KEGG T01040: CNBA5810

Cryptococcus neoformans B-3501A: CNBA5810

Entry

CNBA5810 CDS T01040

Definition

hypothetical protein

Orthology

K11541

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

Organism

cnb Cryptococcus neoformans B-3501A

Pathway

cnb00240	Pyrimidine metabolism
cnb00250	Alanine, aspartate and glutamate metabolism
cnb01100	Metabolic pathways

Module

cnb_M00051

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

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:cnb00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:cnb00250]

SSDB

Motif

Pfam:

CPSase_L_D2 GATase OTCace_N CPSase_L_chain CPSase_sm_chain CPSase_L_D3 OTCace ATP-grasp_4 MGS ATPgrasp_Ter ATP-grasp Dala_Dala_lig_C Peptidase_C26 ATP-grasp_3 DAHP_synth_1

Other DBs

NCBI-GI:

134107145

NCBI-GeneID:

4933845

UniProt:

F5HIL2

Position

AA seq 2333 aa
MSIPTPPAFQGVVPPSDIPATQQASSLAPAAHSAVAPEADTPTMERTPSSAPVPRPAGSL
YPPATLKGIDYQGMPDEPKWDDSMGEPDAVLELADGLALAGHSFGAKKSVAGECVFQTGM
VGYPESLTDPSYSSQILILTYPLVGNYGVPERPDVETSHVPTSEDAHNVPPASSLLDSLP
LEFESSHIHVAALVVANYHPSFSHHLATSSLGKWLEEQGIPAIWGVDTRMLTKRLREGGV
LLGRVLNKRAGVLDGERGRDGQSGVLGGVQRLINGLSPSTSMAQTQSIDKFNVSWREDFE
TIPYYDPNHENLVAKVSTKAPVVYTASTSSDKKIHPQTGRQMRVVAIDVGMKWNQIRCFR
ERGIEVKVVPWNYDINNESEPYDGLFVSNGPGDPSMVKETISNLSQALETSKVPIFGICL
GHQLLALASGAKTRKMKYGNRGMNIPCTCATSGRCYITSQNHGYEVDVTTLKNGWEPLFT
NANDGSNEGIWCGKNGKPFFSVQFHPESAPGPRDTEFLFDVFIQSIVDTAREGRLISIDV
PGGELATNIAAKPREQVKKVLVLGSGGLSIGQAGEFDYSGSQAIKALKEEGIYTILVNPN
IATIQTSKGLADKVYFLPVTPEFVLKIIKHEKPDGIYCTFGGQTALNVGIKLKDEFSKLG
VKVLGTPIETIITTEDREMFARAMEEIGEKCAESATAVNLTEAIEAANRIGFPVIVRAAY
ALGGLGSGFAKDVEQLTELCGKAFATSPQVLVEKSMKGWKEIEYEVVRDCRNNCITVCNM
ENFDPLGIHTGDSIVVAPSQTLSDADYNMLRTTAVNVIRHLGVVGECNIQYALNPYSKEY
CIIEVNARLSRSSALASKATGYPLAFIAAKLGLNIPLNEIRNSVTKLTSACFEPSLDYCV
VKIPRWDLKKFNRVSTALSSSMKSVGEVMAIGRTFEETIQKAIRCIDDQLPGFGDHAKVE
DLDYEIANPTDKRLFAIAAALKKGYSVEKLNEMSSIDPWFLTRLQRLIKTEQVISQYNAS
NVPSALVLNAKQLGFADRQIAKMLSSNELAVRRLRIEAGITPFVKQIDTVAAEFPAFTNY
LYTTYNATEHDVDFEDNGVMVLGSGVYRIGSSVEFDWCAVRAIRTLRENGMKTVMINYNP
ETVSTDYDEADKLYFENISLETVLDIYDTEHSSGVVLSMGGQTPNNIALALHRQNVKIYG
TSPEMIDTAENRYKFSRMLDKIGVDQPLWRELTSFPEAKAFCDKVGYPVLVRPSYVLSGA
AMNVVFSQDDLNNYLTQATDVSRDHPVVISKYIEEAKEIEMDAVARDGKMVMHYISEHVE
NAGVHSGDATLVLPPQDLDAETVRKIEIATQKIGHALNVTGPYNIQFIAKNNEIKVIECN
LRAARSFPFVSKVTGIDAIEIATKVMLGLPVTPYPDVKMPANYVGVKVPQFSFSRLSGAD
PVLGVEMASTGEVACFGKDRYDAYLKALISTGIVPPKKNILLSIGSFKEKLEMLPSVHKL
HRMGYNLFATAGTADFIQEHGIPVKYLEQLGSENDLNPQKKEYSLSQHLANNLIDLYINL
PSKNRFRRPASYISQGYKSRRMAVDFAIPLITNVKNAKLFIEAIIRKPTFDISSVDYQTS
HETFTFPGLVSVQAFVPGAAEESSTDFGEATEAAIEGGFTIMQMVPQGVNSAVEDEISLQ
RAQANASGAAHCDYSFSVAATADNASRLQDAIAAGAKALYIPFNNFYGANNKVSSVSQHF
AAWPADRPIITDARATDLASTLLLASLNNRSIHITSVSTKDDLLLIALAKEKGLAVTCDV
SIYSLFYCQTDFPDAAKVLPSKADQEALWDNLASIDVFSVGVLPYELGRALNKPVSARSG
VAESLPLLLTAVTEGKLTLEDISLRLSENPRAIFGLPEQSQTYVEIEVNRRSSFTAEDAE
RTWSPLDGQAIAGNVHRVVANNHSIFLDGQSFSMPFGRDISASGSRPTKQARGSFALQKR
PSVTALMSPISEKTSSAGAKLMSLASVAPIRELSPIRGLVSVQTHPTFSRRHILSVKQFD
REDLHALFNVASEMRTAVERSGSVDTLRGRVLCTLFYEPSTRTSTSFEAAMKRCGGEVVQ
VNASTSSVQKGESLADTIRTVGCYADAIALRHPSVGSAKAAAKSSPVPILNAGDGIGEHP
TQSLLDVFCIREELGSVNGITVTLIGDLKNGRTVHSLVKLLSLYDVTLNFVSPRSLAMPE
SVKTEAFRAGIRFTESFTLTDEIVSRSDVLYVTRVQKERFENIAEYEAVKDIYVINNDVL
EKAKESAIVMHPLPRVNEIDPEVDFDSKRAAYFRQMRYGLFVRMALLTLVMGA

