KEGG   Paracoccidioides lutzii Pb01: PAAG_11673
Entry
PAAG_11673        CDS       T02230                                 
Symbol
PAAG_02990, PAAG_02991
Name
(RefSeq) hypothetical protein
Organism
pbl  Paracoccidioides lutzii Pb01
SSDB
Motif
Pfam: Glyco_hydro_17 Cnn_1N PAM2
Other DBs
NCBI-GeneID: 9097936
NCBI-ProteinID: XP_015703064
UniProt: A0A0A2V609
Position
Unknown
AA seq 2748 aa
MRLSTFLTLILASSPALVSATGTLGFCLGVKNADGTCKSRKDFEDDFDVLMAHTKIVRTY
AAADCNNAEAILPAAKSKGFKVVLGIWPDVEESFNADTKAIQKAIPGHEDVVAAITVGSE
TLYRGNFTGEELLSKINTVKKMFPKVKVGTADSWNKYDDGTADALIKGGVDYFLVNAFAF
WQGKAAQDATETLLDDMARAVSHIQLLAGSRAKDIYIATGETGWPSDGGSDYEDAKAGTA
NAKIFHDKGVCALLRWNVDVFFFEAFDEPWKPKSVGDNGYAADETHWGLYTADRKPKYIQ
SGKRVLAATDDTESSPLPADSANPVLRSTFVNGECEISTVQDNPIATIPSLKRSVAPGAA
SLQAAPSLELPLPSLPKYHTESDSLSSSSPEHRRPASSVYYTTTWGSPYATPSPKRYPSS
FRSRRHREEEEGEGVEDGGEGRAGVYNSWESSPLSTRSINPKASRASSRVSLKPSARFSR
RFYDSTGKSAGRGRRGNPTKDFTEEWINQYLSGQLRTERTNWLSDDSADSGTGSFLTARN
HLSEDQSEGWLGLEDDSQDEDHLRTPTSHTFGKGKSRDLHRDGSLPSRPPRMWSKHMPKK
STDTLKQSDFWDFGYDPDAVHTTAIMSDKDASRGLSPYTGSSSVGDSSLPISPIDKPLPP
PPANEQNDGVSQSPSVSPLLPLKQTRISTPVFQRPKKRVQWGKKQCIIAMPLEDNRGSCS
GPGSFPLLTPAGVAERLKMWEEEGYDTRGYEENLFIGGGGGGSEAVSGSQSRPAYPDPND
CQSEWRENKYNISFPDQSEWDTYVNFLKEEKLRALGVFLDPEPPASAISQGSVQLNQTSS
HQFPTHLFTPPIPTSSAASNQFGLPTNPLSAPFSQPPLASSTPGAFVSPVASPFRVPSSS
SFPNQPGLIGMDRSFNQGFPFLPFQPTPPAQSSFASPNFLVGRPGGGVSPVNSAALANLS
MNSMLAPVSPLNSDDAKQFPGTMNLLSQFQGLLPIQSQQQQQPLQQQLQLQLQLQQEEDS
SQFIPPSFDASNVQTDADSDTRESPSGPEIAHPTPRGHRHNVSETLQKGVEQAEYHLEDS
IRRQLEEDDRNQLDDDLMKSRWAVADAPLANASSNAQGTILPQQHLFREHNDIDREDEKQ
EDEGLPLDGSDIDTNPSRSGSFHGQFGCKNMFDSSAAAFHQAQRSVRSFKPRHKSRTSVS
TLNVEAKEFDPSSSFASNTFSFTGNSFQPPPPANFQVSNPNSTFSPSLSQHSTTSSSFNV
AAPSFPPGPGRSNKGSISSNFNFSTASFNIDAPVFNPGRSFAFDTTNERTHVSGSDAGIP
APAPAPTFPGGKIFCAFDTSSAIVKPAKRSKAIPIIRPDDNVSKKPAATDERRHGEDAAG
RVGPVGREKRARRAGGDGDGQVEFALPSNPLAESRDMASLNGAVPGTNSCSSAGGKENVG
PDESVEVAAEKEADAKDAAVPEDIADTATAVGNITPVSKDTPISHTTEWRPFEFENGSEA
AAFSASFPAAPGLHLLETGTDSVIHDPEQVQKQDQTVTQDNAIVTANCAKSPAEKEPLVT
ADNEEAPENPKAPSVLKPTAKAFEFKSTIPPVTPAPVPYDSATPVQPVAPLKQARPSSVP
KKSVGLEGSRYAVSTPPSSPPPAKCINNTVARSPAETEDYIALEEEETLPLSEAGSHSEE
DAEHDSLNEQEIDAVMQQLNDENNSGLGIERFNTPQPEMEETSGELFGGGPRLIPSYAIR
SNAPSPSPQGSRPLFANVPKIDSAFGGPAHHILSPQRSAISDSNSPICHLNNPEIEHVSD
WDDAISVGEDAKLRQRSRFFDRHVNDIVGGIIEDRLDPLERALGVIQQSIDIIAANQVLN
QNHNQNTRRSASAGVEHSDADDEDDEEDDEALRYRSRSPLNRRVRHVNSIKQAVAEALAS
