KEGG   Cryptococcus neoformans JEC21: CNI00640Help
Entry
CNI00640          CDS       T00243                                 

Definition
hypothetical protein
Orthology
K11858  
ubiquitin carboxyl-terminal hydrolase 48 [EC:3.4.19.12]
Organism
cne  Cryptococcus neoformans JEC21
Brite
Enzymes [BR:cne01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     CNI00640
Peptidases [BR:cne01002]
 Cysteine Peptidases
  Family C19: ubiquitin-specific protease family
   CNI00640
BRITE hierarchy
SSDB OrthologParalogGene clusterGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
UniProt: 
Position
9:join(152902..153183,153225..153332,153387..153461,153521..153648,153700..153845,153898..154217,154269..154610,154698..155557,155641..155754,155819..156389,156596..156967,157053..157161,157218..157420)
Genome map
AA seq 1209 aa AA seqDB search
MVKALPKPCQDWDWVGTEVRTPGQITLEHRRRAAGLVTSVVCPRDLTHLGRETTKDDSEV
KGNGKGTGEKKGTGCRAKNCKSNYMCYNNLGTEKLLEPDAKAEFVISNLGDVPQERNGPA
GLRNLGATCYANAFLQLWFHNVPFRNAVYACVTTETTPLYQLALIFAKLEYGEKNVVDPM
GLIDALRLNMGDQQDAAEFSKLFMSLIASEFSKHSDPKLKTLVKDQFEGTMQYITQCECG
YESISETTFLEIELSLKDNTTLQSRLDEFTCPEILDGDNKYSCPSCLSKRRATRRQLPVT
LPPVIHFSLLRFVFDLKSMSRKKSKASIKYPKEAVLGNSVYELKGIISHQGTSAYHGHFV
CETYDESNDTWYICNDELVQPKPVRPHKKIKLEKPGDDKGKLESSKDAYMLVYKRRDGHV
SPQFPPAIVMEKVKEENRGLREELNKVGVRKEVLEDEWEHLKGAKVDTDYIVPRDALAKW
IQSPSFQDLYKPFDYSSILCAHSQVDPLKSSDIRTISALAHDKLLLYTSLPEIDVCLICV
AEGFVARSSITEQQSALEAFDELNAKAELEEGGEEERWCLPKTWLIHWRTGKLPPQTLPT
HSSYTLLCPHNAPLPSSSAPPVTFITSSALSLLHSIFGSFPSFQPGTPPCPECSFEADQN
AESLAQWKTDVKLDKSIKRHLDPRPPAFGLDYYVLPKEFIEKWEVYMKTPAGEKPELDMG
LGRGRCEHGLLDWDPQMEKQRVISEIGWEMLCQKYGEKEPIKVQFGANPPEGKKVNIASF
TPAVCEPCRIIRLSSYDELEIPIVFAPGPPTSYSTPASTGNTSGSKSGSGSSRNTSRTLR
SRLKTLYIQATRQSTIKDLKVSILSQTGITPLLQKIYYKRRTQPQEQEECSGKGNEEEKE
LDNDLTIGKLGYLKGEELILVEVKEEGNLDDDDDTVDGGNGGKGKNGKNEGFGGTALLAR
IACPDCTYENDGAAECCEMCMRDMYDSIRTCSLYTPGSDYAQEENRRVTILDLASNSIEC
SALQAWVGTTGGMTEEDGESGWEEWIVAFKDAAMSLEWTMKEFRSLYRLQFNNLVYFQSQ
ATQHRRHLMGTDLYPSDKNMADFYRTLEVSKYLEAKKEQPAPTRAKAHNPVTPQTQPTPG
SPSGKHIREIFTNKNRCNDCSQVGHNYKTCPKRLYSPGIIRPIKIVQILVTHLQRHHPFT
STSLSASSF
NT seq 3630 nt NT seq  +upstreamnt  +downstreamnt
atggtgaaagccttgccaaaaccctgccaggactgggactgggtcggtacagaggtccga
acgccaggtcagatcacgctcgaacatcgacggcgtgcagctgggcttgttacaagcgtc
gtttgtcctcgcgacctcacacaccttggaagagagactaccaaggatgatagtgaggta
aaagggaatggaaaaggaactggggagaagaagggcacaggatgtagagcaaaaaattgc
aaatcgaattacatgtgttacaataaccttggaacggaaaagcttttggaacctgatgcg
aaagcagaattcgttatttcaaacctaggagatgttccacaagagcgtaatgggcccgct
ggtttaagaaacctcggggcgacgtgctatgcaaacgccttcttgcaattgtggttccac
aacgtgccttttcgtaatgcagtctatgcttgcgtgactacagagaccacaccactctac
caattagctctcatcttcgctaagctggaatatggcgaaaagaatgtagtggatcccatg
ggtctgatagacgctctgcgactcaatatgggtgatcaacaagatgcagccgagttctca
aaactgttcatgtcattgatcgcatcagaattctcaaaacattccgaccctaaactcaaa
acgttggttaaagatcagtttgaagggacaatgcagtatattacccagtgtgaatgtggg
tacgaaagtatctctgagaccactttcctcgagattgaactctcgctgaaagacaataca