NT seq 7002 nt +upstreamnt +downstreamnt
atgtccatccccacccctcctgcgttccagggtgtcgttcctcccagcgacatcccagcc
acccagcaggcttccagcttggctcctgctgctcacagcgctgtggcgcccgaagctgac
actcccaccatggagcgcactccttcctctgcccccgtacctaggcccgcgggcagcctt
tacccccctgctactctcaagggtattgactaccaaggtatgcctgacgagcccaaatgg
gacgactcgatgggcgagcctgatgccgtccttgagcttgctgatggcctcgctctcgct
ggtcactctttcggtgccaaaaagtctgttgccggagaatgcgtcttccagaccggtatg
gtcggttatcccgagtctctcaccgatccttcatactcttctcagatccttatcctcacc
taccccctggtcggtaactatggtgttcctgagagacccgacgtggagacctctcacgtc
cccacttccgaggatgctcacaatgttcctcccgcttctagccttcttgactccttgcct
cttgagtttgagtcttcccacattcacgttgcggcccttgtggttgccaactatcaccct
agcttctcgcaccacttggccacttcttccttgggcaagtggctcgaagagcaaggcatc
cccgccatttggggtgtcgacactaggatgctcaccaagcgtctccgagaaggtggtgtc
ctcctcggtcgagttctcaacaagcgagcaggtgtcctcgatggcgagcgaggtagggat
ggccagtctggcgtccttggcggcgttcagcgtctcattaacggcctttctccttcgacc
tctatggctcaaacccagtccattgacaagttcaatgtcagctggcgagaggactttgag
accattccttattacgatcccaaccacgagaatcttgtagccaaggtgtctaccaaggct
cctgttgtctacaccgctagcaccagctccgacaagaaaatacaccctcagacaggtagg
cagatgagggttgtggccattgatgtcggtatgaagtggaaccaaatcaggtgtttcagg
gagcgtggtatcgaagttaaggttgtcccttggaattatgatatcaacaacgaatctgag
ccttacgatggtctctttgtttctaacggtcctggtgacccttccatggtcaaggagact
atcagcaacctttctcaagccctcgagacttccaaggtccctatctttggtatttgtctt
ggtcaccaacttctcgcccttgcttccggtgccaagacccgcaagatgaagtacggtaat
cgtggtatgaacattccttgtacctgcgctacatctggtcgatgctacattacctctcag
aaccacggttacgaagtcgacgtaaccaccctcaagaacggctgggaacctttgttcacc
aatgccaacgacggctctaacgagggtatctggtgcggtaagaacggtaaacccttcttc
tccgttcagttccaccccgagtctgctcctggtcctcgagacactgagttccttttcgat
gtcttcatccaaagcatcgttgacactgctcgagagggcagattgatctccattgatgtt
cccggtggtgagcttgcgaccaacatcgctgccaagccccgagagcaggtcaagaaggtt
cttgtccttggttccggtggtctttccattggacaggccggtgaattcgactactccggt
tcccaagccatcaaggctttgaaggaggaaggtatctacaccatcctcgtcaaccccaat
attgccactatccaaacctccaagggtctcgcggacaaggtttacttccttcccgtcacc
cccgaatttgtgctcaaaatcatcaagcacgagaagcccgatggtatctactgtactttc
ggtggtcagaccgccttgaatgtcggtatcaagctcaaggacgagtttagcaaactcggt
gtcaaggtactcggtacccccattgagaccatcatcaccaccgaagaccgagaaatgttt
gcccgtgctatggaggagattggcgagaagtgtgccgagtctgctaccgcggtcaacttg
acagaggctatcgaagctgccaatcgaattggtttccccgtcattgttcgagctgcctat
gctctcggtggtttgggttctggtttcgccaaggatgtggagcaattgacagagctgtgt
ggcaaggcctttgctactagtcctcaagttttggttgagaagagtatgaagggttggaag
gagattgagtatgaagttgttagggactgcaggaacaattgtatcaccgtgtgtaacatg