QVPRIEVPVPPPAPVIDLTEIHVALAELKTLVAPKPVEPVPEPPIDLKQVIIDAISEHPR
LNAPVESVSHTDNIEALKMQVEGLQTMLRVADERAEKEYQIRRDAQDSVAQCQRLLRIAE
EDAAYHRELVMKTEEAFRDLKERTIPETERIERQSRLLQEQQESLQLTLSELSGKNISLE
ETLDEYRVSADQWRSQVERVKKENKDLKLTINHMKEQIEDSMAARQGLRKKFERLQDDMI
SASRDIARNQATWRKTEEDLIAKNNALRATCDREVKLREKLEMDISDLQQHEKEATKLRF
IFGQSQQENARLEELVMSLKQENHDLRNKATRFEREFNDARESSHIEIKMARKVMEADID
AANNQVNYIRAGLESQISNLQNQLDNVRLDADTAKARHELQLEEATDAKKLALAEAAESK
ESALQQQRLLQERGLNDLRERHARALHNSSDDRQRSEARLMELLLLRDEKISNMESKLSH
VEEKLEIAKSAAQAAAQAAQKSNPAPILSPIQPTSPSMTYRRGSEIPEKISPQAFRESII
VLQDQLQQREGRIEELEQELAEIDKDAPAKVKERETEINWLRELLGVRLDDLQDIIDTLS
QPTFNQQAVRDAAIRLKANVQMEQQEKERATSGGRQQFPSLSTLSTLAASHRSLPLAAAA
AWGNWRKARENSAISNTSTTANDHHTPSKGSNNPSSFLSGLLTPPSSNIRQSPATYSAPP
VPMPMGASSRRTYSESRSLRSYNHPSSGIGPRRLSTRQREKIPQDLGPPSTPPLLHQSSY
DRDAETTSYGEAAYGYDYGDDSDSILGEVISAQESGSAGVDGPFGPSI
NT seq 8247 nt   +upstreamnt  +downstreamnt
atgcgtctctccacattcctcactcttatccttgcctccagcccggccttggtatcagca
actggcaccttaggcttctgtctcggtgtgaaaaacgccgatggaacctgcaaatcgcgc
aaggatttcgaagacgactttgatgtcctgatggcccatacgaagatcgtccgtacctac
gccgcggccgattgcaacaatgcagaggctatcttgcccgctgccaaatctaaggggttc
aaggttgttctaggtatttggcctgatgtcgaggaatcattcaatgccgacacaaaggcc
attcaaaaggccatcccaggccacgaggacgtcgtcgctgccatcaccgttggctctgag
acgctgtaccgcggcaacttcaccggcgaagaactcctgagcaagatcaatactgtcaag
aagatgttccctaaggtcaaggttgggactgcagacagctggaacaagtacgacgatggt
accgctgacgccttgattaagggtggtgtggattatttcctcgtcaatgccttcgccttc
tggcagggtaaggctgcccaggatgccaccgaaaccctcctcgatgatatggcccgcgcc
gtgagccatatccagctcctcgccggctcccgtgctaaagacatctacatcgctactggt
gaaaccggctggccaagcgatggcggctccgactacgaagacgcgaaagccggcaccgcg
aacgcgaagatcttccacgacaagggtgtgtgcgccctgctgcgctggaatgtggatgtg
ttcttcttcgaggcctttgatgagccatggaagccgaagagtgttggggataatggctat
gctgctgatgagacgcactggggcttgtatacggctgatcgcaagccgaagtatatccag
agcggcaagcgggtgcttgctgctacagacgacacggaaagctcacctctgcccgccgac
tcggccaatccggtgctccgttcaacgtttgttaacggagagtgcgagatatccaccgtg
caagacaatcccattgcgacaataccatctctgaagcgttcagtggctccaggggcagca
agcctccaggctgctccctcgctcgaactgcccttaccctcattacccaagtatcacacc
gagtcagactcgttatcgtcgtcttccccagagcacagaaggcccgctagcagcgtttat
tatactacgacttggggctcaccgtatgcgactcccagtcccaaacggtatccatcatct
tttagaagccggcgtcatcgagaggaagaagagggagaaggagtagaagacggaggagaa
gggagagcaggagtttacaatagctgggaatcctcccctttatctacgaggagtataaat
cctaaagcaagcagggctagtagtcgagtttctctgaagccctctgcgcggttctcgaga
