KEGG T01149: CLUG

Clavispora lusitaniae: CLUG_04779

Entry

CLUG_04779 CDS T01149

Definition

hypothetical protein

Orthology

K11541

carbamoyl-phosphate synthase / aspartate carbamoyltransferase [EC:6.3.5.5 2.1.3.2]

Organism

clu Clavispora lusitaniae

Pathway

clu00240	Pyrimidine metabolism
clu00250	Alanine, aspartate and glutamate metabolism
clu01100	Metabolic pathways

Module

clu_M00051

Uridine monophosphate biosynthesis, glutamine (+ PRPP) => UMP

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:clu00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:clu00250]

SSDB

Motif

Pfam:

CPSase_L_D2 CPSase_sm_chain GATase CPSase_L_chain CPSase_L_D3 ATP-grasp_4 ATPgrasp_Ter MGS Dala_Dala_lig_C ATP-grasp Peptidase_C26 ATP-grasp_3 RimK DJ-1_PfpI TrkA_N

Other DBs

NCBI-GI:

260943197

NCBI-GeneID:

8495857

UniProt:

C4Y9A1

AA seq 1764 aa
MARLSAPISPPMESTGDRLMTLETQDGHALQGYSFGAPVSAAGEVVFQTGMVGYPESITD
PSYEGQILVITYPLVGNYGVPDRNLKCDIVEELPKYFESNRIHIAGLVVAHYTEEYSHYL
ATSSLGQWLQKEGIPAMYGVDTRGLTKKLRTEGSTLGRMAIQSANSKHDEVVGQENWAPF
FDVPQWDDPNVKNLVAKVSTKEPVLYKPKTNVKTDKNGKPIRIVAVDVGMKYNQIRCFVA
RGVELKVVPFDYDYTNEEYDGLFVSNGPGDPQVMTDAVSRLEKVMKEGKTPVFGICLGHQ
LLARATGASTLKLKFGNRGHNIPCTSTISGRCYITSQNHGFAVDSKTLADGWKELFVNAN
DGSNEGIYHESKPFFSVQFHPESTPGPRDTEFLFDVFINAVVDFKNTGVYKPVQFPGGLL
ADNRAAHPRENVKKVLVLGSGGLSIGQAGEFDYSGSQAIKALKEEGIYTVLINPNIATIQ
TSKGLADKVYFLPVNPEFVRKVIEHERPDGIYCTFGGQTALSVGIALKDEFESLGVKVLG
TPIDTIITTEDRELFASAMEEINEKCARSEACSTVEEAVNAANAIGYPLIVRAAYALGGL
GSGFADNEAELVALCQKAFATSPQVLVERSMKGWKEVEYEVVRDAFDNCITVCNMENFDP
LGIHTGDSIVVAPSQTLSDEDYNMLRTTAVNVIRHLGVVGECNIQYALNPFSKEYCIIEV
NARLSRSSALASKATGYPLAYTAAKLGLNIPLNEIKNSVTKSTCACFEPSLDYVVVKIPR
WDLKKFTRVSSLLSSSMKSVGEVMSIGRTFEEAIQKAIRSTDYQNLGFNSTAALMSIDID
TELQTPSDQRLFAIANALTDGYSVDKVWQLTNIDKWFLNKLDGLIKFGKKIADFGSKEKL
PVPVLRQAKQLGFEDRQIAKFLDSNEVAIRRMRKEAGVIPFVKQIDTVAAEFPAFTNYLY
VTYNADSSDVDFEDHGVIVLGSGVYRIGSSVEFDWCAVRAIRTLRENKIKTIMINYNPET
VSTDYDEADRLYFETINLERVLDIYDLEQSSGVVISMGGQTSNNIALTLHRQNVKIFGTS
PEMIDSAENRYKFSRMLDKIGVDQPAWKELTSIADAEEFAEKVTYPVLVRPSYVLSGAAM
NTVYSKADLASYLSQAVDVSPDYPVVITKYIENAKEIEMDAVAKDGQMIMHVVSEHVENA
GVHSGDATLIVPPQDLDPETVRRIVEATAKIGKALDITGPYNIQFIAKDNDIKVIECNVR
ASRSFPFISKVVGTDLIEMATKAIMDLPVTPYPGKKLPEDYCAVKVPQFSFSRLAGADPI
LGVEMASTGEVATFGRNKYEAYLKSLISTGFKLPKKNILFSIGSYKEKQELLPSIKKLHE
LGYTLFATAGTADFIKEHDIPVRYLEVLKDSDDQKSEYSLTQHLANNLIDLYINLPSSNR
FRRPASYMSKGYESRRMAVDYSVPLVTNVKCAKLLVEALARNISLDVSNNDAQTSHDTAE
LPGLVNITSFVPSLNDFEATTKASLAAGFTFNSFLPQTVAGSTVVDVESLADALELASES
AYTDYSLSISGSATNAEEAASAANAGSLFLPFNELANSKVSAVSAHFASWPASKPMITDA
KATDLASVLLLASLHNRSIHITGVSSEEDLELIKMAKAKDLQVTCDVAVYSLFLSKNNYP
QFNFLAFSRGPRCLVGRFGTHRSLLCWCLALFGCQGIGPRYYTWFGFEGDFAIVVFCCQR
RKTHYRKTIILRLHNKSNQDTPPS

