| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE00250 |
|---|
| Symbol | |
|---|
| ID | 3257665 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_006687 |
|---|
| Strand | + |
|---|
| Start bp | 54086 |
|---|
| End bp | 58851 |
|---|
| Gene Length | 4766 bp |
|---|
| Protein Length | 1382 aa |
|---|
| Translation table | |
|---|
| GC content | 52% |
|---|
| IMG OID | 638256606 |
|---|
| Product | cyclin-dependent protein kinase inhibitor, putative |
|---|
| Protein accession | XP_570719 |
|---|
| Protein GI | 58267126 |
|---|
| COG category | [R] General function prediction only |
|---|
| COG ID | [COG0666] FOG: Ankyrin repeat |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 15 |
|---|
| Plasmid unclonability p-value | 0.928368 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGCATGCCT ATCGGAGTTC CGAAGAGTAC AAAAGAGCCG TTTACGAATG GGGGGTGTAT
TTGCGCACGT GTGTAGGGAA CCTCCACCGC TGCGCTGTGG ACCACTCTCC CGACAACTCA
ACAATTCGAC AACTCGACAT CCAAATCACT CCTTGCTTCG CTCCAGCCAG TGTCCCCTTC
CACCTTTCTC CAAGCTCTCC ATTTGCGATG AAGGTACAGC TTTCTGTCCA CCCACACCAC
CCATGCTGAC TCCCTCAATA GTTTGGAAAG ACCATCCAGT CTCAGCAAGT CCCAGGATGG
GGAGAATATT ATCTCAATTA CAAAGTCCGT TCCCGCAGTC ATCCATCTCC TCCGCTACAA
ACCACAAAAC TAACCCATAC CTAGGCTCTC AAGAAGATAA TTAATTCGTA CGCAGCCGGC
CGTCCTGCGT CAGATGCATC CCTCCTGTCT CTCGGCCTCC GTCCCGCTCG ACTCCCAGTA
GCGATCACCG ACACCAACAC AACCTCATCA CTCCCAAATT CCTCCCATCC ACCTAGCTCG
TCAGATGTCG ACACAGATGC GGAACATGTC AATATTCAAG ACTTGGAGCC TTTACCGCCT
CAGACGGCCC CTCCGGGAAA TACAAGCAGC GGGTTGATGG GTCGGAATCC GATGGAGAGT
GCAGGGCGGA GTGAGAGTTT CAAAGCACAT CGAGATGTCT TTTTCTTCAC ACTCCAAAGA
GAGCTTGAAA AGGTGAGCCT ATTCAGCTGG CAGATCCGGA AAATTAATTA ATTTCATTCT
GTCTAGATCA ACGCATTCTA TCTCATCAAA GAACGTGACC TCCGTCTCCG CCTTCTTTCC
CTCTTGTCCA ACCGCAAACG TCTTCTTCAA AACTCTTCAT CCACTACACC CGATACTTCT
GACGGCCTCC CACCCACTGG CGCTCGGCGT GACGCAGAGT GGGCGAGCCT CGAAGAAGGC
TGGCGTCTCT TTGAACGCGA TCTCGGCAAG TTGCAAGGGT TTATCGAAAT CAACGCCACC
