| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE03990 |
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| Symbol | |
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| ID | 3257857 |
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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_006687 |
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| Strand | + |
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| Start bp | 1129592 |
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| End bp | 1133188 |
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| Gene Length | 3597 bp |
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| Protein Length | 817 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638256982 |
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| Product | protein-nucleus import-related protein, putative |
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| Protein accession | XP_571027 |
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| Protein GI | 58267742 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | GTGAGATCAC CTTGCCATTC TCCTTCCTTC CAACCAGACA GCGCTCGCCG ACCCGCAATG
TCAAGGCAGG AGAAGGACGC CTTGGTGGCG TATGTCAACT CATTCAAACT CTCAAAACCC
ATCACAGACT TTGCACAGCT CGCAGACGGA AAGGCCTTGA TGGAGGTATG TATATTCTGG
GTCTTGAATA GCTAGATGCT GACTCGTCCG CCAAGGCTAT GAGTGCCGTG TAGGTCTATA
AGTGAACAGT GTGTACATCT GCTGACTAAA CTTGGAAAAC CAGCGACTCG ACACATTTCA
AGGATGTACC TGCCAGAGGA GTAACCTCCC AAGCCTCTTC TTCGGAGAAC TGGGTTCTTC
GAATGAATTC CTTGTACGTC AGCAGCTGCA TCAGCTGCCA TCATTATTGA TGTCCTTGCT
AGGAAACGAC TTTACCGACT TCTCCTTTCC TTCCCTTTGC CAGCACCTCA CCCTTCATCT
CTCTCACTAT CCAGCCTTTC TGATCCACCA TTCTCCACTA TTGCCAAGAC ACCGACTATG
AGAGAAGGAG TGCAAGGTCT CCTACAGATT TGCAGATTCT GCCTGGCTGC AAGTGTATGG
GCACCAGGGA ATGAGAAGGT TATCATGCGT ATCCAGAAGT TAAAAGAAGA GCATATGGCA
GAGTTGATGA AAAGTATTGA GGCAGTATGT AGCTGTTTAT TTCATGCTAA TTGAGGCAAA
AATCTGACTC ACTGATCCAT GATAGGTCAC GGCAACTCTG CCAGCTGAAC ATCAAAGACA
AGAAAGTGGA TCATCATCCT TGAGACCATC ACCTGATCTT TCCTACTCGT GCGTCCATTA
TTTCGTCAAT GAACTGTCGC TAAACGTCTG TCGCAGGCCA CCACCGTCAA GCCTTCGAGA
AGAACGGGAC AAACTCCTGC AAGAGAATGA TGATCTTCGA ACAAGATGCG AGCGGATGAT
GGAACAGGTT GCCGACCTGA CATCCAAACT TGTACGTCTC AAAGTATGCA AACCAAGTTA
TTTGTCGTTG ATGGACTGTC CCAACAGAAA GAAACGAAAG AAGAGCATGA AGATGCGCTA
GAGAGATTAT CGCGTGGTGA AACTCCAGGC GCAGGTTTGA GGGGCAATCA AGCGGCAGGA
GCAAACGAAA TTGAAAGGTT AAAAGTCGAT CTGTGCGTTT GGTTGTGATT TTCAAGGATA
GCGACTGACT GATGTCCGTC TAGGCTGAAA GCCGAGGAAA GTCTGGCTAA AGCAGAGGAA
GACCTCGAAA AGCAAACCAC GAGTGTTTCC GAGTTGACGA AGCAGGTGCG TTTACACGGA
TCATCACGCT GTAGATTGTA CAATCCTGAC ACATAGTAGA TTGAACAGTA CAAAGCCGAA
GCTGCTGAAG CTGGCAAGTT GAAAGATCAA TTGGATGAGT AAGCTTTTTT TTGGGCCCTA
AGATTGCATC TGATCTATAT ACTCAGATAC CGACATACTG CAGATAGATT ACGGAAAAGC
GAAAATGTGA TCGAAAAGTA CCGAAAGAAG CTCGAGGAGA GCGCCAACCT TCGAAGGGAA
TTACGCGTGA GTGTATCCTC AAGCCTTCCG AAGCTCTGAG CTCAACTGTC ATCTCAAGAA
CTTGGAAGAA GAAAACGCTT CTCTTGTCAA CACCAACTCC TCCCTTGAGG CAGACCTCAA
GAAAGCCGTA GCGTTCAAAA GCCTTTTTGA TAACTATAAA TCCCAAATCG AATCTTTCGA
GAAACAGACA GCCGACCAGG CCACCGAAAT CACTGAGCTG AACCATCAAC TTGAAGTAAC