cgtttctacgactctactggaaaaagtgccggaaggggtcgacgggggaatcccaccaag
gatttcactgaggagtggatcaatcagtatctctctggccaacttcgaacagaacgtaca
aactggctgagtgacgactcggcagatagcggcacgggttcatttctcaccgccaggaac
cacctgagcgaagaccagtctgaaggctggcttgggctggaagacgattcccaggacgaa
gatcaccttcggactccaacttctcatacctttggaaaaggcaaatctagggatttgcat
agggacggcagtctgccctctcgaccaccccgcatgtggtcaaaacatatgccgaagaag
agcacagatactttgaaacagtccgacttttgggattttggatacgaccctgacgccgtt
cataccaccgccattatgtcggacaaagacgcgtccaggggcctgagcccgtacacaggc
tcgtcatcagttggtgattcgagtctcccgatctcccccattgacaagccactccctcca
cctcccgcgaatgaacagaatgacggtgtatctcaatcaccttccgtcagccctctcctc
cctttaaaacagacacggatatcaacgcctgttttccaacggcccaaaaagagagtccaa
tggggcaagaagcaatgcatcatcgcaatgcccctcgaggacaatcggggctcctgttct
ggtcccggtagcttcccccttctcacccccgccggtgtcgcggaacggttgaagatgtgg
gaagaggaaggatatgatactcgtggctatgaagagaatctttttataggaggagggggg
ggaggaagcgaagccgtgagtggctcgcaaagtcgaccggcatacccagacccaaacgat
tgtcaaagcgaatggcgcgagaataaatacaacatcagcttccccgatcaatccgaatgg
gacacttacgttaatttccttaaggaggaaaagctgcgtgcactgggcgtattcctcgat
cccgaaccgcctgcttctgccatttcgcaagggtccgtacagctgaaccagacatcgtcg
catcagttccctacccatctgtttaccccacccatcccaacctcgtctgcggccagtaat
cagttcggtctacccacgaaccccctgtctgctccctttagccagccaccactggcctcc
tcgaccccgggagctttcgtctcccccgtcgcttcgcccttccgggtacccagcagctcc
tcgttcccgaatcagcctggtctaattggaatggaccgttcgtttaatcaagggtttcct
ttcttgccgttccagccaacgcctcctgcacaaagttcgttcgcctcgccgaatttctta
gtcgggagacccggtggtggtgtctctcctgtgaattctgcggcgttggcgaatttgagt
atgaattctatgttggctcctgtgtcgccgttgaattctgatgatgcgaagcaatttcct
gggacaatgaatctgctttctcagtttcaggggctgttacctatacaatcacaacagcag
cagcaaccactacagcaacaacttcagctgcaactgcagctacaacaggaggaagattct
agtcaatttattcctccgtcctttgatgcctcgaacgtccaaacagacgcagactcggat
acgagagagtcaccatcgggacctgaaatcgcccacccaacgcctcgcggccatcgtcat
aatgtaagcgaaacactccagaagggcgtggaacaggccgagtatcaccttgaagactcg
atccgccgtcagttggaggaagatgatagaaaccagcttgatgatgatttgatgaagtcg
cgatgggcggtggcggatgcgccgctggctaatgcctccagcaatgctcaagggacaatc
cttccacaacaacatctctttagggagcacaatgatatagaccgggaagacgagaaacag
gaggatgaaggcctccctctcgatgggtccgatatcgatacaaaccctagtcgctcgggc
tcgttccatggccagtttggctgtaagaatatgttcgactcgagcgctgcagcgtttcac
caggcacagcgtagtgtacgctcgttcaaaccgcgacacaaatcgaggacatccgtgtca
acgctaaacgtcgaggcgaaggaattcgatccatccagttcctttgcgtcgaacactttc
tcattcactggtaatagcttccagccaccaccacctgcgaatttccaggtatccaacccc