NT seq 5295 nt +upstreamnt +downstreamnt
atggctagattgtctgctccaatttcccctccaatggaatctaccggtgaccggttgatg
actttggaaacccaagacggccatgccttgcaaggttactcttttggtgccccagtctct
gctgccggtgaagttgttttccagaccggaatggtgggttaccctgaatccatcaccgac
ccttcctatgagggtcaaattttggtgatcacctacccacttgtgggtaactatggtgtt
cccgaccgtaacttgaagtgtgacattgttgaggagttgccaaagtacttcgagtcgaac
agaattcatattgctggtttggttgttgctcactacaccgaggagtactctcactacttg
gccacttcctctttgggtcaatggttgcagaaggagggtattcctgccatgtatggtgtt
gataccagaggtttgaccaaaaagttgagaactgagggttctaccttgggtagaatggcc
atccaatctgcaaactctaagcatgatgaagttgtgggccaagaaaactgggccccattc
tttgacgttccccaatgggacgatccaaacgttaaaaacttggtggcaaaggtttcgacc
aaagaaccagttttgtacaagccaaagaccaatgtcaagaccgacaagaatggtaagccc
attcgtattgttgctgtggacgttggtatgaagtacaaccaaatccgttgttttgtcgcc
agaggcgttgaattgaaggttgtgccttttgattacgactacaccaatgaagaatacgat
ggtttgtttgtctccaatggcccaggtgatccacaagtgatgacagatgctgtttccaga
ttggaaaaagtgatgaaagaaggaaagactccagtcttcggtatttgtttgggtcaccag
ttgttggctagagctactggtgcttctactttgaagttgaagtttggtaaccgtggacac
aacattccatgtacttctaccatctcgggaagatgctacattacttcgcaaaaccacggt
ttcgcagttgattccaagactttggccgacggctggaaagaattgttcgtcaacgccaac
gacggctccaatgaaggtatttaccacgagtcgaagcctttcttctccgtgcaattccac
cctgaatccacccctggcccaagagataccgaatttttgttcgacgtcttcattaatgca
gttgttgacttcaagaataccggagtttacaagcctgtgcaattcccaggtggcttgctt
gcagacaacagagctgctcatccaagagaaaatgtcaagaaggttcttgtcttgggttcg
ggtggtttgtctattggtcaagctggtgagttcgactactctggttctcaagccatcaag
gctttgaaggaggaaggtatctacactgttttgattaaccccaacatcgctactatccaa
acatccaagggtttggctgacaaggtttactttttgcctgtcaaccctgagtttgtgaga
aaggtgattgagcatgaacgtccagacggtatctactgtacttttggtggtcaaactgct
ttgagtgttggtatcgccttgaaggacgagtttgaatccttgggtgtcaaggtcttgggt
actccaatcgacacaatcattaccactgaggacagagaattgttcgctagtgctatggag
gaaatcaacgaaaagtgtgccagatctgaggcctgctctactgttgaagaagctgttaat
gccgcaaatgccattggttacccattgatcgttagagctgcttacgccttgggtggtttg
ggctctggtttcgctgacaatgaagcagagttggtagccttgtgtcaaaaggcttttgct
acatctcctcaggttcttgttgaaagatccatgaagggttggaaggaagttgaatacgaa
gtcgttcgtgatgcttttgataactgtatcactgtttgtaacatggagaactttgatcct
ttgggtatccacactggtgactctattgtggtcgctccatctcaaactttgtcggacgag
gactacaacatgttgagaactactgctgttaacgttatcagacacttgggtgtggttggt
gaatgtaacattcagtatgctttgaacccattctccaaagagtactgcattatcgaagtt
aatgctagattgtctcgttcttctgctttggcctctaaggctactggttacccattggct
tacactgctgctaagttgggtttgaacatcccattgaacgagatcaagaactctgttacc
aagtctacttgtgcatgtttcgaaccttccttggattacgttgtcgttaaaattccaaga
tgggatttgaagaagttcaccagagtttcttccttgttgtcttcttccatgaaatccgtc
ggtgaagtcatgtccattggcagaactttcgaagaagccattcaaaaggcaatcagatcc
accgattaccaaaacttgggtttcaactctactgccgctttgatgtctattgacattgac
actgaattgcaaacaccttccgaccaacgtttgtttgctattgccaacgctttgactgat
ggttacagtgttgacaaggtttggcaattgactaacattgacaaatggttcttgaacaaa
ttggacggtttgatcaagtttggtaagaagatcgccgactttggctctaaagaaaaattg
ccagtcccagtgttgagacaagctaagcaattgggattcgaggacagacaaattgccaag
