KEGG T01040: CNBL2850

Cryptococcus neoformans B-3501A: CNBL2850

Entry

CNBL2850 CDS T01040

Definition

hypothetical protein

Organism

cnb Cryptococcus neoformans B-3501A

Class

SSDB

Motif

Pfam:

DSPc Y_phosphatase

Other DBs

NCBI-GI:

134118076

NCBI-GeneID:

4939334

UniProt:

F5HA21

Position

AA seq 1114 aa
MSSAILPYPSQPSYPLSRPSTPRPTTTLSAPPTPITPTHLLPVAMERARSTEGVVNGVEQ
ALNQARGIKDNKEPKPGRLKFEWEHIERPKTPESDHGIDDDEEQKMDVDEEQPIQPPYLG
LGEPVSTYDEERAQRENAMRQMDIHHEEPPPPIIWGMPKWGREAERQEVAKGVRLLGMEE
LPQLVKTHSLIDTPSSVMFPWLHGISDDGHKGQEMAQFFGYSPPFGPPPYRGLCLLFCPP
HPLDKHHLRPPPQRNDTDLTTVPTSAPYKVPDRKDSESESTSSESYNSSGATELTSPSLG
NSLPSPSLSSFKPLPETDTQSMDSSKDDSNGAEVAMHPCYSKRLSPTTVAKGLDEDNHPL
PCSSILNAAAEPETQKPSLSSSVSSSSSDVDEAVGQNQNPSCILFNALHVHDIFDLSKIG
DDTEKRASFRAAKLPDQINLRNLNIQQIKYATVSDIVLYSKTGLTQGLLHIAEQIAQAQE
DLYNQRLQEIYHVNHTGGDGEGSSEPIRYGVWVVLESFNEIEKHYPELVNIDSKGRDKHP
HLQTDLFEREAKESREMTKASEVVEGFWVGNDCDVPGATLEGAGSFIRFDLCLKASECSE
MPSTSALSSAYRKLLDIDRRRREAGEESQSTSAFNWTASPATHALRNLLSPSSSSVTTEV
PSKRTASPTPSDRQLRAKPSLTTDHEYVALDCAGSSRTITGHTRNMVTMTDRVIELVYFL
RKLVEGRDNGRKRKILVHCQDGYTESSIIVLAYIMSSLSISLPEAFLHLQVNANRSFFLY
PADKPLLRKVDARLAADRKAKAIKLLSATSAGSASSHTDSDGKQSNPSPRWRPWGMNFGA
KREQAPNRTSAIGGKERSKSTADVAREMLAEHENGGSAAAQEARLWFDDKRFDGFPSRIL
PFLYLGNLEHAGNAAMLHSLGITHVVSVGESLMNMDNSVIAYYGHKSENTLAAAVRAGKL
SVLDLTDVRDDGNDPLRPVIARACEWIEEARARGGKILVHCRVGVSRSASIVIAYMMQYE
HMRLMDAYMVCRARRLNVLIQPNLRFFHELFGWEVELAKREAEAAKARREEAEKQGVRDP
EALKLIEGEARKIIYSWPSFCRDLYCLNRRFLCN