gagaactttgatcctcttggtattcacactggtgactcgatcgtcgtcgccccctcccaa
actctctctgatgcggactacaacatgcttcgaactaccgctgtcaacgttatccgacac
ctcggtgtcgttggagagtgtaacatccagtatgcgctcaacccgtactccaaggagtac
tgcatcattgaagtcaacgcccgtctctcccgttcgtccgctttggcttccaaagctacc
ggttaccctcttgccttcattgctgccaagttgggtttgaacattcctttgaacgagatc
cgaaactcggtgaccaagttaacttcagcgtgctttgagccttctcttgactactgtgtc
gtcaagattcctcgatgggatctcaagaagttcaaccgcgtgagcaccgcgttgagctcc
tccatgaagtctgttggtgaagtcatggccatcggccgtactttcgaagagaccatccaa
aaggctatcaggtgtatcgacgaccagctccctggtttcggtgaccacgccaaggttgag
gatctcgactatgagattgccaaccctaccgacaagaggttgttcgccatcgcagcggca
ttgaagaagggctactctgttgagaagttgaacgagatgagctctatcgatccctggttc
ttgaccaggttgcagaggttgattaagacggagcaggttatctctcaatacaacgcttcc
aacgttccttccgccctcgttcttaacgctaagcagcttggtttcgctgacaggcagatc
gccaagatgctcagctccaacgagcttgctgttcgtcgtctccgtattgaggctggtatc
actccttttgtcaagcagattgacactgtcgccgctgagttccccgcgttcaccaactac
ctctacactacttacaacgccactgagcatgatgttgacttcgaagacaacggtgttatg
gtcctcggttctggtgtctaccgaatcggttcttctgttgaattcgattggtgtgctgtg
agggccatcagaacattgagggagaatggcatgaagacagtcatgatcaactacaatcct
gaaactgtgtctaccgattacgacgaggcagacaagttgtactttgagaacatctctctt
gagaccgttcttgacatctatgacactgagcactctagcggtgtcgttttgtccatgggt
ggtcagacccctaacaacattgcgctcgcgcttcatcgacagaacgtcaagatctacggc
acttcccccgagatgatcgacactgccgagaaccgatacaaattctctcgaatgctcgac
aaaattggtgttgaccaacccttgtggagggagttgacctcgttccctgaggccaaggct
ttctgtgacaaggtcggctaccccgtgcttgtccgtccatcttacgttttgtctggtgcg
gcgatgaatgtcgttttctcccaagatgacctcaacaactaccttactcaggctaccgac
gtttcccgagaccaccccgtcgttatctccaagtacatcgaggaggccaaggaaattgag
atggacgccgtcgccagggatggtaagatggtgatgcactacatctccgagcacgtcgag
aacgctggtgttcactctggtgatgctacgctcgtgcttccccctcaggacctcgatgcc
gagactgtccgaaagattgagattgccacacaaaagattggtcacgcgctcaacgttacc
ggtccttacaatatccaattcattgccaagaacaatgagatcaaggttattgagtgtaac
ctccgtgccgctcgatccttccccttcgtctccaaggtcaccggtatcgacgccatcgaa
attgccaccaaggtcatgctcggtttgcctgtcaccccctaccctgacgtcaagatgccc
gccaactacgtcggtgtcaaggtcccccagttctctttcagccgattgtctggtgcggac
cctgttctcggtgttgagatggcttctactggtgaagtcgcttgtttcggtaaagacaga
tacgatgcctacttgaaggctcttatctccaccggtatcgtccctcccaagaagaacatc
ctcttgtccattggttccttcaaggagaagcttgagatgcttccttccgttcacaagctc
caccgaatgggctacaacttgtttgctaccgccggtactgccgatttcattcaagaacac
ggtatcccggtcaagtacctcgaacaacttggctcggagaacgatctcaaccctcagaag
aaggagtactctttgagccagcatcttgccaacaacttgatcgacttgtacattaacttg
ccttccaagaacaggttccgacgaccggccagttacatctcccagggttacaagtctaga