ttcttggactctaacgaagttgccatcagaagaatgagaaaggaagctggtgtcatccca
tttgtgaaacagattgatactgttgctgctgagttcccagccttcacaaactacttgtat
gtgacttacaacgctgactcttccgatgtggacttcgaggaccacggtgttattgttttg
ggttctggtgtttacagaatcggatcttccgtcgagttcgattggtgtgctgtcagagcc
atcagaactttgagagaaaacaagattaagacgatcatgatcaactacaacccagaaacc
gtttctactgattacgacgaggcagacagattgtacttcgaaactatcaacttggaaaga
gtgttagatatttatgacttggaacaatcttctggtgttgtgatttctatgggaggtcaa
acctctaacaacatcgccttgactttgcaccgtcaaaacgttaaaatctttggtacctct
ccagaaatgatcgactctgctgagaacagatataaattctccagaatgttggacaagatt
ggtgtcgaccagcctgcttggaaagaattgacttccattgctgatgcagaagagtttgct
gaaaaggttacctacccagtgttggtccgtccatcgtacgtcttgtccggtgctgccatg
aacaccgtttactctaaggctgatttggcttcctacttgtcgcaggctgtggatgtttct
ccagactacccagttgttatcaccaagtacattgagaacgccaaagaaatcgagatggac
gctgtcgccaaggacggtcaaatgatcatgcatgttgtttctgaacacgtcgaaaatgcc
ggtgttcactccggtgatgctactcttatcgttcctcctcaagacttggatccagaaact
gtccgcagaattgttgaagctactgctaagatcggaaaggccttggacatcactggtcct
tacaacattcaattcattgctaaggacaatgacattaaggtcatcgaatgtaacgtgcgt
gcatctcgttctttcccattcatttccaaggttgtcggaaccgacttgatcgaaatggct
acgaaggccatcatggaccttccagtaactccatacccaggaaagaaattgcctgaggat
tactgtgctgtcaaggttccacaattttctttctcgagattggctggtgctgacccaatt
ttgggtgtcgagatggcttctactggtgaagtggccactttcggaagaaacaagtacgag
gcttacttaaaatcgttgatttccaccggattcaagttgccaaagaagaacattttgttc
tctattggttcatacaaggagaaacaagagttgttgccttccattaagaaattgcacgag
ttgggctacactttgtttgccacagctggtactgctgatttcatcaaggagcacgacatt
cccgtccgctacttggaagtgttgaaagacagcgatgaccaaaaatccgagtactcgttg
actcaacacttggctaacaacttgatcgacttatacatcaacttgccatcttcgaacaga
ttccgtcgtccagcatcttacatgtccaagggatacgaatctcgtcgtatggctgtcgac
tactctgtgccattggtgactaacgtcaagtgtgctaagttgttggttgaagcattggct
agaaacatctctttggatgtcagcaacaacgatgctcaaacctcacacgacacggccgag
ttgccaggtttggtgaacatcacatcgtttgttccatctttgaacgactttgaggctacc
accaaggcttccttggctgccggtttcaccttcaactctttcttgcctcaaactgtggct
ggatcaactgttgtggacgttgaatctttggctgatgctcttgagttggcttccgagtcg
gcatacactgactattcgttgtcaatttcgggatcagccaccaacgccgaggaagctgct
tcagctgctaacgctggctctttgttcttacctttcaacgagcttgcaaactccaaggtt
tctgctgtttcggctcactttgcttcttggcctgcttccaagccaatgatcaccgacgca
aaagctacggatttggcttcggttttgttgttggcttctttgcacaacagatccatccat
atcactggtgtttctagcgaagaggacttggaattgatcaagatggccaaggctaaggat
ttgcaagtgacatgtgacgttgccgtttattctttgttcttgtctaaaaacaactaccca
caattcaacttcttggccttctcaagaggaccaagatgccttgtgggccggtttggaaca
catcgactgcttctctgttggtgtcttgccttatttggttgccaagggattgggccacga
tattacacctggtttgggtttgaaggagactttgccattgttgttttctgctgtcaaaga
aggaaaactcactacagaaagacaattattctccgcttgcataacaaatccaatcaagat
actccaccttcctaa

All links

Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (10)   
   KEGG COMPOUND (10)   
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 (41)   

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