NT seq 3345 nt +upstreamnt +downstreamnt
atgtcgtccgccatcctcccctatccctcgcagccatcgtaccctttatcgcggccgtcc
actccgcggcccaccactacactctcagcacctcctacaccaattacccccacgcatctc
cttccagttgccatggagcgtgccaggagtactgagggtgtagtgaatggtgtggagcag
gcgttaaatcaggccaggggaataaaagataacaaggaaccaaaacctgggagattgaag
tttgaatgggagcacatcgaaaggccgaagacgcccgaatccgatcacggtatcgatgat
gatgaggagcagaagatggatgttgatgaggagcagccgatacaaccaccgtacctaggg
cttggggaacctgtcagtacttacgatgaagagcgagcgcaacgggagaatgccatgcgg
cagatggacatacaccatgaggaacccccgccgcctattatatggggaatgccgaaatgg
ggacgtgaagcagaaaggcaggaagttgcgaaaggtgtgagactgttgggaatggaagag
ctaccccagcttgtcaaaacccattcattgatcgatacgccaagctctgtcatgttccca
tggctgcatggtatcagcgatgacggtcataaggggcaggagatggctcagttcttcgga
tattctccaccgtttggtcctccaccctatcggggcctctgtcttctcttttgtccgcct
caccctcttgacaaacatcatttgcgccctccgccacagcgcaacgacacagatctgact
actgttcccacaagcgccccgtacaaagtacctgatcgcaaagactccgagtctgaatct
acttcttcagaatcgtacaattctagcggtgcaactgaactgacatccccaagccttggc
aattctctaccttcacctagtctctcgtccttcaaacctcttccggaaactgatactcaa
tcaatggattcgtccaaggacgacagcaatggtgctgaggtcgccatgcacccttgctac
tctaaacgtctttcaccgacaacagttgcaaaaggcctggatgaggacaaccatcctctt
ccctgtagcagcattctcaacgctgcagccgaacctgaaactcaaaaaccgtcgttatct
tctagtgtctcatcatcaagttctgacgtcgacgaagcagttggacaaaatcaaaatccc
tcgtgcatcttgttcaacgcattacatgtacatgatatattcgacctttcgaaaattggc
gatgacacagaaaaacgagcgagtttcagagctgcaaaacttcctgaccaaatcaattta
aggaacctgaatatccagcaaatcaagtatgcgactgtgtccgatattgtactgtattcc
aaaacgggactgacacaggggttgttacatattgccgagcaaattgcgcaggcacaagaa
gatctgtacaaccagcgattacaagagatctaccatgtgaatcatacaggaggagatggt
gaaggatcaagtgaaccgatacgttatggagtatgggtcgtccttgaatcgttcaatgaa
atcgagaaacattatcccgaactggtgaatatcgactccaaaggccgcgacaaacatccc
catctccaaactgacctgtttgagagggaagcaaaagaaagtagggagatgaccaaggcg
tcagaagtcgttgaaggtttttgggtcggtaatgattgcgacgtcccaggcgcaacgctt
gaaggagcggggtcatttattcgtttcgatctatgtctcaaagcatccgaatgttccgaa
atgccaagcacctcggcgctctcatcggcttaccgtaaactactagacatcgaccgcagg
aggcgagaggctggcgaggaatctcaatccacaagcgccttcaactggactgcatcaccg
gccacccacgccctgcgaaatcttctttcgccctcatcgtcctcagtgacaactgaagta
ccttcaaaaaggacggcttctccgacacccagcgaccggcaattgcgagcaaaaccatca
ttgaccactgatcacgaatacgtcgctctcgactgtgcagggagtagtagaactatcaca
ggtcatactcgtaatatggttaccatgactgatcgtgtgatcgaattggtttactttctg
aggaaactggtggaagggcgagataacggcaggaagcgtaaaatcctcgttcattgtcag
gatgggtacactgagtcgagtatcatcgttttggcgtacatcatgtcctctctatccatt
tccttgccggaagcttttctccaccttcaagtcaacgcaaataggtcgttctttttgtat
cctgccgataaacctcttttacggaaagtcgatgctcgcctagctgcggaccgaaaggcc
aaggcaatcaagctcctcagcgccaccagcgcggggtctgcttcttcacataccgattct
gatggaaaacagagtaacccgagtccacgatggaggccttggggtatgaactttggagcg
aagcgtgagcaggctccaaatagaacatctgcaataggtgggaaagaaagaagtaaatcg
acagcagacgttgcacgggagatgttggcggagcacgagaatgggggtagcgcagccgct
caggaggctagattgtggtttgatgataagagatttgacggattcccttccagaattctt
cccttcctgtatcttggtaatcttgaacatgcaggcaatgctgcaatgttgcattcgctg
ggtatcactcacgttgtaagcgttggagagagtttgatgaacatggacaactctgtaatt
gcatactacggacataaaagcgaaaatactttggcagcagctgtgagagcaggtaaactt
agcgtgcttgatttgaccgatgtgagggatgacggtaatgatccccttcgacctgttatt
gcgcgtgcatgtgaatggattgaggaagcccgcgcccgtggtggcaagattctggttcat
tgtcgtgttggagtgagccgaagcgccagtatcgtcatcgcctacatgatgcagtacgag
catatgcgattgatggacgcatatatggtttgtcgtgcccgacgtcttaatgtacttatc
cagcccaacctccgtttcttccacgaactttttggatgggaagtcgaacttgctaaaaga
gaagccgaggccgctaaagctagaagagaagaagctgaaaaacagggtgtgagggaccct
gaggccttgaagttgattgaaggagaagcgaggaagattatatattcttggccaagcttt
tgtcgagatctgtattgcctcaaccgaaggtttttgtgtaattag

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   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 (9)   

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