccgccagaagactggg
agcgtagcaagcagcatcaccatgctacacgaagtaggccagcgaccacaatcacaagag
aagtatccagtactacaggaggatctggcacagccggagttgtacgaagacaactggctt
acctaccaggaagtcgccattacacaacttctgaactcagtatttgattccgcgagcaga
gacccgaccgacgaacagagccctgaggacatgcgcaagaagatgcttgccatataccac
gatcccgctataccgtcgcttcacaagcgactacaggcctcactacaatttggtgcgctg
agcataccgaaggatctcctggcccagacgctcaggctcaaggacgatgttggcttgcgc
aagaagttcctcagcctatggaccaagtcatacgatctgaatgcattacgtgctgcagct
gagactattgtcggccgccaaattacaacgccctgtcgactatccacaggttcaacgtgc
tcagatgatggctcccgccagtatcgcgcagagcgccgggctatcgagagctttctgtct
gcattcctgatcaaaaatgaggatgctgttcgcgtcaaatccggaggtggcagcattgct
agccttacacgcggcgatgatgacttcggttctcaaggctggtcatggcgccgtactgct
ttacgaagtctgatgctgattctgatcctcgaccaagccaagacgacggatgctctatca
ggctgcctgttccagacgacgtcaccctacaaaacatctgtcgaggtcctacatcagtta
tcaaagatgctgctcccttcacacggcgacatcactcgaccgctaaaccacctcaattac
aaggtcgaacatgtccagtatccactacaagagtacacctaccaaatcgacaatatcgcc
attgacctccgtgatggaatcgtacttgctcgtcttgtagagttactgctttacccgtca
accacccacacaacgcatcaagaggataccgtcactctcagtctacccagcggtgagctt
cttaatagctccctcgattcttcgcagaaaggaatttgggtcctctcccagcacctcaag
tacccagccattggccgtccccagaaggtctacaatgtccagattgccctagctgcattg
agtcatgtcacaggcatgcccagcgcagcagtcagtggcatcaaagccgaagatattgtc
gacggacaccgcgagaagacactctcgcttctttggtcacttgtcggcaagtgtggtctt
ggaagccttgttgactggccgcaacttgtcaaagagacagagcgtttccgaaaccagtgg
tacagggcccgggatagctatgagggacgagtccttgattccgacaatgaagaagacggg
gccactgagctggatggcatggcatatcataagcgtctcttgctttcatggtcacgctcc
gttgctcggcttcatggcctacgcgttgcaaacctgaccacaagttttgcagacccaaag
gttctagaagccatcgttgatacctacttgccgtcgaatctgaccatctccaccgaaggg
aatgagcgactcggattagcaacaaaactcaaggctgtcggctgctcaacttcattcatt
gcgcttttcacgccacaacacagcacagctcgttcaatcccaagcagagactttaccctc
cttactctatctttcctggcaagtcgactgttgccgcttgcacgcacacaccgcgcagct
tctactattcaatccgctttccgccgtttcctagtccgccgtcaggtcagcactcgcata
caagcaatgaagatagcgcacaactgcgcagtagtggcgcaagctcgacagaagatggtc
gatgctgccattgtgattcagagacgttggaaggcgatccaagatgcccgcaacaagcaa
cttgaaagtgacgttttggctttccaggccttggccaggggttgggcaatcaggcgatgg
gtccgacgtatcaccgctggtcgagtcggtggaaaggagaaagtcaggagggtcaggggt
ggatggtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (20)   

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