GGCTTCCGTA AGATCTTGAA GAAATGGGAT AAGCGGAGTA AGAGTAATAC CAAGGAACTT
TATCTTGAGC GGCAAGTTGA AGTACAGCCT TGCTTTAATC GAGAGTTTAT CGCCAAACTC
TCCGATATCG TTGCTGCAAA TCTTATCGAC GTCGAGAATG GGTCTGAACA CCTTTCAACA
GCGTTTTTGG AAAGAGATCC GTCATCTTTT AGTGGAGCCA ACTTTGCCTC TACCGACGTT
ATGGCGGGTG GAGTAGGCGT AGGGAGCAAT AGGAGTGTGG ATTTCGATAT CGATTCGACT
CGAGCTCTTG CCTTGGATGC TCTTGCAGAT CTCGAGGCGA ACCTTATCAA AGCCATCTCA
GCTGGCCACG ACGCTCTTAT CGACTGGGTC AAGGTCGCTC ATGCTCGTCA GCAACGCCAA
CGTCTCTCCC AATCCACTAC CGACCCGAGC TTGATGCGTA TCCTCTGGCA ATGCGCCCTC
CACGCCCCTC CTACTCTCCT CCCCTTCGTC CTTTCCTCGC TCGAATTGGA CTATAACTGT
ATCGACAATA TCAACGGCCG AAGTATTCTA CACAAGGCGT GCATAGTCGG TTCGCTCCCC
CTGGTTGAGC GCTGTGTAGA GAATTCCCCA GGGTTGGTAG AGAAGAACGA CGTATACGAG
CGTCGGCCGT TACATTACGC CGCGATGCAC GGTTTCGCCG AAATCGTTTC TTTCCTCTTA
CAAACCTCTT CCAACTCATC CGCAGCCGAC CATCGAGAAT CGGCCGAACC GTCACCGACG
GATATGGACG GCTACACCCC GCTCATGCAT GCTATCCAGC GAGGTCATCT CGCCGTCGTT
CAGATCTTTG TCAGTGACGA AATTACAGAT GGGGACCGCG AGAGGATCAC GCTCGAGCCG
ACAGCCATGT CGAACGACCT GATCCCCCTC TCGCTCGCAT GCGAGCACGG CCACGTCGAA
GTCGCCCGCC TTCTCCTCCA ACGTGGCGCG AGAGTCATCC CGAACTCTGA AGGTCTTTAC
CCGCAACATT TGGCTGCTAA AGCCGGACAT TCCGCCATCT GTCAGTTGCT GGTAGAAGAA
GGTGGTGAGG AAGGAGGGGG TAAAGACAGG AAGGACAAGT ATAACCTCTG GACACCCCTG
CATCATGCTG CGATAGGTGG TGAAGAAAGA CATCTGGAGT GTGTTAAAGT GTTGGTGGAG
AAGGGAGGGT GTGATGTGAA TGTGCCGGAT GAGTATGGGA AGAGTGCGGG GTGGTATGCG
GCGTGGTTTG GTCACGTGGA ATGTTTGAAC TATTTGAGAG ATCATGGAGC GAGGTTGGGA
GGGTCTGGAG GTGGTGATGT AACGGCAACA GGCACTGGGG GTGCGGGAGC GCAAGTGGGA
AGAAGAAGGG AGGACGGGGA AGAGACGGAA GAGGAGATGG AGGTAGATGA GATGGGAGGT
TTGGGACTGG CAGCAGACCC GCAGATGGGG GGGTTGTCGC CCGGTTCAGA TTTAGAATTG
GACCCTCCTG CCGAAGAGTT TGAATTGATA CCTTCGCTCT CTTTACCTCC GCCCATCATT
CCGTGAGTTC GCTCCTGCCC ATTTATGAAG TCTGCCTCTT TGATCTTTTG CTAATGATTC
TAAAATAAAA AAAAAGCTTG AGAGTGTACG GCCACGAATT CCTTGCACAA CGATGCCTCA
