KEGG T01040: CNBD2140

Cryptococcus neoformans B-3501A: CNBD2140

Entry

CNBD2140 CDS T01040

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

cnb Cryptococcus neoformans B-3501A

Pathway

cnb00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:cnb00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

134110680

NCBI-GeneID:

4935603

UniProt:

P0CP37

Position

AA seq 1621 aa
MSSIPTPPDANGNPLIALAVAVIYAILYVLQGVKYGVSLLTIGIPSCIVRMLQYSLTISL
GFPHLLALFAGALLALFFLIRYRYLTRYAQLKESALPPPSPPALASRLLPLDGDGLGLPD
SRSQTSSFHNYLDDFLSAIRIFGYLEKPVFHELSRHLQTRRLAAGDTLEIGGGEFWCVVE
GKVQVFAPDASSQGTPTPSSDTNSPTRPSFNGYHLLNEVSTGGTLSSLFSILSLFTEDIK
LSWKSSADDEGEEEQIFEGAPEQSSAKLRVRRANSDVSQLGPDSIGVRAMDPTPLPESID
SHGDSSVPQRRRERSSSIDAAGETVREREGIFASASLPISSTEPPSPRRSQSLRSSPRLN
SATNLLSSQSEHLRSSVPRKAGIEIGSKALKGTIARATEDTTLAVIPAAAFRKLTRKFPK
ASGTIVQVVLERFSRVTFMTAHKYLGLTREILQTESSLNLLVTHPLPRSFYTGGGMQALR
ARFQPEALAKESVHYDSLKSSPNARVSSKDYFNYVPASPTVKAPSLPAMTPKPLSPIIHK
SSLGQTATTTVKNEPLNGGSSPLDETRDKVPSFGLSTAAATNPDASFRHASPFIRRTSAM
RQQVAAGDLAMSVHNLPDESGQAYYRPTAITPGLSKMDTWQRRYSSSWNLNDSPHTDGQP
VDPQRDDESLLNESFDLKEAVLNSIAKSIGLYQEAESNSDMIARSSMAPSVSALSTPNSP
MFPPNAGTPLQGSTRSRPPHFGNVLDLINASSQNEGVIGGMLREAAFNSRPDDEASSISM
SLHDSQGGASGVDRKIMKDLERHVEILFFKKGSVLVKEGERSPGMYYVIDGFLETSLPFR
STSSNQENPNSTPGSKHRQSSFGSSNERPFKTALGLDTSKGKELDDGSKKDEALFTVKPG
GIAGYLSSLCCTDSYVDITAKTDCFVGFLPHHTLERIIERRPIVLLTLAKRLLSLLSPLV
LHIDAALDWQQLNAGQVLYEKGDKSTDFYIVINGRLRAFTEKNDNMHVLREYGQNDSIGE
LDVITAVDRSETVHAIRDSELVRIPAALFDAISIKHPETTVQFMRLIAGRVRRALGDEMN
GRVPGLPTTDMNLKTVCVLGSTRNVPVTQFAGKLKNALEEIGASTSYLDQGIVMRHLGRH
AFARIGKLKVAGWLADQEQHYRTVLYVADSPPASQWTLTCIRQADLVLVVSMGDDPSLGE
YEKLLLATKTTARKELILLHDERTVAPGSTRQWLSNRPWIQTHYHVELPGVVTPARPIPP
VHDAAAIAAFKHLREQVETRIKKYRGLRPFTRPRRPPHMNDFARIARRLCGQQIGLVLGG
GGARGISHIGMLQALEEFGIPIDAIGGCSIGSFVGGLYARETDLLETAGRTKQFSGRMGS
MWRILSDVTYPFVSYTTGHEFNRGIYKAFYNTHIEDFWIPFFANSTNITHSRMEVHRTGY
AWRYVRASMTLAGLLPPLSDNGNLLVDGGYMDNTPIQPLRENGIRDIIVVDVGSVDDTSP
RDYGDSVSGWWIFFNRFNPFYERRVLSMTEISSRLTYVSSVKTLEGVKATPGCHYIAMPV
QQFDTLGGFKRFSEVMEIGLKAGRETLKKWKEEGKLPTGLVDEAKGSKAVQRGNRLRRMS
I

