| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNH01880 |
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| Symbol | |
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| ID | 3259357 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_006693 |
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| Strand | - |
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| Start bp | 593407 |
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| End bp | 596574 |
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| Gene Length | 3168 bp |
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| Protein Length | 828 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638258300 |
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| Product | endocytosis-related protein, putative |
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| Protein accession | XP_572363 |
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| Protein GI | 58270414 |
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| COG category | [J] Translation, ribosomal structure and biogenesis
[O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0484] DnaJ-class molecular chaperone with C-terminal Zn finger domain
[COG5269] Ribosome-associated chaperone zuotin |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGGAAATG ATCAATCACG CACCTCTTCT GGCGATGGCA AGCAGGTCGA TGAGAAGCCG
CCTGATTATT ACGAACTGCT GCAAGTAGAT GAGGAAGCAG GGTATGATGA AATTAAGGTA
AGTTGATCGC TCACCTGCAT TACAAGTGAA CAAGCTGCTA ATACTTGTGG TGCAGCGGTC
ATATCGAAAA TTGGCGGTTC GTCCTTAAAC GAAAGGCAGT TGGGGGAGAC TGGCTGACTT
TACGTATCTT GGAACAGCTG ATAAACCACC CTGACAAGAA TCCTCACAGA ATAGAAGAGG
CAACGAAACT GTTCGCGGAC TTGCAGCACG CTTATGAGGT GAGTTATGTC TGAATTCACG
GACGGCAGTC AACTGACTCA GTAAAGGTTC TGAGTGATCC CCAAGTAAGC CCTTGGCGCT
ATATCCTATT ATTCTTCGGA ACTGACAAAT TGTAAAGGAA AGAGCATTCT ATGATTCCCA
TCGAAATGCC CCAGTTGCAG CCACAGATGA CGATATCTTT GAACATGTCA GGACAGGGGA
TAAAGCGACA AATGATCCCA AATCAAAGCT GAATAGGAGA CGCCAAGGGG ATCCAGGAGT
TACCATAGCC CAGCTCATGC GCTTTTTTGA TCCTAAAATT GCCAGTAAAA TGGATGATAC
CTCAGAAGTA AGCTCACTCT CTTGCTCTAT ACCCTCTATA TATTACTAAT CTCTCATGTC
AGGGCTTCTA CTCAATATAT AGGACTCTCT TTGCCCTTCT CGCCTCTGAT GAGGCTCTAC
ACACCACTTC CACCACTCCT CTTTCATACC CATCTTTCGG TAATTCCTCA ACTGCTTATG
CCCCTCCTCC TGGTTTGACC CGCGCGCAAA AAGATTCCCA GGTGTGGGCT CGAGATTTCT
ACGCCGTTTG GGGGGAATTT GTGACAGAAA AGAAATTTGA GTGGTTAAAC AAATGGGATG
CTGAAAGAGG AGACGACAGG ATGGTCCGAC GAGCTATGGA GAAGGAGAAT AAGAAGGCAA
GGGAGGAGAC AAGAAAGGAA TATAATGAGA CAGTCCGAGT AAGCGCAGCC TCTTTATTAA
ATCTATAAGC CCGAAGCTCA TAGATCACAG CAACTGGTTG TTTTTATTCA ACATAGAGAT
CCAAGATACA AGGCCCATCA AACCAAGCTT GCTCAGGAGC GTGCCGCCAG CAAGTCCGCT
AAGACGTCAG GGGCATCTAC TCCAGCTGGC AAACCCGTTG TTGATGCTGA GGCCGCTAAG
CGGCGTCATG AAGAACGTTT ACGTGCAGCG GCACAGTACG AAGAACAAGA TTGGCAAAAG
TTTTCTTCAC GTAACTCTGA CGATGAAGAG ATGGAAGAAG AAGAACCTGA AGAAGAACTC
GGAGATGGCA CCGGTGTCAG GCTGGACGAT GGACAGGGAG GGGAGATATT TGAATGTGTG