TCCAACTCTC TCTCGGACAT CGTATTACCT CTTCCTTCCC ACCATGCAAC TCCAACACCC
CAGCTCACAC TCATTCCCAC GCGCCCGCTA TCAAGCTCTA CTCACGCTCT GGTTCGGGAC
AAGAGACCCT TCACCTTTGG TCTTCGCTAA AGCTGGTCAT GACCTCCAAA TCCGATATCT
CGGCTGTGCC GCACAGCGTC ATCCTCCCGC TCGCGGATGA GCGTGAAGTC TTCTCCTTCC
ACGCACAAGA TCTCGACCGA TTCACCCTAG AACTTTCACT TTACCCTACG TTTGGCTCAA
AAGTCATCGG CCGTGCTATC CTCTTACCCG GTACGTGGAA GGATATAAAG TACCACAAAC
AACTCCAAGC GCCGCTGCTA GACCATAATC TCAAAGCTAT CGGCGAGGTA GCATTGGAAG
TAAGCTGTAT AACGCCATTT GAAGGTGCGC AGCTGGAAAT CGGAGGGAGG GTTGAGACAT
ATTGGAAATC TAAAGTCGTC AAAGGTGATT CGGCGCAGGA CCACGCCCAT TTGGCACCGA
ACAAACCTTT GAGTGTCTTT TCATCGTCAG GTGCTGTGGC GGGGGCGATA GGAGCCGCTG
CTGCAGGTGC TGTTGGGCAC GGCGTTGGTC TTGAAGAAGG TAAAGTGAGC GATGTGGGTG
TCAGCTCCGG TGCAGACACG GGCATGAGCA CGGTGCCAGC AGCAGGAGCT GCAAGCGGTG
GCGGTGGTGG GGAATCGGCG TTGGTGACAG CAAGTTCGCT TTCAGGCGAG TATGTGCATG
TGGTAGTACA GGTGACGAAG GATGGGGTAC CTGTGGTGTA CCCCCATGGA AGATTACCAG
TGAAAGAATT TGATTTGGGC GTGTCGGATG TGACGTATGA TCAGTTTATG GCGCTCGCTA
CACGATTAGG GCTTGCGCTT CAACCACCAT CCTCCTTAAG TTACCAATCA ACAGCGTCTG
ATTGGTACAA TCTCCTCTCC TCTACCCTCG CCTCTCTTAC TGACGTCCTC ACCCTCCTCC
CTCACGAAAT TGGTATCAAC CTCCGCCTTC GGTACACGCG CGAGGTCGAT TCGTCATCTG
TTGGTAAGAA GGTAGGAAGG GAGAGCGGTG AAGTGAACAA GTGGGTCGAT ACGGTCTTGG
ACAGTGTGTA TGAGGTTGGA AAGAAAGTTG GTGGTGAAGG GGGGAAGGCG AGGAAGATTA
TCTTTTCGAG CTTTGATCCA GTAGTCTGCA CAGCCTTAAA CTGGAAGCAG CCAAATTGTA
AGCGTCCCCC TCCTCCTTTG GTCATCTTAA TCATGTGGGG AAAATGCTCC CATGCTAATC
ATCTTTTATT TCCCCCAATA CCAGATGCTG TCTTTTTCGC CTCCTACTGC GGCGTCTCTC
GTCAATCCTC ATTGCCTACT TCAACTTCCA TTAGATCTTC AGACAGAGAC ACCACCCACG
GTCCATCTCC TTATATCACT GGCGAGCATG GGCAAGGAGG CAGACCTACT AGACGGCTTA
TACCAGCTCC TCGGGAAGAA GAATCAGATG TGAGGTGTCT TAGTGTGAGA GAGGCTGTCA
ACTTTGCAAA GAGCAGAAAC TTGTTGGGCG TTATCCTCGA GGCATCGACT TTGGTATGTT
CACAATTTCT TGACCCGATC CTTTACGATC CTTGTTGACA AGACTATCGT ACTTGTTCCT
CTTGGACAAA AACAGTCCGC CGTCCCCTCG CTTGTTGCAT CGGTTAAAGA TGCTGGCCTT