NT seq 4866 nt +upstreamnt +downstreamnt
atgtcctccattccaacccctccggacgccaacggcaaccctctcattgctttagctgtt
gctgtcatctatgctattttatacgttcttcaaggagtcaagtatggggtcagcttactt
actattggcatcccgagctgcatcgtccgtatgctccaatatagcctgactatctcactc
ggttttccacatctccttgctttatttgccggcgcgcttctcgcactcttcttcctcata
agatatcgctaccttacgcgttatgctcagctaaaagagtcagctctaccacctccgtct
ccgcctgcactcgctagccgcctattacctttggatggggacgggctgggtttgccagat
tctaggtcgcaaacatcatcatttcataactaccttgatgatttcctctccgctattaga
atatttggctatttggaaaaaccagtattccatgagttaagtagacatctgcaaactagg
agacttgcggcaggggatacattagaaatcggtggcggtgaattctggtgcgttgtggaa
ggcaaagtacaagtgttcgcaccggatgcttcttcgcaaggaaccccgacaccctcttcc
gataccaacagccctacaagaccctcattcaacggctatcatctccttaatgaagtatcc
acaggcgggactctctcttctcttttctctatcctttccctattcactgaagatataaaa
ctttcatggaaaagttctgcagatgatgaaggcgaagaggagcagatttttgaaggtgct
cctgaacagtcatcggcaaaattgagggtcagaagggcaaattcagatgtaagccaactg
gggccggactctattggggtccgtgcaatggatccaactcctctccctgaatcaatcgat
agccatggagactcaagtgttccccaacgtcgccgagaaagatcgtcttctatagatgct
gctggagaaacggttcgcgaaagagaaggcatttttgccagcgcttcgctgcctatttca
agtactgagcccccttctccccgacgctcccagtcgctccgttcttcacctcgtctgaat
tctgctacgaacttattgtcctctcagtctgaacacctacgatcttcagtaccgaggaaa
gcgggtatagagatcggatcaaaagcgctgaaagggaccattgctcgggcgactgaggat
acaacactcgccgtgattcctgccgctgcttttcgaaaattaactagaaaatttcccaaa
gccagcgggacaatcgtgcaagttgtcttggaaaggttcagccgtgttacattcatgaca
gcacacaaatatctcggtctgactcgcgaaattctacaaacggaatcatctcttaactta
ctggtgacccatcctctaccacgctcattttacactgggggaggaatgcaagctttgcgc
gcccgcttccaaccggaagccctggcaaaagaaagcgtacactatgactcacttaagtcc
tcgcctaacgccagagtgtctagtaaagattacttcaactacgtgcctgcaagtccaact
gtcaaagctccttccttacctgcgatgacccccaaacctctctctcctatcatccataag
tcctccttgggacagacagcaacgactactgttaagaatgaaccccttaatggcggctcc
tcccccctggatgaaacaagggataaagttccatcatttggtctctcgacggctgcggca
accaaccctgatgccagcttccgccacgcaagtccattcatccgtcgcacatcagccatg
cgccaacaggtggctgctggtgatctcgcaatgtctgtgcataatttgcccgacgaatcc
ggccaggcatattatcgcccgaccgcaatcacccctggtctgtcaaaaatggatacttgg
caacgacgatattccagctcctggaacttgaatgactcaccccacaccgacggccaacct
gtagatccacagagagatgacgaatctcttctgaatgagtcgttcgatttgaaagaggca
gtcctcaacagtatagctaaatcaatcggactgtatcaagaggccgaaagtaattcagac
atgatcgctcgctcttccatggctccgtcagtgagcgcgttgtcgactccaaactcacct
atgtttcctcctaatgcgggtactccattacaaggaagtacgcgttctcgccctccgcat
tttggcaacgttcttgacctcataaacgcatctagccagaatgaaggtgtcatcggtggt
atgttgcgcgaagccgctttcaactcccgtccggatgacgaagctagtagtatttctatg
agcctccatgactctcaagggggagctagcggcgttgataggaagattatgaaagatctc
gaacggcatgtggaaattttgtttttcaagaaaggtagcgtactagtaaaagaaggagag
aggtcaccaggtatgtactatgtgatagatggtttcctggagacatctcttcctttccgc