CCAACACCAG CTCGAATCGC TTCAATCAAC GTACGAGCAG CATCAAGAGG AGTTGCAACT
TAGCCAAGAG AAGTTAAGAG AAATTGAATT GACCGGTGTT ATATCTTCGA ATGGCGAAGG
GTTAAAGAGA AATGCGCCAG GAGATATGTC GCTGGGTGAT GAACTAGGCG AGCTTCCTGA
TAATGGAGAC CGAGAAACCA AGACAGAGTA AGCGTACTCC TCCTTCTTGG AACCGAGTCC
CGTGACTGAA CAGTCTACAG TCTTCGTTTA AAAATCAAAT CACTTCAACG TGAACTGTCC
GACCTCCAAT CATCGGCTCC AGTATCTCAT CGCCTCATTA CTCTTGAAAC TCTCCTTGCT
GATGCCAACA AATCCAAGGA AAGATACCAG GCTGATTATC TCAAGGCGCA CAAGGAAGGC
CTCAGATTAT CAGCCACGTT GGAAGCGATT AGGGAGGGTC GAGGCGGTGA TAAGTAGGCT
TCTGTCAAGT GTACTAACTG GGAAAAGCTG ATAATGGAGT AGCTCGCAAA CCTCAGCGGC
TCTCAGGCAG AGATTGGATG AGGTTCTTGA AGAAAGAGAC GCGCTTCTGA GGGAAAGGCA
GGAACTAGAG GTCGCCAAAG GAGAAGCCGA GAAAGCTTTG ACTGCGGCCA AGGTTGACTG
TATGTCCCTC AACGTTCGTA ATAACATATC TAACCTTATT TCCGTTCAGT GAGCCTTGTC
GGCAAAGATA AACGTGATAT TCTTGCTTGT AAGTGCCAGT CCTGATTTAA CATATCATTC
TTGCTTATAC TTCATCTTTT AGCTTTGAGA AAAAGCGTAG AAAAGGATGC GTCCGACCTT
GGGAAGGAAG TCATAGTGCT GAAAGAGCAA ATTGAGGCTT TAAGAGAGAA AGATCGACAG
AACCTTGAAG AGATCAAGAC GTGGGTGATT TGGAATCGCT GGAGCTTTCT TACTGATAAT
CGGTTATCGT CTAGTCTTTT GAAGGACAAG GTCAACCTTC AAACCGCCAG CATCGACCAG
CGAGAGAGAG CCTTTGAGAA AGAGAAAGAG TTCAGGTACG CTGTCCATAC AAAGAATTTA
GGCGCTTTCA GTGCTAATAC TCTTCATTGC TAGCGAACTC AAAGCTTCTA TGTCTGCAAG
CGGCGTACCA GCGGAGACAC AACAAAAACT CCTCGGTTTA TACGGACGTA ATACAGAGCT
TTCAGCAGAG GTCAAAGCGT TACAAGATAA GCTTGATGTC TTATCAAAGT CAGGTGGTAC
ATATGTGAGT CACTTAACCG TGCCCATATG TTTTGAGTAC ACTGATGTTT TGAGTACACT
GACGCGTTTC GGCTCTATTA GGACCATTCT CCCTTCGAAC AAGCTCAAAT CGCCTACGAA
AAGCAGATCA CCTCCCTCCA GGCAGAAGTC GCTAAACTTA AAGAATCCAA GACCGCTCTG
AAGAAGCAAT ACGATCTTGA ACAGCAACTT ATGCTTACTG CATGGCATGA TCTGGGCCAG
AAGATGGTGG GGGGGCATTT GCATGTGGCT ATGAATGGCG CGAAGAGGAG TCAGGCAAAG
CCAATGCCCA ATGGATGGCT CGGCCGACAG AGAAGGATAG TGAGTTTAAT GATTAATCTA
GATGATAGAA GGATACTGAT GTCTTCCAGC AAGAGAATGC TGGGTATGCT AGAACTTAAC
TAGACGATGG AGCGAAAGCA AAAGCGAGTT ATAATAGTAC GAGTAGTGTG ACTTTGTTAG
ATGTCAATTT CATTTTTCCA GTTGTCCTCA CGGGATGCAT AAGTTTCTGT CATTTTA
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| Protein sequence | MSRQEKDALV AYVNSFKLSK PITDFAQLAD GKALMEAMSA VDSTHFKDVP ARGVTSQASS
SENWVLRMNS LKRLYRLLLS FPLPAPHPSS LSLSSLSDPP FSTIAKTPTM REGVQGLLQI
CRFCLAASVW APGNEKVIMR IQKLKEEHMA ELMKSIEAVT ATLPAEHQRQ ESGSSSLRPS
PDLSYSPPPS SLREERDKLL QENDDLRTRC ERMMEQVADL TSKLKETKEE HEDALERLSR
GETPGAGLRG NQAAGANEIE RLKVDLLKAE ESLAKAEEDL EKQTTSVSEL TKQIEQYKAE
AAEAGKLKDQ LDEYRHTADR LRKSENVIEK YRKKLEESAN LRRELRNLEE ENASLVNTNS
SLEADLKKAV AFKSLFDNYK SQIESFEKQT ADQATEITEL NHQLEVTQHQ LESLQSTYEQ
HQEELQLSQE KLREIELTGV ISSNGEGLKR NAPGDMSLGD ELGELPDNGD RETKTDLRLK
IKSLQRELSD LQSSAPVSHR LITLETLLAD ANKSKERYQA DYLKAHKEGL RLSATLEAIR
EGRGGDNSQT SAALRQRLDE VLEERDALLR ERQELEVAKG EAEKALTAAK VDLSLVGKDK
RDILASLRKS VEKDASDLGK EVIVLKEQIE ALREKDRQNL EEIKTLLKDK VNLQTASIDQ
RERAFEKEKE FSELKASMSA SGVPAETQQK LLGLYGRNTE LSAEVKALQD KLDVLSKSGG
TYDHSPFEQA QIAYEKQITS LQAEVAKLKE SKTALKKQYD LEQQLMLTAW HDLGQKMVGG
HLHVAMNGAK RSQAKPMPNG WLGRQRRIQE NAGYART
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