KEGG T01117: KLTH0E12078g

Lachancea thermotolerans: KLTH0E12078g

Entry

KLTH0E12078g CDS T01117

Definition

KLTH0E12078p

Orthology

K14541

urea carboxylase / allophanate hydrolase [EC:6.3.4.6 3.5.1.54]

Organism

lth Lachancea thermotolerans

Pathway

lth00330	Arginine and proline metabolism
lth01100	Metabolic pathways

Class

Metabolism; Amino acid metabolism; Arginine and proline metabolism [PATH:lth00330]

SSDB

Motif

Pfam:

Amidase AHS2 CPSase_L_D2 AHS1 CPSase_L_chain Biotin_carb_C Biotin_lipoyl ATP-grasp_4 Dala_Dala_lig_C ATP-grasp ATP-grasp_3 RimK ATP-grasp_5 RnfC_N Toxin_59

Other DBs

NCBI-GI:

255715439

NCBI-GeneID:

8292169

UniProt:

C5DIF3

Position

E:1070933..1076422

AA seq 1829 aa
MTTVDTLGWSVQDWLAFHAKTTPEASLAALSALLSAQKCAPQDPAWISLVSPEHLEHQWR
MLQSKGDKKNLPLYGVPVAVKDNIDAAGCNTTAACPAFSYTPERDASTVALLRAAGAIVI
GKTNLDQFATGLVGTRSPYGKTPCVFSDKHVSGGSSAGSASVVARGIVPLALGTDTAGSG
RVPAALNNLIGLKPTKGVFSCAGVVPACKSLDCVSIFALNLGDAERCFKVLAQYDPDHDE
YSRTMPANPLQKFAKNVTIAIPKELPWYDEKENFKHYAAAVKNLEKTGAKVVELDFEPLL
ELARCLYEGAWVAERYEATRDFFATNPPESSLDPTVTKIIKGGANYSAADAFKFEYKRQG
ILQRVNKVLESIDVLCVPTCPHNPTFEQLEAMPVEMNSRQGTWTNFVNLADMAALAVPCG
FRSDKLPTGITLIGKKFTDYALLDLANRYFKVAFPNSSRTYGKFLSTPITTQDEIEGPSF
SSSDSIKLAVVGAHLKGLPLHWQLEKVNAQYLGSPKTSPNYRLYALPKNGPVLKPGLRRI
GSDGGAQIQLEVYSVPKDQFGTFISMVPEPLGIGSVELENGEWVKSFICEEFGYVQKGTV
DITELGSFKVYVEKLAKEESEKKKPFETVLVANRGEIAVRIMKTLKKLNIKSVAVYSDPD
KYSQHVTDADISVPLNGRTAAETYLDIEKIIAAAKETKAEAIIPGYGFLSENADFSDRCA
AEGINFVGPTGDAIRKLGLKHSAREIAEEAGVPLVPGSDLVKTPQEAREIAKKLEYPVMV
KSTAGGGGIGLQKVDSEEDIERVFETVQHQGLAYFGDSGVFLERFVENARHVEIQLMGDG
NGKAIAIGERDCSLQRRNQKVIEETPAPNLSEKTRMRMRKASESLGSLLNYRCAGTVEFI
YDEKRDEFYFLEVNARLQVEHPITEMVTGLDLVEWMILIAAGNPPDFDVEIPAFGASIEA
RLYAENPVKDFRPSPGQLTNVHFPKWARVDTWVSKGTTVSAEYDPTLAKIIVHGTDRADA
IAKLNKALNETSIYGCITNIDYLRSIASSEMFKTAKVATKVLDSFDYKPSAFEITAPGAY
TTVQDYPGRVRHWRIGVPPSGPMDTYSFRLANRIVGNHYKAPAIEITLNGPKVLFHTEAT
IAITGGTVPCTVNGESVQQNKPIMVKKGDQLSVGKFTSGCRAYLAIRGGIDVPEYLGSRS
TFALGNMGGYNGRVLKLGDVLFLNQPELASSAIPAPIFSPSEPDASLLPAIPDSKEWRIG
VTCGPHGSPDFFKPESVEEFFGDKWKVHYNSNRFGVRLIGPKPKWARKDGGEGGLHPSNA
HDYVYSLGAINFTGDEPVIITADGPSLGGFVCQAVVPEAELWKVGQVKPGDFIQFVPVSY
QSARLLKESQDHAIESFEKGALKNLTSELVLPTAQNPILAQLPKSSEYCPKVTYRQAGDR
YILVEYGENEMDLNISYRVNRLISLVEENKTVGIVEMSQGVRSVLVEFNGYKITQSSLLK
TLVAYEQEIKFDKNWTIKSKVFKLPLAFEDSETLNCVKRYQETIRSKAPWLPNNVDFIAN
VNGIKHSDVEQMLYHARFMVLGLGDVFLGAPCAVPLDPTHRFLGSKYNPSRTYTKNGTVG
IGGMYMCIYAMDSPGGYQLVGRTIPIWDKLQLGAHSGDHPWLLTPFDQVEYYQVTEEELN
KFTEEFENGQFKVQIEETVFDHHQYSAWIEANSGAIEEFQKKQKGEKAEEFAKLIREADA
ELAKAPAASSSVDEEFPEDAEMVYSEYSGRFWKPMVSAGDTVKAGDGLIIVEAMKTEMIV
PAPKGGKVLKVVHNNGDMVEAGDVVAVIQ