cgaatggctgtcgactttgctattcctctgattaccaacgtcaagaatgccaagttgttc
atcgaggcaatcatccgaaagcccacattcgacatctccagcgtcgattaccaaacctct
cacgagactttcaccttccctggtctcgtctccgttcaggcctttgttcctggtgctgct
gaggagagctctaccgactttggtgaggcgactgaggctgcgattgagggtggatttacc
atcatgcagatggtgcctcagggtgtcaactctgctgtcgaagatgaaatctctcttcag
cgagcccaggctaacgcttctggcgctgcccactgcgactattccttctctgtcgctgct
actgccgacaatgcctctcgtttgcaggatgccatcgccgccggcgccaaggctctttac
attcccttcaacaacttttatggtgcaaacaacaaggtcagcagcgtctctcaacacttt
gctgcctggcctgccgacaggcccatcatcactgatgctagggctactgatcttgcttcc
accttgttgttggccagcttgaacaacaggagcatccacattaccagtgtttccaccaag
gacgacttgttgttgatcgcgttagctaaggagaagggtctcgccgttacttgcgacgtt
tccatctactctctcttctactgtcagactgacttccccgacgctgccaaggtccttccc
tctaaggcggatcaggaggctttgtgggacaaccttgcctccatcgacgttttctccgtc
ggtgttcttccttacgagctcggccgagccctcaacaagcccgtttctgcccgatctggt
gttgccgagtctctccctctcttgctcactgccgtcaccgagggaaagcttactctcgaa
gacatctctcttcgactgagcgagaatcctcgtgctatcttcggcttgcccgagcagtcc
cagacttatgtcgagattgaagtgaaccgacgatcctcttttactgctgaggatgccgag
cgtacttggtcacctctcgacggccaggccatcgctggtaacgttcaccgagtcgtcgcc
aacaaccactccattttccttgatggccaaagcttctcgatgcccttcggccgggacatc
tctgcctccggttctcgaccgaccaagcaagcccgtggctcgtttgctcttcagaagcga
ccttccgtcaccgccctcatgtcccccatctccgagaagacctcatctgccggtgccaag
ctcatgtcacttgcttccgtcgcccctattcgagaactttcccctattcgtggcctcgtg
tctgtccagacccatcccactttctcgcgtcgacacatcctctcagtgaagcaattcgac
cgtgaagacttgcacgcgttgttcaatgttgcttccgagatgcgtactgcggttgaacga
tcaggctctgttgacactcttcgaggcagggtcctctgcaccttgttctacgagccgtca
acgaggactagcacttcgttcgaggctgctatgaagaggtgtggtggtgaagttgtccag
gtcaatgcttctacttcttctgtgcagaagggtgagagcttggcagacaccatcaggact
gttggctgctacgccgatgccattgctttgcgacatccctctgtgggtagcgccaaggct
gcggccaagtccagccctgtgcccatcttgaacgctggtgacggtattggagagcaccct
actcagagtttgttggatgtcttttgtatccgagaagagttgggctctgtgaacggtatc
acggtcacactgattggtgatctcaagaatggtcgaactgttcactcgcttgtcaagctt
ctctccctttacgacgtgaccctcaactttgtctcccctcgttctcttgccatgcccgag
tctgtcaagaccgaggctttccgagccggtatccgattcaccgagtctttcactctcact
gatgagattgtgtccagatctgacgtcttgtacgttactcgagtgcagaaagagcgattt
gagaacattgcagagtacgaagctgtcaaggacatttatgtcatcaacaatgatgtgctg
gagaaggccaaggagtcggcgattgtaatgcaccccttgcctagggtgaacgagattgac
cccgaagtggactttgactccaagagggcagcgtactttaggcagatgcgatacggtctt
ttcgtccggatggctcttcttactcttgtcatgggtgcttag

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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