aattccaccttcagcccgagcctgtcgcagcacagcactacctcaagctctttcaatgtg
gctgcaccatcgttccctccaggacctggccggagtaacaagggttccatctcatcaaat
ttcaacttctccaccgcgtcattcaacatcgatgcccccgtctttaatcctggccgcagc
ttcgccttcgataccacaaatgaaagaactcacgtctccggctcggatgctggtatcccc
gcccccgcaccagcaccaacgttcccgggaggcaagatattctgcgccttcgatacgtca
tccgccatcgtcaagcctgcgaagcgatcaaaggccatcccgatcatccggccggatgac
aacgttagcaagaagcctgcggctacggatgaacgcaggcatggcgaggatgctgcggga
cgagttgggccggttggtcgtgagaaacgcgctcgccgtgctggtggtgatggggacggg
caagttgagtttgcgcttccgagtaacccgcttgcagagagtagggatatggcgtctctg
aatggtgcggtgccgggcacgaattcttgttcctctgctggtgggaaggagaatgtggga
ccggatgagagtgtggaggtagctgctgagaaggaggcggatgctaaggacgctgctgtc
cctgaagatattgcagatactgctactgcggttgggaatattacccccgtctcaaaagat
acaccaatcagtcacactacagaatggcgaccttttgaattcgaaaatggatccgaggca
gccgctttcagtgcttcattccctgcggctcctggacttcatctcctggaaactgggact
gactccgtgatacatgacccggaacaggtacagaaacaggatcaaacggtcactcaggat
aatgctatagtaacggctaattgtgccaagagccccgctgagaaagaacctttggtaact
gcggataatgaggaagctcctgaaaaccccaaggctccatctgtgctcaaacctacagcc
aaggcctttgaattcaagtctactattcctcctgtgactcccgctccagtcccatatgat
tctgcaaccccagtccaacccgtcgctcctctaaaacaggcccgaccatcctccgttccg
aagaaaagtgttggcctcgaaggctcccgctatgccgtgtccactcctccttcctcccca
cctcccgccaagtgtatcaacaataccgttgctcgatcccctgccgaaactgaagattat
attgctttggaagaggaagaaaccttaccattaagcgaagcggggtctcattcagaagaa
gatgctgagcacgattcgctcaatgagcaagagatcgatgctgtcatgcagcaactgaat
gacgaaaataactcaggtctcggcatagaaagattcaacaccccacaaccggaaatggaa
gaaacatctggggaattattcggtgggggaccgcgtcttattcccagctatgccatccgc
agcaacgctcccagtccaagcccgcaaggatctcgtccactctttgccaacgtgcccaag
atcgactctgcgtttggtgggcccgcgcatcacattttatcgccacagcgaagtgcaatt
agcgacagcaactctcccatatgccatctcaataatcctgaaatcgaacacgtgagtgat
tgggacgatgccatttcagtcggcgaggacgccaaattgcggcagcgaagtcgtttcttc
gatagacatgtcaatgacattgttggtgggataattgaagaccgcctcgatccgctggag
agggctttgggtgtcatacagcagtctatcgatatcattgctgcgaaccaagtgctgaat
cagaatcataatcagaatacgcgcagaagtgcatctgcgggcgttgagcatagtgatgcc
gatgacgaggatgacgaggaggacgatgaagctctccgatacaggtccagatctccatta
aataggcgcgttagacacgtcaatagtatcaagcaagctgtcgctgaagctctggctagc
caggttcctcgaatcgaagtccctgtacctcctcccgcccctgtgattgatcttacggaa
attcacgttgcacttgctgagttgaagacactagttgcgcctaaaccagttgaaccagtt
ccagagccaccaattgatttgaagcaagttattattgatgccatttcagaacacccgcga
ctcaatgcacctgttgaatctgtttctcatacggataacattgaggcgttgaagatgcaa
gttgagggattgcagacaatgttacgagttgcagatgagcgggctgaaaaggagtatcaa