agcacaagctccaatcaggagaaccctaattccaccccagggagcaaacaccgccagtca
agttttggaagttcgaatgaaaggcctttcaaaacggctctaggcctggatacttccaaa
ggcaaggaattagatgacgggtcgaagaaagatgaagccttatttactgtcaagcctggg
ggtatcgccggttatctttcttccctttgctgtacagattcatatgtcgatatcacggcc
aaaacagattgctttgtcgggtttcttccccaccacactctggagagaattattgagcga
cgaccaattgttctattgacattggcgaagagattgctatctctactgtcgcctcttgtc
ctccatattgacgcggctttggattggcaacaattaaatgccggacaagttctatatgag
aaaggcgataaatcgacggacttctacatcgtcattaatggccgtcttcgagcgttcact
gagaagaacgacaatatgcacgtacttcgtgaatatggacaaaatgactctatcggcgaa
ctcgacgtgataacggctgtcgatcgctcagaaactgttcatgccattcgagattctgag
cttgtacgtattccggccgcattatttgacgcaattagcattaaacacccggagacgacg
gttcagtttatgagattgatcgccggtagagtgagaagggctttgggagatgagatgaac
ggtcgagtccctggcttaccgactacagacatgaacctcaaaacggtgtgcgtacttggc
tctacgagaaatgttccagttacgcagttcgccggtaaactcaaaaatgctttggaggag
attggggcgtctacgtcgtacttagaccaaggcatcgtaatgcggcatcttggtaggcat
gcgtttgcccgtattggtaaacttaaggtagcaggatggcttgccgatcaagaacaacat
tacaggacagttctctatgttgctgactctcctccggccagccaatggactctgacttgc
atccgccaggctgatttggtactagtcgtttccatgggtgacgacccctctctgggcgaa
tacgaaaaattgttgcttgctacgaaaacaacggcaagaaaagaactaattttactccat
gacgaacggactgtcgctcctggatcgacacgtcaatggcttagcaatcgaccatggata
caaactcattatcacgtcgaattgcctggggtcgtgacgccagcccgccctatacctccg
gtgcacgatgcagcggccattgcggccttcaaacatcttcgcgagcaagttgaaacccgt
ataaaaaagtaccggggtctgcggccatttactcgccctcgccgtcctcctcatatgaac
gacttcgctcgtatagctcgtcgtctatgtggccaacagattggcctcgttcttggggga
ggaggcgcacgaggaatatctcatattgggatgttacaggcgcttgaagaatttggtatc
ccgatcgacgcaattggaggctgttcaattggaagctttgtaggaggcttgtacgcaaga
gaaactgatctattggaaacagcgggaagaactaagcaattctcggggaggatgggatcg
atgtggaggatcctaagcgatgtcacttacccatttgtttcatatacgactggtcatgag
ttcaatagaggtatatacaaagcattctataacactcatatagaagatttttggatacct
ttcttcgccaattcgacaaatatcacacattcgcgcatggaggtgcacagaaccggttat
gcgtggagatatgttcgtgcttctatgactcttgccggtctattgccgcctctctcggac
aatggaaatttacttgttgatggtggttacatggacaacactcccattcagcctttgcgc
gaaaatggtatccgcgatatcattgttgtggacgttggttcggtagatgacacctctccg
agagactatggtgactcagtctccggatggtggatctttttcaataggtttaatccattt
tacgaaaggagggtcctatcgatgacagaaatctcatcacgacttacctacgtctcgagt
gttaagacgttggagggtgttaaagcaacccccggctgccattacattgccatgcctgtt
caacaattcgacactctaggcggcttcaagcgattctccgaagtcatggagatcggattg
aaggccggtcgagagactttgaagaagtggaaggaggaggggaagttgccaactggtttg
gtcgatgaagccaaaggaagcaaagccgtgcaacgtgggaacagactcaggcgaatgtca
atctga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
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 (2)   
   Pfam (2)   
All databases (24)   

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