NT seq 5490 nt +upstreamnt +downstreamnt
atgaccacagtagacaccctagggtggagcgttcaggactggctagcgttccatgccaaa
accacgccagaggcatcgctggcggcgctgagcgctcttctcagcgcacagaagtgcgca
ccacaggatccagcttggatttcgctggtttcaccagaacatctagaacaccaatggcgc
atgctacaaagcaagggcgacaagaagaacctgccactgtacggtgtgccagtggcagtc
aaagacaacatcgacgctgcgggttgcaacaccacggctgcatgtccagcgttttcttac
acgcccgagcgtgacgctagcacagtggcgctgctcagagctgcgggtgccatcgtaatt
ggaaaaacaaacctcgatcaattcgcgacaggtctggtgggcaccagatcgccttacggc
aaaacaccgtgcgttttcagcgacaaacacgtttctggaggctcttctgcgggctcggcg
tctgttgtggctcgagggattgtcccactggcgctgggtacggatactgctggctctgga
agagtaccagcagcgctcaacaaccttatcgggctcaagcctactaagggcgtgttttca
tgcgctggtgtcgttcctgcgtgcaaatctttggactgtgtgtctattttcgcgctcaac
ctcggagacgctgagaggtgtttcaaggtcctagcgcagtacgaccctgaccatgacgaa
tactctagaactatgccagccaacccattgcagaagttcgccaaaaatgtcacaatcgcg
attcctaaggagttgccatggtatgatgagaaagagaactttaagcactacgctgcggcc
gtgaaaaatctcgaaaagactggcgctaaagtggtggagctcgatttcgagcccctgctc
gagctggcgcgctgtttatacgaaggcgcctgggtagccgaacgttacgaagctacaaga
gactttttcgccacgaatcccccagagtcatccttggaccctaccgtaaccaagattatc
aagggaggtgccaactacagtgccgctgatgccttcaaattcgagtacaaaagacaagga
atcctacaacgggtgaacaaggttctggagtctatcgatgttttgtgtgtacctacctgc
ccacacaatccaacttttgagcagcttgaagccatgccagttgaaatgaactcaagacaa
ggcacatggacaaacttcgttaatcttgctgacatggctgccctcgcagtgccctgcggc
ttccgctcagacaaacttcctaccggcatcactttaattggtaagaagttcacagactat
gctctattggatcttgccaacagatacttcaaagtcgcattcccaaatagctcaaggacg
tatggtaagtttctctcaacccccatcacaacgcaagacgaaattgaggggccatctttc
tcttcttccgattcaattaaacttgctgtcgttggtgcccacctcaagggtctgccgcta
cactggcagctagagaaagttaacgctcaatacctcggctctcccaaaacatcaccaaat
tatcgcctctacgcactgcccaagaacggcccggttttgaagccaggtctgagaagaatt
gggtccgacggcggcgcccaaattcaacttgaagtgtacagcgtgcccaaggaccaattt
ggtacttttatctctatggtacctgagcccctgggaattggttcagtcgagctagaaaac
ggcgaatgggtcaaatcatttatctgtgaagaattcggctacgttcaaaaaggaactgtg
gatatcacagagcttggcagttttaaagtatatgttgaaaagttagccaaggaggaaagt
gaaaagaagaagcctttcgaaaccgttttagtggctaacagaggtgaaattgccgttcgc
atcatgaagactttgaaaaagttgaacatcaaatcagtcgccgtttattcagaccccgac
aaatactcgcaacatgtcactgatgctgacatttcagttcctttgaatggaagaactgcg
gctgaaacataccttgatattgaaaaaataattgctgctgctaaagagacaaaagctgaa
gccattattcctggctatggcttcttatcagaaaatgctgacttttcagacagatgcgct
gctgagggtataaactttgtcggtcccactggtgacgccatcagaaagttaggtctgaag
cattctgcgagagaaattgctgaagaggccggtgttcccctggttccaggttccgacctt
gtcaaaactcctcaagaagctagagaaatagcgaaaaagctcgaatatcccgttatggta
aaatccactgctggcggtggcggtattgggttacagaaagtggattcagaggaagatatc
gaacgagtttttgaaactgttcagcatcagggccttgcctactttggagactctggtgta
tttcttgaaagatttgtggagaacgctagacatgtcgagattcagttgatgggtgatggc
aatggcaaagcaatcgctatcggagagcgtgattgttctttgcagcgccgtaaccaaaag
gtcatcgaggaaactccggcgccaaacctgagcgagaagaccagaatgagaatgagaaag
gcatctgaaagcctaggatctctcctgaattacagatgcgccggtacagttgaatttatt
tatgatgaaaagagagatgaattttactttttagaagtgaacgcaaggttgcaggtcgag
