| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ02750 |
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| Symbol | |
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| ID | 3254320 |
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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_006679 |
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| Strand | + |
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| Start bp | 793010 |
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| End bp | 796619 |
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| Gene Length | 3610 bp |
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| Protein Length | 810 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638253432 |
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| Product | MMS2, putative |
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| Protein accession | XP_567564 |
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| Protein GI | 58260308 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0464] ATPases of the AAA+ class |
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| TIGRFAM ID | [TIGR01243] AAA family ATPase, CDC48 subfamily |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | CTTTCACTTC TCTTTTCTAC CACATTCTTT CCTTTTCCCC AGTACTTATA CCCCTAGTAC
TTCCCAATTT CCCCCTTATA ACTAAATCTA CACACTAGAA GCGGCGAATT CACCATGGCT
GACGACCCTT CTCGCGTAAG TCAAGTTCAT CCGCGCCGTC CAGCTTGTCT GACTAACGGT
GTTGCAGGCG GTTCAGGATG ACTCTACCGC CACCGCCATC TTAAGGCAAA AGCGATCGTA
AGCTTACTCT CTCATACTGC CTTTGCCATT CAGAGAAGCT AACAGTCGTT AAGTCCCAAC
CGACTTGTGG TAGATGAGAG CCCCTCAGAT GACAATAGTG TTGCCATCTT GCATCCCAAT
ACCATGGAGG CCCTTGGTCT CTTCCGGTGA GTGTTTCACT GATCTGCCCT TGGTCGTGCT
AACAGCAGGG TGCTCCAGAG GTGATACGAT CATTGGCAAG TTTCGCTATC GAGTAGTAGC
CTTCATCTGA CTAACCGGTT ATGTAGTCCG TGGCAAGCGA AGGAGGGACA CTGTCCTTAT
TTGCTTGAGT CAAGACGACA TAGAGGAGGG CAAGGTTGCC ATGAACAAAG GTAAGTGGAC
GATGGGACGT ATATTGGATA GTCTGACAGC TTGCAGTCGC CCGAGGAAAC TGTGCCATCA
AGCTCGGTGA TTTGGTTCAC GTCTCTGCTG CCAACGATAT CAAGTACGGC AAGCGTATCC
ATGTTCTTCC TTTTGCCGAC TCTATCGAAG GTTTGTAAAT CGTGTAGTCG AGGTAGGACC
CTATGCTGAC TTTTGGCAGG TCTCTCTGGA AACCTTTTCG ACGTCTATCT CCGCCCGTAC
TTCTTGGAGG CTTACCGACC CGTCAGGAAG GGTAAGTATA CGTTACAGAT TAGATCAGCG
GTCGTTGCTG ATATTTCTTA GGCGACGTGT TCCAGGTCAG GGGTGGTATG CGAACGGTTG
ATTTCAAGGT TGTCGAGGTT GACCCTTCGC CTTATTGTGT AAGTGAACAG ATTCATAGCG
GCCTTAGTGT CTTGGCTGTG GTTTTGGATG TGCTGACTGA CGTATTGAAC AGATTGTTGC
TTCTGAAACT GTATGCTTCT GTCAGCTTCC CGACGAGAAA GAAAATGTTG ACATTATTCT
AGGTGATTCA CACTGAGGGT GATCCTCTGG ACCGTGAGGC CGAGGAGGCT ACCCTTAATG
ACGTTGGGTA CGACGATCTC GGTGGATGTA GGAAGCAGCT TGCTCAGGTG AATGGCTTAA
CAAGATCACA TGAGGCATAT TTACTGACTG GGGCTTAGAT CCGAGAACTT GTTGAGCTTC
CTTTGCGACA CCCTCAACTT TTTAAGGCCA TCGGTATCAA ACCTCCTCGG GGTATCCTCA
TGTATGGTCC TCCTGGTACC GGTAAGACCC TCATGGCCCG AGCTGTCGCC AACGAGACCG
GTGCCTTCTT CTTCCTTATC AACGGTCCGG AGATCATGTC CAAGATGGCG GGCGAATCGG
AATCCAACCT CCGAAAAGCT TTTGAAGAGG CCGAGAAGAA CAGCCCTTCT ATCATCTTCA
TCGACGAACT CGATTCAATT GCTCCTAAGA GAGAAAAGGC GAACGGTGAA GTCGAGCGAA
GAGTTGTCTC CCAGCTCCTC ACTTTGATGG ACGGTTTGAA GGCGCGATCT AACGTCGTTG
