KEGG   Serpula lacrymans: SERLADRAFT_418699
Entry
SERLADRAFT_418699 CDS       T03135                                 
Name
(RefSeq) hypothetical protein
  KO
K02974  small subunit ribosomal protein S24e
Organism
sla  Serpula lacrymans
Pathway
sla03010  Ribosome
Brite
KEGG Orthology (KO) [BR:sla00001]
 09120 Genetic Information Processing
  09122 Translation
   03010 Ribosome
    SERLADRAFT_418699
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03011 Ribosome [BR:sla03011]
    SERLADRAFT_418699
Ribosome [BR:sla03011]
 Ribosomal proteins
  Eukaryotes
   Small subunit
    SERLADRAFT_418699
  Archaea
    SERLADRAFT_418699
SSDB
Motif
Pfam: Helicase_C dsrm HA2_C DEAD HA2_N OB_NTP_bind AAA_19
Other DBs
NCBI-GeneID: 18813743
NCBI-ProteinID: XP_007324330
JGI: 418699
UniProt: F8PD07
Position
Unknown
AA seq 1469 aa
MGGDTGPIQDLCFSVDCRTAYVRKGEESVRGKLASTRDSTPLIPEQTFYVIHMRTLGSAA
EFPKNWIIQLTNTTNIAFVTPPDIVTSVMECDGAEKTVDFWLSLAGRAGKSSRGKNRAST
NRRPEFEGVLYDRQYIFDKHQADSAHEENPKSPVSNFVIGKFGSSPKYETVEGIHRETSQ
RIYRTSLTLETDPPIVAIGDDTEKKLSERLAALSALYQLHDQGFLDPPAVAPPPAALNEV
TLSDSSVVGYERARNFMDYYCRRYSFPKPDLDFEECKGKRGNFWEATITVDGRRIGMGSA
PSKKQSQVQCYLDVTQYLEKCDPDLWLAFADAEKTGKDLGMGPKVLFKMGRRLSDEISDL
CRDIKKTALYRSTPNVESGSGGIRSSTSSISSRAPSYPRAIPAGVLALKSTQLLERRQKY
LSDPAMENLRNTRMSLPIYTRSKELLSHIQDNEVTICMAATGSGKTTQIPQLILDDYIDR
EQGARCNIICTQPRRLAALSVADRVAKERGEVVGKGSIGYSVRFESKVPEEHGCVTFCTT
GVLLKRLQSALTEGGLAAAKMDEVTHIVVDEVHERDVDTDLLLVVLKQMLEDRKSRNVPL
KIVLMSATIDPSLFQKYFPTEQGNPADVIEVPGRLFPVTKHFLEDFIPSMKSNPRTGWVF
HEDSVVKYLRNEDMYALDGKGSKQMVSPSSRGVDEDLELPYPLIALAISHVLQKTDSGHV
LVFLPGWEEITAVQRILLSGRMDLNFSDSSKYGLHLLHSTIPLAEQQVIFEPPPEGVRRI
ILATNIAETSITIPDVVYVIDSGKVKEQRYNPDKHMTSLVSAWVGSSNLNQRAGRAGRHR
SGEYFGILGKAHAAGLHPHQTVEMKRVDLTNVVMHVKALNFPGMEVEDVLAATIEPPESE
RVAAAMKDLQMVGALDGKKNLTPLGRVLLQLPVDVQMGRLVLYGSFFRCLDQALTLAAIL
TNRDPFVSPVHLHEEAAKAKARWLPADFRSDALTILQAYNTWWAMQSKGEYNSANRFCSE
NFLSKPTLLLISKIRGHLLQSMYQAGVIDVSAGGSVTAPTRRREPAVPPELNANGESLPL
LAALIAVASQPKFAIRQGERSYRTAQDKTTFIHPSSVNHRKRLLQNPEIASQGEKQLYAF
TEKRQNLSMAGSSSTPSMYLITTTRLDPMTYMLFGAYEIQVTERGLECDGWLPIVGDLDT
LDDIQRLKTLMESCMLRVFEGIVVGQRHRRGQQPIPSYEESETTDEDFSSNQGNPLSSQE
LKDLDLLTRDIVRVLNQYSDERTESQSRQNSRPGTPMGSPSFNSMRLSGRSTPYSSWTGS
SEQSSLPATPMGSPSFSSIRLPLIGSRSGYSTPHSIYTSRPNARGNGADMPSDHCDSPER
AKEYREGQTPKPFCAVCDFSSTVQPMSRLNGMIILVTPLNILGDKNIAELEAIGITGVNL
TAATATNEIFKVDIAAHSFRIVIVSPERV
NT seq 4410 nt   +upstreamnt  +downstreamnt
