KEGG C.glabrata: CAGL0K07788g

Candida glabrata: CAGL0K07788g

Entry

CAGL0K07788g CDS C.glabrata

Definition hypothetical protein

Orthology K00143 aminoadipate-semialdehyde dehydrogenase large subunit
[EC:1.2.1.31]

Pathway cgr00300 Lysine biosynthesis
cgr00310 Lysine degradation
cgr01100 Metabolic pathways

Class Metabolism; Amino Acid Metabolism; Lysine biosynthesis
[PATH:cgr00300]
Metabolism; Amino Acid Metabolism; Lysine degradation
[PATH:cgr00310]

SSDB

Motif Pfam: AMP-binding NAD_binding_4 PP-binding Epimerase 3Beta_HSD
PROSITE: AMP_BINDING ADH_SHORT IG_MHC PHOSPHOPANTETHEINE ACP_DOMAIN

Other DBs NCBI-GI: 50292253
NCBI-GeneID: 2890361
Bordeaux: CAGL0K07788g
UniProt: Q6FMI5

Position K

AA seq 1374 aa
MSWKERLDNPTLSVWPHDYLRPHAEPFVEQGTYSISIPQLSGDYATLLAAWTALLYRVTG
DDDIVLYVRDNKVLRFTITPELTFTQLQNKINEQLAELANVEGTNFDALSESLQKESGLE
RPPQLFRIACVTEDLQLDRYTHSPLDIGLQLHESSSDVSIVFNKLLFSQDRITILADQLT
LFLTSVLQNAKQVFTKVSLITDSSTSILPDPKANLDWCGFVGCIHDIFQDNAEKFPERTC
VVETPPINSTKTRTFTYKDINEASNIVAHYLINTGIKRGDVVMIYSSRGVDLMVCVMGVL
KAGATFSVIDPAYPPARQTIYLGVAKPKGLIVIRAAGQLDQLVEDYITKELDLVSRIPSI
AIQDNGTVEGGSLPSESGDVLASYTELKSTRTGVVVGPDSNPTLSFTSGSEGIPKGVLGR
HFSLAYYFSWMAKQFNLSENDKFTMLSGIAHDPIQRDMFTPLFLGAQLYVPTQDDIGTPG
RLAEWMGKYGCTVTHLTPAMGQLLTAQAVTPFPKLHHAFFVGDILTKRDCLRLQTLAENC
CIVNMYGTTETQRAVSYFEVTSRSQDPHFLKKLKDVMPAGRGMKNVQLLVVNRNDRTQVC
GVGEIGEIYVRAGGLAEGYRGLPDLNKEKFVNNWFVEEGHWNYLDKDLEAPWKEFWQGPR
DRLYRTGDLGRYLPNGDCECCGRADDQVKIRGFRIELGEIDTNISQHPLVRENITLVRNN
LEGEKCLVTYMVPRFDKPELENFKIEVPSNISDDPVVCGLIGYSPFTKDLKAFLKKRLAS
YAIPSLIIVLPKLPLNPNGKVDKPKLQFPTVKQLELVAKNSSIDINDSEFNQQEREIRDL
WLECLPTKPTSISPEDSFFDLGGHSILATKMIFTVKKQLNVELPLGTIFKYPTIKAFAAE
VSRLKSTDKIEEETTALTADYASDAASLIDTLPKSYPAARALGSPSEMAGPTTVNIFVTG
VTGFLGSFILSDILNRTVTGVNFKIFAHVRAADETSGLDRIRKAGTVYGTWKEEYANSLQ
VVIGDLSKKNFGLTDDKWSHLSETIDIIIHNGALVHWVYPYSKLRNANVVSTINIMNLAS
EGKPKLFNFVSSTSVLDTNHYFELSDKLQQSGKEGIPESDDLMGSSLGLTSGYGQSKWAA
EHIIRAAGKRGLRGSIIRPGYVTGASYNGSSNTDDFLLRFLKSAVQLGKIPDINNTVNMV
PVDQVARVVVAASINPPCGDDLCVVHVNAHPRIIFKDYLYELKNYGYDVEIENYEQWKKT
LEEAVIERSEDNALFPLLHMVLGDLEDSTKAPELDDKNAITSLRADIEWTNEDRTKGMGA
TPEQIGIYISFLESVGFLPHPKHFGDKALPNIKISEQQKELVASGAGARSSSAA