catcctatcaccgaaatggttacaggcctcgacttggttgagtggatgattctgatagcc
gctggaaatcctcctgactttgatgttgagattcctgcttttggtgcctctatcgaagcc
cgtctatacgccgagaaccctgtgaaagatttcaggccctctcctgggcaactaactaac
gtccatttccctaagtgggcaagagttgacacatgggtctccaagggtacaacagtttct
gctgaatatgatcctactctggcaaaaattattgttcatggaactgatcgtgcagacgcc
attgctaaattgaacaaggctttaaatgaaacttctatctatggttgcattactaatatt
gactacttgagatctattgcgtcatctgagatgttcaaaactgcgaaagtcgccactaaa
gtgcttgattcttttgactacaagccttctgcctttgaaattactgcccccggtgcctat
acgacggttcaagactacccaggaagagttcgccactggaggataggtgtaccaccatct
ggtcctatggacacctactcattcagacttgcgaacagaatagtcggaaatcattacaag
gctcctgcaattgaaattacattgaatggtccaaaagtgctattccacaccgaggccacc
attgcgattacaggtggtaccgtgccctgcactgtaaatggtgagtctgtccaacaaaac
aaaccgattatggtcaagaagggagaccagttgtccgttgggaagttcaccagtggatgc
agagcctaccttgcgatcagaggcggaattgacgttcctgaatacttgggatcaagatca
acttttgctctcggaaacatgggtggctacaatggtagagttttgaagttgggtgacgtt
ttgttcctcaatcagccagagctcgcctcctcagctattcctgctcctatcttttctcct
tccgagccagacgccagtttgttgcctgccattcctgattcaaaggagtggcgcattggt
gttacctgcggacctcatggctcgccagatttcttcaagccagaatcagttgaagaattt
tttggcgacaaatggaaggttcactacaactctaacagatttggcgttagactaattgga
ccaaagccaaaatgggctagaaaggatggtggcgaaggtggattacatccatcaaacgca
catgactacgtctactctcttggtgccatcaactttacgggtgatgaacctgtgataatt
acagctgatgggccttctctaggaggatttgtttgtcaagctgtcgttccagaggctgaa
ctatggaaggtcggccaagtgaaacctggtgactttattcagtttgttccagtttcttat
cagtctgctagattgttgaaagagtctcaggaccatgccattgaatcttttgagaagggc
gcactcaaaaacttaacttctgagctggttttgcctactgcacaaaatcccattctcgcg
caattgccaaagtcttcggaatattgtcctaaggtgacctaccgtcaagcgggtgatcgt
tatatcttggtcgagtatggggaaaacgaaatggatttgaatatctcctaccgtgtcaac
agactcatcagcttagttgaagagaacaaaaccgtgggtattgttgaaatgtcacagggt
gtgcgctcggtcttggtggaatttaacggatacaaaataacccagagctctctgctgaag
accttggttgcttacgaacaggaaatcaagtttgacaaaaactggactatcaaatcgaag
gtgttcaaattacctcttgctttcgaggattctgaaacattgaactgtgtaaagcgttac
caagagaccattcgctccaaagcgccttggttgccaaacaacgttgacttcattgctaac
gtcaatggcattaaacattcggatgtcgagcaaatgttataccacgccagatttatggtt
ttgggtcttggtgatgtctttttgggtgccccttgcgctgttcctttggacccaacacac
agatttttaggttccaagtataatccttcgagaacttacacaaagaatggtactgtgggt
attggaggtatgtacatgtgcatctacgccatggactctccaggtggttaccaattggtg
gggcggactatccctatatgggacaagcttcaacttggagctcactccggggaccaccct
tggttactgacaccttttgaccaagttgagtattaccaggttactgaagaagaactgaac
aagttcaccgaagaatttgaaaatggccagttcaaagtgcaaattgaagagaccgtattt
gaccaccatcaatattcagcatggatagaggctaactctggtgctattgaagagttccaa
aagaagcagaaaggagaaaaggcagaagagttcgcgaagctgattcgtgaggccgatgct
gagctagcaaaagcacctgctgcctcgagctctgttgatgaggaattccccgaagacgca
gagatggtttactctgagtactcagggcggttctggaaacctatggtttctgcaggtgac
acagtgaaggcaggtgacggtttgatcattgttgaagccatgaagactgagatgatcgtt
cccgctcctaaaggtggcaaggttttgaaggttgttcacaacaatggcgatatggttgaa
gcaggggatgttgttgcagttattcagtaa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (38)   

Download RDF

DBGET integrated database retrieval system