CTTCTTGCAG CCTTTGGTGA GCCTGCCGAT ATAAGCGTGT TGAGACAGGG TGCGGACGAC
GGGAGGACTA TAGATGCGTT CGTCCTTGAA GGGTAAGTCG TCTTTGTGTC TTCATACTTC
GCGTAATGCC TCGTAACGAG TGAGAGCTGA TCAGTTCTCG GTGATAGGAT TATGACCCTT
ACTATTTAAG GTCTTGAAGG GTGGCTTAAC GGAATTTGAC AGTGTTAGAT TTGTTGTTCA
ACAATTGCTC TTAGGGGAGA TAAAGCAAAT GGAAACAATT AAAGCTTCTG TATCTTTGGC
CGAAAAGAGA TGCATGTAAC TGTAAT
|
|---|
| Protein sequence | MHAYRSSEEY KRAVYEWGVY LRTCVGNLHR CAVDHSPDNS TIRQLDIQIT PCFAPASVPF
HLSPSSPFAM KFGKTIQSQQ VPGWGEYYLN YKALKKIINS YAAGRPASDA SLLSLGLRPA
RLPVAITDTN TTSSLPNSSH PPSSSDVDTD AEHVNIQDLE PLPPQTAPPG NTSSGLMGRN
PMESAGRSES FKAHRDVFFF TLQRELEKIN AFYLIKERDL RLRLLSLLSN RKRLLQNSSS
TTPDTSDGLP PTGARRDAEW ASLEEGWRLF ERDLGKLQGF IEINATGFRK ILKKWDKRSK
SNTKELYLER QVEVQPCFNR EFIAKLSDIV AANLIDVENG SEHLSTAFLE RDPSSFSGAN
FASTDVMAGG VGVGSNRSVD FDIDSTRALA LDALADLEAN LIKAISAGHD ALIDWVKVAH
ARQQRQRLSQ STTDPSLMRI LWQCALHAPP TLLPFVLSSL ELDYNCIDNI NGRSILHKAC
IVGSLPLVER CVENSPGLVE KNDVYERRPL HYAAMHGFAE IVSFLLQTSS NSSAADHRES
AEPSPTDMDG YTPLMHAIQR GHLAVVQIFV SDEITDGDRE RITLEPTAMS NDLIPLSLAC
EHGHVEVARL LLQRGARVIP NSEGLYPQHL AAKAGHSAIC QLLVEEGGEE GGGKDRKDKY
NLWTPLHHAA IGGEERHLEC VKVLVEKGGC DVNVPDEYGK SAGWYAAWFG HVECLNYLRD
HGARLGGSGG GDVTATGTGG AGAQVGRRRE DGEETEEEME VDEMGGLGLA ADPQMGGLSP
GSDLELDPPA EEFELIPSLS LPPPIIPLRV YGHEFLAQRC LIQLSLGHRI TSSFPPCNSN
TPAHTHSHAP AIKLYSRSGS GQETLHLWSS LKLVMTSKSD ISAVPHSVIL PLADEREVFS
FHAQDLDRFT LELSLYPTFG SKVIGRAILL PGTWKDIKYH KQLQAPLLDH NLKAIGEVAL
EVSCITPFEG AQLEIGGRVE TYWKSKVVKG DSAQDHAHLA PNKPLSVFSS SGAVAGAIGA
AAAGAVGHGV GLEEGKVSDV GVSSGADTGM STVPAAGAAS GGGGGESALV TASSLSGEYV
HVVVQVTKDG VPVVYPHGRL PVKEFDLGVS DVTYDQFMAL ATRLGLALQP PSSLSYQSTA
SDWYNLLSST LASLTDVLTL LPHEIGINLR LRYTREVDSS SVGKKVGRES GEVNKWVDTV
LDSVYEVGKK VGGEGGKARK IIFSSFDPVV CTALNWKQPN YAVFFASYCG VSRQSSLPTS
TSIRSSDRDT THGPSPYITG EHGQGGRPTR RLIPAPREEE SDVRCLSVRE AVNFAKSRNL
LGVILEASTL SAVPSLVASV KDAGLLLAAF GEPADISVLR QGADDGRTID AFVLEGIMTL
TI
|
|---|
| |