NT seq 4125 nt +upstreamnt +downstreamnt
atgtcctggaaagagagactagataatccaacactttcagtgtggccacatgattacttg
aggccacacgccgagccattcgtcgaacaaggaacgtactccatcagtattccacaacta
agtggtgactatgccacacttctggctgcctggactgctctactttatagagtcaccggc
gatgacgatatagtgctatatgtgcgcgacaacaaagttctgagatttaccattactcca
gaattaactttcactcaattgcaaaacaaaatcaatgaacagcttgctgagcttgctaat
gtggaaggtaccaacttcgacgctttgagcgagtcattacagaaagaatcgggactcgaa
agaccaccacaactattcagaatagcgtgcgtcacagaggatttacaacttgaccgttac
actcacagcccgcttgatatcggcttgcaattgcacgagtctagctctgatgtatctata
gttttcaacaaactgctcttctcacaagaccgtatcactatcttagctgatcaactgact
ttgttcctgacaagtgttctccaaaatgctaaacaagtattcaccaaagtttccttgatc
acggactcctctacaagcattctacctgaccctaaagctaatttggactggtgcggcttt
gttggctgtatccatgacatattccaggataatgctgaaaagttcccagagaggacttgt
gtcgtggaaactcccccaatcaacagtaccaagactcgtactttcacctacaaagacatc
aacgaggcctccaatattgtggcacattatttaattaatactggcatcaagagaggtgat
gtggtaatgatttattcctcccgtggtgttgatctaatggtatgtgtgatgggtgtcttg
aaggctggcgctacgttttccgttattgatcccgcatacccaccagctagacaaacaatc
tacttgggtgtagccaaacctaaggggctgattgtcatcagagccgccggtcaacttgat
caattggtcgaagattacataaccaaggagctggacttagtatcccgtatcccatcgatt
gctatccaagataatggaactgtagaaggtggctcactaccatccgaatccggtgatgta
ttagcctcttacactgaattgaaatctactcgtacaggtgttgtagttggcccagattcc
aacccaacactttccttcacttctggttcagaaggtattccaaaaggtgtcctaggtaga
catttctctctggcatactactttagctggatggcaaaacagtttaacttgtcagaaaat
gataaatttacaatgttgagtggtattgcacatgatcctattcaaagagatatgttcaca
cctctattcttgggcgcccaactctacgtcccaactcaagatgacattggtactccagga
aggcttgctgaatggatgggcaaatatggctgtactgttacacatttaacgccggccatg
ggtcaattattgacagctcaggccgttactccattcccaaaattacatcatgcattcttt
gtcggtgacatcttgactaagagagactgcttaagactgcaaactctagctgaaaactgt
tgtattgtgaatatgtatggtaccacagaaacacagagggctgtttcttactttgaagtt
acatcaagatcccaagatcctcatttcctgaagaaactgaaggatgtcatgcctgccgga
agaggtatgaagaatgttcaattgttagttgtaaatagaaatgacagaacgcaagtctgt
ggtgttggtgaaatcggtgaaatctacgtgcgtgctggtggtttggctgaaggatataga
ggtttacctgatttaaataaggaaaagttcgttaataactggtttgttgaagaaggccat
tggaattacttagataaagacttagaggcaccatggaaagaattctggcaaggcccaaga
gacagactttatagaacaggtgaccttggccgttatttaccaaatggtgactgtgaatgc
tgtggtagagctgatgatcaagttaagatccgtggtttcagaatcgaacttggtgaaatt
gacaccaacatatcccaacatccactggttagagaaaatatcactttggttagaaacaat
ctagaaggtgaaaaatgtcttgtaacttacatggttcctagatttgataaaccagaacta
gaaaacttcaaaattgaagtaccttccaatatttcagatgatcctgttgtttgtggttta
atcgggtacagtcctttcaccaaggatttaaaagcattcttgaagaaacgtctggctagt
tatgctattccatcattgattatagtactaccaaaactacctttgaacccaaacggtaaa
gtggataagcctaaactacaattcccaactgttaaacaacttgaacttgttgctaaaaat
tccagtattgatatcaatgattcggagttcaaccaacaagaacgtgaaatccgtgatctt
tggttggaatgcttaccaactaagcctacatcaattagcccagaggactcattctttgat
ttaggtggccactccattttggccacgaaaatgatcttcacagtgaagaagcagctaaat
gtcgaattaccccttggcacgatctttaaatacccaacaattaaagcttttgctgccgaa
gtctctagattgaagtcaacagataaaattgaggaggaaactacagctttgacagctgac
tatgctagtgacgctgcatctcttatcgacacacttcctaaatcgtatccagcagcaaga
gcgttaggatctccctctgagatggctggaccaaccaccgttaacatatttgtaactggt
gtaactggtttcctcggctccttcattctttctgatatcctaaatcgtacagttacaggt
gtcaacttcaagatatttgcacatgtccgggcagcggatgaaacatctgggttggataga
atcagaaaagctggtactgtatatgggacttggaaagaagagtatgcgaactcactacaa
gtagtgataggtgatttatcgaagaaaaactttggattgactgatgacaagtggagccac
ttgtcagaaaccattgatatcatcattcacaatggtgcattggttcactgggtttacccc
tactcaaaactgagaaacgccaacgtagtttccactatcaatatcatgaacttggctagt
gagggcaaaccaaaattgtttaacttcgtatcatcaacttctgttctagatactaaccat
tacttcgaattatctgataagctacagcaatctggtaaggaaggtattcctgaaagtgat
gacttaatgggttcctcattaggtctaacaagcggttatggacaatctaaatgggctgct
gagcacattattagagctgcaggtaaaagaggtttaagaggttccattattaggcctggc
tatgttaccggtgcctcttataatggttctagtaatactgatgacttcttgctgagattt
ttgaaaagtgctgttcaattgggaaaaataccagatatcaacaacactgttaatatggtt
cctgtcgatcaagttgcaagagtagttgtagcagcatcaataaaccctccctgcggtgac
gatctctgtgtagtacacgttaatgctcatccaaggataatatttaaggattatttgtat
gaattaaagaactatggttatgacgttgagattgaaaattacgagcaatggaaaaagaca
cttgaggaagctgtcattgaacggagcgaagataatgccctcttcccattactacatatg
gtcttgggtgacttagaggactcaacaaaggctccagagcttgatgataaaaatgctatt
acgtcacttagagctgatattgagtggaccaacgaagatagaacgaaaggaatgggtgct
actccagaacaaattggtatttatatctcattcctagaatctgtcggctttttgccacat
cctaagcatttcggtgacaaggcactaccaaacatcaaaatatctgagcaacaaaaagaa
ttagttgcttcaggtgctggcgctcgttcaagttccgctgcttag

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   BORDEAUX-CGR (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (10)   
   Pfam (5)   
   PROSITE (5)   
All databases (24)

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