acccttcaatcccgcctggacgaattcacatgccctgaaatccttgatggggacaacaaa
tactcttgcccctcctgcctctctaaacgccgtgcaacccgtcgtcagctgcccgtcacc
ctccctcccgttatccacttctctcttctcaggtttgtcttcgatctcaaaagcatgtcg
agaaagaagagtaaagcgtcgataaagtatccgaaagaggcggtgcttgggaattcggta
tatgaattaaaaggaattatatctcatcaagggacaagcgcgtatcatggtcatttcgtt
tgcgagacatatgatgaaagcaatgatacctggtatatctgtaacgacgagttggtgcag
cctaaacctgtccggccgcacaagaaaatcaagcttgagaaacctggcgatgacaagggc
aagttagaatcatccaaagatgcctacatgctcgtctacaaacggcgagatggccatgtg
tctccccaatttccaccagcgattgtcatggagaaggttaaggaggagaatagagggttg
agggaagaattaaataaagtgggggtgaggaaggaagttttggaagatgagtgggagcat
ctaaagggggcgaaggtggatacagactacattgttcctcgcgacgccctcgccaaatgg
atccagtctccctcctttcaagatctctacaagccattcgactactcatccatcctctgt
gctcattcgcaagtggatcccctcaaatcttctgatatacgtacaatatccgcgctagct
catgataaacttttgttatatacttctcttcccgagatcgacgtctgcctaatatgtgtt
gcggaaggttttgtcgcaaggtcgagtataacggagcagcagtcggcgcttgaggcattc
gacgaactcaatgccaaggccgagttggaagaagggggtgaagaagaacggtggtgtctt
cccaaaacgtggctcatccactggcgaacaggcaaacttcctcctcaaaccttgcccaca
cactcttcctacaccctcttatgcccccacaacgcccccttaccttcatcttccgccccg
cccgtcaccttcataacctcctctgccctttccctcctccactccatctttggctccttc
ccttcgttccaacccggaacacccccctgccccgagtgttccttcgaggcagaccaaaat
gcagaatcgttggcacaatggaaaacggatgtgaagcttgataaatctatcaaacggcac
cttgacccgcggccgcctgcttttggattagattattatgtacttccaaaagagtttatt
gagaaatgggaggtgtatatgaagactccagcgggggagaagccagagttggatatgggt
ctgggacgagggagatgtgagcatggattgttggactgggatccgcagatggagaaacag
agggtgattagtgagatcggatgggagatgctttgtcagaagtacggtgagaaagagcca
attaaagtacaatttggtgccaaccccccggaaggaaagaaagtgaacattgcttctttc
actcctgctgtctgcgagccatgcaggattatcagattatcatcatacgacgaactcgag
ataccaatcgtcttcgctcctgggccgcccacatcttacagcacccccgcctctacaggc
aataccagcgggtcaaagtcaggatcaggatcaagccgtaacacatcaaggaccctacgg
tcccggcttaaaacgctatacatccaggccacgagacaaagtacaatcaaggatctcaaa
gtatccattctttctcaaacaggaatcaccccgcttctccagaagatttattacaaacgt
cgaacccaaccccaagagcaagaggaatgttcggggaaagggaatgaagaagaaaaagag
ctagataatgatttgacgattggcaagctgggatatttgaaaggggaggagttgatattg
gttgaagtgaaagaagaagggaatctggatgatgatgatgacactgtagatggaggtaat
ggaggcaagggaaaaaatggaaagaatgaaggattcggagggacggcattgttggcgagg
attgcatgtccggattgtacttatgaaaatgatggggcagcggaatgctgtgagatgtgc
atgagagatatgtatgacagtattcggacttgctctctttatacccccggaagcgattac
gcgcaggaagagaatcggcgagtaaccatcctggatctggcgagtaactccatcgaatgt
tcggccctgcaagcatgggtggggactactggtgggatgacggaagaggatggcgagtca
ggatgggaggaatggattgtggctttcaaggatgctgcgatgtcgttagaatggacgatg
aaagaatttcgttcactttaccgtctgcaattcaacaacttggtctactttcaatcacaa
gctacccaacatcgccgccatttgatgggtaccgacctctatcccagcgacaagaatatg
gccgatttctatcgcactttagaagttagcaagtacttggaggcgaaaaaggagcagcct
gcacccactcgtgccaaggctcacaatccggtgaccccacagacccaacccacacctggc
tcaccctctggtaaacacattcgcgaaatcttcaccaataagaaccggtgcaacgactgc
agccaagttggtcacaactacaaaacctgtccaaagcgactctactcgcccggtatcatc
cgtccgataaaaatcgtccaaatcctcgttactcaccttcaacgccatcacccctttaca
tccacttctctttctgcatcttctttttag

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