KEGG   Pyrenophora teres: PTT_06788
Entry
PTT_06788         CDS       T01613                                 
Name
(GenBank) hypothetical protein
  KO
K01338  ATP-dependent Lon protease [EC:3.4.21.53]
Organism
pte  Pyrenophora teres
Brite
KEGG Orthology (KO) [BR:pte00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pte01002]
    PTT_06788
Enzymes [BR:pte01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.21  Serine endopeptidases
    3.4.21.53  endopeptidase La
     PTT_06788
Peptidases and inhibitors [BR:pte01002]
 Serine peptidases
  Family S16: lon protease family
   PTT_06788
SSDB
Motif
Pfam: Lon_C LON_substr_bdg AAA AAA_5 ChlI AAA_16 nSTAND3 AAA_3 RuvB_N AAA_22 TIP49 IstB_IS21 AAA_2 AAA_33 AAA_14 ATPase_2 AAA_25 ABC_tran RNA_helicase AAA_18 NB-ARC NACHT NTPase_1 Rad17 Mg_chelatase AAA_7 TsaE AAA_24 AAA_19 AAA_17 AAA_23
Other DBs
NCBI-ProteinID: EFQ95258
UniProt: E3RG87
Position
Unknown
AA seq 925 aa
MGRGSSKTSTKVLPLIPLAPPLAVLPNTTLKIPITNRSDVAAILAKIYSVSPTARPDASI
TVACVPLNSHNVSPDGQLLRDDARRGDKNMYESDPIRASKKDIFGWACIAKVSGVQGRKQ
GDLCLVVEGLERVQVVDVVQERPYFEGELVAADEYVDIASSDLLNQFNLLKQLSRELLAL
VRLSAILPRTPQVTLSPIVARRLETFITRKDLSEAGALADFMANVVDCTHEETLRVLAAV
DVKERVDRVIEILQRQINNIQGNTRMTITTTQAPTTSLDMDTLRRLQQEVLTRRGKAGGG
LPAGFPGGFPGGGQQQAGEEEPNEIDELKKRLESAKLSPDANKVAQRELSRLQKMNPAQA
EYQVCRNYLENLAEIPWSKTTVDQLDANTLVRAKEQLDHDHFGLEKVKKRLLEYLAVLKL
KEQANRGIDDQIRALTETGEAKEKEKEQAPQEKVAKEPTEAELRLLEKKRMVDKSPILLL
VGPPGVGKTSLAKSVATALGRKFHRISLGGVRDEAEIRGHRRTYVAAMPGLIVNGLKKVG
VANPVFLLDEIDKLGMMNHNGDPGAAMLEVLDPEQNHTFTDHYVNIPIDLSKVLFIATAN
SLDTIPPPLLDRMETIQLSGYTTLEKRHIAARHLIPKQITTNGLHQENINIPTEVLDKII
TSYTRESGVRNLEREIGSVCRSKAVEYATAKDTNTLAAYTPTVTLEDLDSTLGIEKFAEE
LTEQSSRPGVITGLVAYSTGGQGSILFIEIADMPGSGRVQLTGKLGDVLKESVEVALTWV
KAHAFDLGLCATHDEDIMKNRSIHVHCPSGAIPKDGPSAGLAHTIGLISLFSNQPVPPTL
AMTGEISLRGRVLPVGGIKEKLIGALGAGVERVLLPEGNRKDARELPREVTEGIKIEFVG
HIWEALGRVWPERWEGREGGWESRL
NT seq 2778 nt   +upstreamnt  +downstreamnt
atgggaagagggtcctccaaaaccagcacgaaagtgcttccactgattccccttgcgccg
cccctcgccgtgctccccaacacaacgcttaagatccccatcaccaaccgctccgatgtc
gccgccatacttgccaagatttacagcgtcagtccgacggcgagacctgatgcctcaatt
acggtggcgtgtgtgccgttgaactcgcataatgtgagccccgatgggcagctgttgagg
gacgatgcgaggaggggggacaagaacatgtatgagagcgatccgatacgcgcgtccaag
aaggacatctttggctgggcttgtatcgccaaggttagtggggtgcagggccggaaacag
ggcgatttgtgccttgttgttgaggggctggagagggtgcaggtggtggatgttgtgcag
gagaggccttactttgagggggagctggtcgcggcggatgaatatgtcgacattgccagt
tcagaccttctgaaccagtttaacctcctcaagcagctgtcgcgtgagctgctcgccctc
gttcggctgtctgccatcctaccgcgtacgccgcaggtcacactctcgcccattgtcgca