attcgtagagacgctcaagattctgtagcacaatgccaaaggcttctcaggattgctgag
gaggatgctgcgtatcatcgtgagttggtaatgaagacagaagaggccttcagggacctg
aaggagcggacgatccccgaaacagagcggatcgagaggcagtctagacttttgcaagag
cagcaagagagtctgcaactcactctgtctgaactgtccgggaagaacattagtctcgag
gaaactcttgatgagtacagggtctctgcagatcaatggcggtctcaggttgagagggtt
aaaaaggagaataaggatcttaaactcacgattaaccatatgaaggaacaaatcgaagac
agcatggctgcaaggcagggtcttcgtaagaagtttgagagactccaggatgacatgatc
agcgcgtctcgggatattgcccgcaaccaggctacctggcgcaagacggaagaggatcta
attgctaaaaacaacgctcttcgagcaacttgcgatcgtgaagtgaagttaagggaaaaa
ttggaaatggacatcagcgaccttcaacagcatgagaaggaggctacaaaactgcgattc
atcttcgggcagtcgcagcaggaaaatgcacgacttgaggaactggtgatgtccctcaaa
caagaaaaccacgatttgcgaaacaaagctacacggttcgagcgcgagtttaacgatgcg
cgggaaagtagccatattgaaatcaagatggctaggaaggttatggaggcggatattgat
gctgctaataatcaggtcaactacatccgtgctgggctagaatcgcaaatcagcaatctt
cagaaccagctggataatgtcagattggatgcggatacggccaaggcaagacacgagttg
cagcttgaagaggccactgatgcaaagaaacttgcactcgcagaagctgctgagtcaaaa
gagagtgctctccagcagcagcgtctattacaagaacgtgggctcaatgatctccgcgaa
cgacatgcccgcgccttgcacaattcttctgacgatagacagcgcagtgaagcgcgtcta
atggaactgctcttgctgcgagatgaaaagatttcgaatatggaaagtaagctctcccat
gtcgaagagaagcttgagattgcgaaatcggcagcgcaggcagcagcacaagcggcacag
aaatctaatccagctccgatcctatcgcctattcaaccaacttcgccatccatgacgtac
cgcagagggtctgagatccctgagaagatctcgccacaggcgtttcgagagtcaatcata
gttttgcaggatcaattgcagcagcgtgaaggacgcatcgaggagttagaacaggaactg
gcagaaatcgataaagatgcacctgcaaaagtgaaagagcgcgagacagaaatcaactgg
ctccgcgagctccttggagtacgtctggatgatctgcaagacatcatcgatacactctcc
caaccaactttcaaccagcaagccgtccgcgacgccgccatccgcctcaaggcaaacgta
cagatggaacagcaagaaaaggagcgggctacatccggcggccgccagcagtttccgtca
ttatctaccctctccaccctcgccgcctcccaccgctccttacccttagccgccgcagca
gcctggggcaactggcgcaaagcgcgagaaaactccgccatatccaatacatccacaacc
gccaacgaccaccataccccttccaagggctccaacaacccatccagcttcctttccggt
ctcctaaccccacccagctcaaacatccgccaatctcccgcaacgtacagcgcccctcct
gtccccatgccaatgggcgctagcagccgacgcacctactccgaaagcagatccctacgg
tcttataatcatcccagcagcggtattggtccacgcagactctccacgcgccaaagggag
aaaataccgcaagacctaggaccaccctcgacgccgccgctacttcaccagtccagctac
gaccgtgatgctgagacgactagttatggggaagctgcgtatggctatgactatggcgat
gatagcgatagcatacttggcgaggtaatttcggcgcaagagtctgggtctgcgggtgtg
gacgggccgtttgggccttcgatatga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (71)   

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