atgggcggtgacaccgggccaatccaagacttgtgtttctcggtagattgtcgaaccgct
tacgttcgaaagggtgaggagagtgtaagaggcaagctggccagcacgagggactcgaca
cccttaattcccgagcagacgttttatgtcatacacatgcgaacattgggttcagctgct
gagtttccaaaaaactggatcatacagttaacgaatactacaaacattgcttttgtcaca
cctccagatattgtcacgagtgtgatggaatgtgacggggcagaaaagacggtggatttt
tggctcagcttggcaggcagggctggaaagagcagtcgcggaaaaaatagggcgtctacc
aacagacgccccgagtttgagggtgtactctacgatcgccagtatattttcgataaacat
caggcagattctgcacatgaagagaatccaaaatctcctgtatccaatttcgtcatagga
aaatttggttcgtcgcccaagtacgagactgtcgaagggatacaccgtgagacctcccag
agaatatacaggacttcattgacattggagacggacccgcctatagttgctatcggcgac
gatactgaaaagaaactttctgaaaggctcgcggctctttccgctctatatcaactgcat
gaccaaggttttctagatccaccagctgtagcccctccgccggcggcactaaatgaagtc
accttgtcagattcttctgtggtcggctacgaacgagcacgcaatttcatggattactac
tgccgccgatattccttcccaaaacctgacttggatttcgaagaatgcaaaggtaaacga
gggaacttctgggaggcaaccatcactgtagatggacgtcgtattggtatgggtagtgct
ccttcgaagaagcaatcacaagtacaatgttacttggatgtaacgcagtatcttgagaag
tgcgaccctgatctatggctcgctttcgcagatgctgaaaaaacaggcaaggatctagga
atgggtcccaaggtactcttcaagatgggtcggcgtcttagtgatgaaattagcgatctt
tgcagggacatcaagaagactgcactgtacaggagtacacctaatgtagagtccggctct
ggtggtatacgatccagcactagttctatttcatcacgtgcaccttcttatcctcgtgct
atccctgcaggagtattggctttgaaatcgacgcaacttctggagaggcgccaaaaatac
ctttctgatccagcaatggagaatttgcgcaacactcgcatgtctttaccaatatacact
cgttctaaggagctattatcgcatatccaggataacgaagtaactatatgcatggcggcg
accggctcgggaaaaactacacaaataccgcagctaatccttgatgattacattgacagg
gaacaaggtgcccgatgcaacatcatttgcacgcaaccacgtcggctagcagcattgagt
gtcgccgatcgggtggcaaaagaaagaggggaggtggttggtaaagggtcgattggttat
agcgtccggtttgagtcgaaggtacctgaagagcatggctgcgtcactttttgcactacc
ggtgtactgctgaagaggcttcaatctgcgcttaccgagggaggtctcgcagccgccaag
atggatgaagttactcacatcgttgtcgatgaagtgcacgagcgggatgtggatacggat
ctgctgcttgtggttctgaaacaaatgctggaggatcggaaatcaaggaatgtgccgctg
aagattgtgcttatgagtgctacgatcgacccctcactatttcaaaagtatttccccacc
gagcaaggcaatccagcagacgtcattgaggtcccaggccgtttgttccccgtcacgaaa
cactttttggaggatttcataccaagcatgaagtccaatcctcggacaggctgggttttc
catgaagattccgtagtgaagtatctgagaaatgaagatatgtacgctttggatggtaaa
gggtccaagcaaatggtttctccatcatcacgcggcgtggacgaagacttggagctacct
tatcccctcatagcccttgccatctcacacgtccttcagaaaaccgactcggggcacgtc
ctcgttttcttgcctggttgggaggaaattaccgcagttcagcgtatcttactttcgggc
cgcatggatctcaacttttcggatagctccaagtatggtcttcatctcctgcactccaca