cggagactcgaaacgttcatcacgaggaaggatctttccgaggcgggcgcgctggccgac
ttcatggcaaatgtggtcgactgcacacacgaggagacactgcgcgtgctggcagctgtg
gatgtcaaggagagagtcgacagggtgattgagattcttcaacgccagatcaacaacatc
caaggcaacacacgtatgaccatcacaactacacaggcaccgactactagtttggacatg
gatacactacggcggttacagcaggaggtgctcacaagacgggggaaggcaggcggcggt
ctacctgctggcttccctggcggcttcccaggtggtggccaacagcaggccggtgaagaa
gagcccaacgagattgacgagttgaagaagaggctggagagtgctaagctatcaccagac
gcgaacaaggtggcacaacgcgagctgtctagattgcagaagatgaacccagcacaggcc
gagtaccaggtctgcagaaactacctcgagaacctcgccgagataccgtggtccaagacg
actgtcgaccagctagacgcaaacacgctggtgagggccaaggaacaactcgaccatgac
cactttggtctggagaaggtcaagaagaggctgttggagtatctggcggttctgaagctc
aaggagcaggcgaacaggggcattgatgatcagattcgcgctttgaccgagactggtgaa
gcgaaggagaaggagaaggagcaagctccgcaagagaaggtcgcaaaggagccaacagag
gctgagctgcggctgctggagaagaagcgcatggtggacaagtcgcctatcctgttgctt
gttggtcctccgggtgtgggaaagacgtcgctggccaagtcggtcgccacagcacttggt
cgcaagttccaccgcatctcactcggtggtgtgcgcgacgaggccgagattcgcggtcat
cgcaggacctatgtcgccgccatgcctggtctcatcgtcaacggacttaagaaggtgggc
gtcgcaaaccccgtcttccttcttgatgagatcgacaaactgggcatgatgaaccacaac
ggcgaccccggcgcagccatgctcgaagtcctcgaccccgaacaaaaccacaccttcacc
gaccactacgtcaacatccccatcgacctttccaaagtcctcttcatcgccaccgcaaac
tcgctcgacacaatccccccgcccctcctcgaccgcatggaaaccatccaactctcgggc
tacaccacgctcgaaaagcgccacatcgccgcccgccacctcatcccaaagcaaatcaca
acaaacgggctccaccaagaaaacatcaacatccctaccgaagtcctcgacaaaatcata
acatcctacacacgcgaatccggcgtccgcaacctcgagcgcgaaatcggctcagtctgc
cgctccaaagccgtagaatacgcaaccgcaaaagacacaaacactcttgcagcctacacc
ccgaccgtcacccttgaagacctcgactccaccctcggcatcgaaaagttcgcagaagaa
ctcaccgagcagtcgtcccgaccgggcgtcatcactggccttgtcgcctacagcaccggc
ggccagggctcgattctgtttatcgaaatcgcagacatgcctggctcgggccgcgtgcag
ctgacgggtaaactgggtgatgtgctaaaggagagtgtggaggtggcgttgacatgggtg
aaagcacatgcctttgacctcggtctctgcgccacccacgacgaggatatcatgaaaaac
agaagtatccacgtccattgcccgtcgggtgccataccgaaagacggtcctagtgctggt
ctcgcacacactatcggtcttatcagtttgtttagcaaccaacccgttccccccactctc
gctatgacgggcgagatctccctacgaggtcgcgtgttgcccgtaggcggaatcaaagag
aagttgattggagcgctgggtgcgggtgtggagagggttctgctgccggagggcaatagg
aaggatgcgagggaattgccgagagaggttacagagggtatcaagattgaatttgtggga
cacatttgggaggcattgggacgggtttggccggagaggtgggaaggcagagagggggga
tgggagagtaggttgtaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (9)   
   KEGG ORTHOLOGY (1)   
   RefGene (6)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (31)   
   Pfam (31)   
All databases (46)   

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