TGATGGCAGC CACTAATCGG CCCAACTCTA TTGATCCTGC CCTTCGTCGA TTCGGTAGGT
TCGACCGAGA GGTTGACATC GGTATCCCTG ACCCCACTGG TCGGCTTGAG ATCCTTCGTA
TCCACACCAA GAACATGAAG CTTTCCGATG ATGTTGACCT CGAACAGATC GCTGCCGACA
CCCATGGTTA CGTCGGCGCC GACATGGCTT CCCTCTGTTC TGAAGCCGCC ATGCAGCAGA
TCCGAGAAAA GATGGACCTC ATCGACCTCG ACGAGGACAC TATCGACGCT GAGGTCCTCG
ACTCTCTTGG TGTTACTATG GAGAATTTCC GTTTCGCTCT CGGTGTTAAC AACCCCTCAG
CCTTGCGTGA AACTGTTGTT GAGATCCCCA CTACCACCTG GAACGACATT GGTGGTTTGG
ACAAGGTTAA AAGGGAACTC CAGGAGACTG TCCAGTTCCC TGTCGAGCAT CCTGAGAAGT
TCCTCAAGTA CGGCATGTCT CCATCAAAGG GTGTTCTCTT CTACGGTCCT CCTGGTACCG
GTAAAACGTT GTTGGCTAAG GCGTAAGTTG ACCAAATCGC TGAGCATTGC TAATTTTTCA
GTATCGCCAA TGAATGTCAA GCGAACTTCA TCTCTATCAA AGGTCCTGAG CTTTTGACCA
TGTGGTTCGG AGAGTCAGAG GCCAACGTGC GAGATGTCTT CGACAAGGCT CGTGCTGCCG
CTCCTTGTGT CATGTTCTTC GATGAACTTG ACTCTATCGC CAAGTCTCGT GGTAATTCTG
CTGGAGACGG CGGTGGTTCT AGCGACCGAG TCCTTAACCA AATTCTTGTG AGGGCATTTC
CTTTGTTAAA ATGACATGTG CTGATCATTA TATAGACTGA AATGGACGGT ATGAACGCGA
AGAAGAGTGA GCATGACATC GTTCCGTTTG ACATTCACCT ACTAACGAAC AATCAGACGT
CTTCATCATT GGTGCTACCA ACAGGCCGGA TCAGATCGAT TCCGCCCTCT TGCGTCCTGG
GCGACTTGAT CAGGTAAGCA ATCTAAGCAA TCATCTGGCT TCCCGCTCTA ATTGTGCGCT
GACGTTATTC TAGCTGATCT ACATCCCCTT GCCCGACGAG GAGTCTCGTC TTTCTATTCT
CAAGGCTACT TTGCGAAAAT CACCTATCGA CCCCCGAGTC GACCTCGATT TCCTTGCCAA
GAACACTGCT GGCTTCTCCG GTGCTGATCT TACTGAGATC TGTCAACGTG CTGCCAAGCT
TGCCATCCGT GCAAGTATCG ACGCCGACAT CCGCAAAGAA AGAGAGCGAA ATGAGAAGGC
TGAGGCTGCC GGTCAGGATG TTGAACTCAT CGATGAAGAG AACGAGGAGG ATGAAGTTCC
TGCCATCACT GTGTAAGTCC TAATTGCCCG ATTTGAAAGG GAACATCATA CTGACTCACT
GCTACAGGGA ACACTTCGAG GAGGTCAGTC GTACTTCGAG ATAGACCTAT AGTTCCGCTA
CTGACTTCCC ATAGGCTATG CGTTACGCTC GTCGATCTGT TTCAGATGCC GACATCCGTC
GTTACGAGAT GTTCAGCACC ACCCTCCAAC AATCTCGGAG CTTTGGTAGC AACTTCAAGG
TGAGTCTATT GATATGCGAT TTGATTGTTG ACTGACAATG TTTAGTTCCC TGAGAGTGGG
CAGACTGACA ACGCCGCTGC TGGCGCGACT TTCCAGAACG AGGCGGATGA TGACGAGTGA
GTCTCAGATG ATTATTGGCA TTATTGTGGT TATTGACGGT TATCTTTGAA GCTTGTATGC
TTAAGCATTG ATGTTGTGCC GATCTAGTAT TGTTTCACGT TCATCGGTTT TGAGTGAATA
AATTTCAGAA GTTTCCCGAG ATTTCGATTG GTTAGAAGAA AAGAATGATG CATTTCGCTC
TATGATCTAT
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| Protein sequence | MADDPSRAVQ DDSTATAILR QKRSPNRLVV DESPSDDNSV AILHPNTMEA LGLFRGDTII
VRGKRRRDTV LICLSQDDIE EGKVAMNKVA RGNCAIKLGD LVHVSAANDI KYGKRIHVLP
FADSIEGLSG NLFDVYLRPY FLEAYRPVRK GDVFQVRGGM RTVDFKVVEV DPSPYCIVAS
ETVIHTEGDP LDREAEEATL NDVGYDDLGG CRKQLAQIRE LVELPLRHPQ LFKAIGIKPP
RGILMYGPPG TGKTLMARAV ANETGAFFFL INGPEIMSKM AGESESNLRK AFEEAEKNSP
SIIFIDELDS IAPKREKANG EVERRVVSQL LTLMDGLKAR SNVVVMAATN RPNSIDPALR
RFGRFDREVD IGIPDPTGRL EILRIHTKNM KLSDDVDLEQ IAADTHGYVG ADMASLCSEA
AMQQIREKMD LIDLDEDTID AEVLDSLGVT MENFRFALGV NNPSALRETV VEIPTTTWND
IGGLDKVKRE LQETVQFPVE HPEKFLKYGM SPSKGVLFYG PPGTGKTLLA KAIANECQAN
FISIKGPELL TMWFGESEAN VRDVFDKARA AAPCVMFFDE LDSIAKSRGN SAGDGGGSSD
RVLNQILTEM DGMNAKKNVF IIGATNRPDQ IDSALLRPGR LDQLIYIPLP DEESRLSILK
ATLRKSPIDP RVDLDFLAKN TAGFSGADLT EICQRAAKLA IRASIDADIR KERERNEKAE
AAGQDVELID EENEEDEVPA ITVEHFEEAM RYARRSVSDA DIRRYEMFST TLQQSRSFGS
NFKFPESGQT DNAAAGATFQ NEADDDDLYA
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