GCATGTGGGA AAACGTTCGC AAGCGAAGCG AGCTGGATAA ATCACGAGAG AAGTAAGAAA
CATAAACAGG CGGTCTGGAG ATTGAAAAAG GAGATGAGAG CGGAGGCCAA GGCAATGGGG
CTTACCGAGC CGCAATCGGA AGAGGAACCG GGTGATGAGC GAGCCGAAGA TGCAGATGCC
GGTGAAGGCG AAATAGGCGG GGAGACCAAG GGGGTTGGAA TGACAGAAGA AGAGCAGCTC
GCGGAATTAC AAGCACTTGA GGCAGAAATG GTAGATTTGG CTTTGGAAGA AAGCGAGGAT
GTTGATTATG GCAACAAAAA GTACGTTCTT GGTATATATC TACTAGATGA TTCTAACTTG
CTACGCAGGT CCAAGAAAAA AGGGAAAAAA AATCGCCGAG ATGGCGTAAT CGACGAAGTT
GATACAGCTA CTGGACTCTC TCCTTCTCGC AACGAATCAC AACCTGACGC TTCCAATACT
CCAAGCGCCG CAGTATCAGA CGACGGAGTT GCTCGTGAGT CTGACAAGAC CTCGGAATTA
TCAAAACGCG ACAAGCGACG TGCTCGTGAA GCTCGTAAGA AGATAGAGGA AGAAGAGCGT
AAAGCGGCGT TTAAGGAGGC TAGAAAGGCT GCCAAAAAGG CAGGCGCATC GGTTGAGACG
TTTGCATCAC CTCAGCAATC CGACAGGAAG GATAAAGTGG ATGATGATGG ATTTGTGGCA
CCCAAACAAA AGGGTAAAAA CAGTATCAAG AGCGGCAAAG GCACGAAAGG CGGACGAGAG
CAAGGAGAGA ATGATTATAG TGATGAAAGA GTTGCAAAAG TGGTTGCAGG GATTCAGGAA
AAGAGAGAAA AGATGGTGGA GAAATGGGGT GATACATGGG CTGGTGAGTT CATCAGTATC
CATTATCTAA AAATGATAAT ACTGAATCAT CTCAGATTTG GTCTCGAAAT TGAAGCATCT
CTTGTCTGGC GATAGTCATT TACCTCTTTC CATCCTCTGC TTGGGCCTAG GGAAGCCCTT
CTCTGATAGG ACAGCTCAAA TTCAACTGGC TCTTGCCCTT GAGCTGGCCG ATGCATTAAA
TGTAAGTGCG TGAATTTTGA CATCTTTACC TAGCTAATCC ATTTGCAGTG CACTGTCCAT
GATCTCGAAA TGTACGACCC CGTTTGGGAC GAAGGTGATA AGAAAGTCTT GTCATCAATT
GGTGTCACAC TTCTTCAGGA TAACTTGGTG AGACCCTGCA TTTCCTCCAT GCTCAAAAAT
GTGATCACTA AACATAACGC AGCTGGGTAG GCACACGCTT GAAACAGGTC GCCCATATCT
TCTCTACCTT CCCCATGCCC CTAAGCAATT ATACGAATCT ATTCTGTCCA CAAATTACGC
CCCGTCCCTC TGTGGCAATA AGCCAGGAAG GATCCTGCTC GGCAACGATC TCGCAGAGTA
CCTTCCTGGC TTTGTCCGAC CGTCACAAAA GAAAGAGCCC AGTGGCGAGG CTGACGGAGA
TGGGGAGTTC GTCAAACCGA AGAAGAAGAG GAGGGGCCGG GGGGAAGTAA AACCTCAAAT
AAAAGATGGC GTGCTTTCTC GAGTTGGTGA GTCGCATTCC GCCCTGCTGA GATAAGATCT
AAAGAGATTT CTGTTTTTTA CAGTGCCACA CATGTCTGTT CTTCCTTTAT CTGATGCGTT
ACCCGAGACA AATCTTCCGG GTTTTGCTAG AGCATTCTTG TCATTCAC
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| Protein sequence | MGNDQSRTSS GDGKQVDEKP PDYYELLQVD EEAGYDEIKR SYRKLANPHR IEEATKLFAD
LQHAYEERAF YDSHRNAPVA ATDDDIFEHV RTGDKATNDP KSKLNRRRQG DPGVTIAQLM
RFFDPKIASK MDDTSEGFYS IYRTLFALLA SDEALHTTST TPLSYPSFGN SSTAYAPPPG
LTRAQKDSQV WARDFYAVWG EFVTEKKFEW LNKWDAERGD DRMVRRAMEK ENKKAREETR
KEYNETVRQL VVFIQHRDPR YKAHQTKLAQ ERAASKSAKT SGASTPAGKP VVDAEAAKRR
HEERLRAAAQ YEEQDWQKFS SRNSDDEEME EEEPEEELGD GTGVRLDDGQ GGEIFECVAC
GKTFASEASW INHERSKKHK QAVWRLKKEM RAEAKAMGLT EPQSEEEPGD ERAEDADAGE
GEIGGETKGV GMTEEEQLAE LQALEAEMVD LALEESEDVD YGNKKSKKKG KKNRRDGVID
EVDTATGLSP SRNESQPDAS NTPSAAVSDD GVARESDKTS ELSKRDKRRA REARKKIEEE
ERKAAFKEAR KAAKKAGASV ETFASPQQSD RKDKVDDDGF VAPKQKGKNS IKSGKGTKGG
REQGENDYSD ERVAKVVAGI QEKREKMVEK WGDTWADLVS KLKHLLSGDS HLPLSILCLG
LGKPFSDRTA QIQLALALEL ADALNCTVHD LEMYDPVWDE GDKKVLSSIG VTLLQDNLLG
RHTLETGRPY LLYLPHAPKQ LYESILSTNY APSLCGNKPG RILLGNDLAE YLPGFVRPSQ
KKEPSGEADG DGEFVKPKKK RRGRGEVKPQ IKDGVLSRVG ESHSALLR
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