ataccgttggcagaacagcaggtcatcttcgaacctccacctgaaggtgtacggcgtatc
attttggcaacaaacatcgcggagacatctattaccattcccgacgtagtatatgtgatt
gactcgggcaaagtcaaagagcagcgctacaatcctgataaacacatgacgtctttggtt
tccgcttgggtagggtcttccaacctcaatcaaagagcaggtcgtgcaggtcgacatcgg
tccggtgaatactttggaatcctcggcaaagcacatgccgctggcctacatccacaccaa
acggttgaaatgaaacgagttgatttgaccaatgtcgttatgcatgttaaagcactcaat
ttccctggtatggaggtggaagacgtgctagcagcaacaattgagcctcccgagagtgag
agagtggctgcagctatgaaggaccttcaaatggttggggcccttgatggcaagaagaat
ctgacgcctttaggccgtgtcctccttcagcttcctgttgacgtacagatggggagactc
gtgctttatggaagctttttccgttgtctcgatcaggctctaaccctcgcggccatcctt
acgaatcgtgacccattcgtctctcctgtacatcttcacgaagaggctgccaaagcaaaa
gcgagatggctgccagctgactttaggtctgatgcccttacgattctgcaggcatacaat
acttggtgggccatgcaatcgaaaggtgaatataactcggcaaatcgcttctgttcggaa
aacttcctgtcgaaaccgacgcttctcttgatttcgaaaatccgcggacatctgttacag
tcgatgtaccaagctggagtaatagatgtttccgctggaggaagcgtaacagctcccact
cgccgtagggaacctgccgtcccaccagagctcaacgcgaatggtgagtcgctaccactg
cttgctgcacttattgccgtggcatcgcaacccaaatttgctattcgccagggtgagagg
tcgtaccgtactgcacaggacaagacaacatttatccatccatccagtgtcaatcaccgt
aaacgactacttcagaatcctgagatcgccagtcaaggagagaagcagctgtatgctttc
acggagaaacgtcaaaatctttcaatggcaggctcaagcagcactccttctatgtatctg
ataacgacaacacgacttgatcccatgacttacatgttgtttggggcttacgagattcag
gtcacagaacgtggtttggagtgcgatggatggctgcctatcgtaggtgatctagatacg
ctagatgacatccagcgcttgaagaccctcatggagtcctgcatgttgagggtctttgaa
ggtatcgtcgttggccagcgccataggagaggacagcagcccataccgtcgtatgaggag
tccgaaacgacagatgaggacttcagttcgaatcagggtaacccgttatcgagccaagaa
ctcaaggacctggatcttctcacacgggatatcgttcgggttcttaatcagtatagcgac
gaacgtactgaatcacaatcaaggcaaaactctcgtccgggtacgcctatgggttcgcca
tcgtttaactccatgcggctatcagggcgttcaaccccttattcatcgtggactgggtcg
tcagagcaaagctcccttccagcgacgcctatgggttcaccgtcattcagctcgatacgg
ttaccactaatcggctcacgatcggggtattcaacccctcattcgatctacacctctaga
ccaaacgccagggggaatggcgccgatatgccgagtgatcactgtgactcacctgaaaga
gccaaagagtacagggagggtcagactcctaaaccattctgcgctgtgtgcgacttctct
tcaacagttcaacctatgtctcgactgaatgggatgatcattcttgtgacaccactgaat
atcttgggagacaagaatatagcagaattagaagctattgggataacaggagtcaatcta
acagctgctacagcaacgaatgaaatatttaaggtggatattgctgcacatagtttccgc
atagtgattgtcagccccgaacgagtatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   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 (7)   
   Pfam (7)   
All databases (38)   

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