| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNN01100 |
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| Symbol | |
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| ID | 3255429 |
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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_006683 |
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| Strand | + |
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| Start bp | 337681 |
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| End bp | 342737 |
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| Gene Length | 5057 bp |
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| Protein Length | 1289 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638254526 |
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| Product | telomere maintenance protein, putative |
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| Protein accession | XP_568552 |
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| Protein GI | 58262284 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | [TIGR00606] rad50 |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.28116 |
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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 | ATGGTAGTGG CAAGACTGCG AGTTTTAACC ATATAGGCTA GGTTGACGAA GCTAAAGTAC
ATCGTAGACA ATCATCGAGT GCTTGAAATA CGCTACCACC GGTGACATGC CGCCCAATAC
TAAGGGCGGA GCCTTCGTTC ATGACCCAAA GGTTTGTAGT TGATATCCAG ATGTATCACC
CATGCTTATT ACTGCCATAA TGCAGATGGC TGGTGAGAAG GAAGTCAAGG CTCAAGTCCG
TTTGAGATTC TGGAATGCCA AGCGGGAGCG TATGACGGCA ACTCGAAATT TACAAGTGAC
GACGAAGAAG ACTGGTCAAT TGACCATGAA GACGCTGGAA GGTATACTGG CTAAGACGGA
TGTTGGTGAT TCAAGTGGGA AGGTCTGTGA ACCTCAGGCT GCTATTGACA AGGATACACC
AGCTGATATT GATGTAACAG AGAAATACCA TCTCTACGAA ATGTTCAGAA ATGGATGAAG
AAGTTCCATA CTTGTTGGGC GTGTCGAGGG CCATTCTTGA GAATGTGATC TTCTGTCATC
AAGAAGAGTC CAATTGGCCG CTTTCTGAAC CGGCCGCATT AAAAAAGAAA TTTGACGACA
TCTTCGAAGC TACCAAGTGA GTGAGAATGA AGCTCGATTT TGCCTCAGAA CTGAACTCGA
CTGGTGTAGG TATACGAAAG CTTTGGACAA TATTAAAACT TTAAGAAAAG AACGAATGGC
CGAGCTCAAA GTTGACAAGG AGAGACTCAA GTTCCTCAAG GCTGACAAGG ACAAGGCTGA
GCGTGTGAGT GCCCTTCGAT GAGGCCTATA CCTTTTCTCA TGCGATGTCC GGTAGTTGCG
CAAGGATTTG GAAGAGTCAA TTTCCCAAGA AAACCGTAAA CAAACAGAAC TCGACAACCT
CAAAGAACGA TATGAAACTA TCAAGATTCG TAACGCCGAA TTTTACGAGG AAGCAACACA
TTTCCGACAA ATCTATGAAC AGTCGAAGTC GTTGAAGGAG AAAAAGAAGA TGTATGAGGA
CAACCGAAAG CATTCAAAGT TGAATATGCA AGAGATGGAT GGTAAATCCA TATCCTTTTC
GTCAACATCA GGTGAAATGT GCTGAGAGAC TCACAGAATC GACTGAGGAA CTCCTCCATA
TGCAGCAAAA CTTCGACGCC CACCTTCGAA CCCTTACCAT GCAGCGATCA GAAAAGGAGG
ATGCGAAAGA GAAGGAGGAA TCTGAGTTGG AGGACCTTCG TGTAAAGGAG AGGAATCTTG
CTAATAGGCA GGGTGGGCTG GTTGCTCATC GTCAAGTAAG TAACCCCATC ATTGGTTTAC
ACACAGGCAG CGCTGATGTT GGTCAAGACG TACGAGCGTA ATTTGAGAGA GCGTGAAGCT
GCGATAAGGC AGATCGCTAA GGCTCATGAT CTGGTGGGAT ACGATTACTC TCCTTTGGAA
GATTCGAAAG TTGCAGAGTT CGTGGATAAA ATTTATGAGA TGGTGAGGAA GGCAGAAAAT
GATTTGAAGA AACTTCAGGT GAGAAATATG TCTTTCGACA CTGGAAGTTG AAAATTGATT
CGCGACGAAG ACGGAGAACA GTAGGAAGGA AAGAGAATTG CAAGAGGAAC TGGACCGGTT
GTCAACCATG AAGACGTCTG CCCAAGCTAC GAAAAAGAGC AAAGAGGAAC AAATCGTGCG
TAAGACGTGT TTCCCAGTCA ATTCGGGCTC TGGATGACTG ACGCCCGCAT AGATTAGACT
TACCGAGAAG ATCCGCACAT CTGAGGCAAC CTTCCATTCC ATCTCTAACC CCTCTGTCGA
ACTCGAACTC AACCAGAATA AGCTTACAGA GTTGGAGGCA GACCTCTCAA AATTCCAAGC
TGAGATCACT GATGCCAAGT ATGACGAGAA GATTAACCAA AAAGGCCTTT TGATCAGGCA
AAAGGAGCTG GAGAGGGATA ATATCAATGC AGAGTTGGCT GTGTTGAACA GGAAGGCAGA
CTCGAGGGCG AAGTTAGATC TGCAGAGGAA CGAGTTGGAG GGCAAAAACT CACAAATATC
AACATTGTGA GTCACTGTAC TCCAGAACAA CATCAGCGCT AATGATCTGG TAGATTAAAA
ACCCACGAGG CTAAGTTTAG AGAGCTCGTC GAGGTAGATA TACATGATGT CAAACCAGAA
GACATAGAGG ATAAGGTCAT TGGTGCCATC AGGTAGGCGT CATATTCTAA CACGTCCAAC
TTTTACTAAA TCCCTTGGTG TAGTCGAAAG GACAGAGATC TCATACAAGA AGAAAACAAT
GCATCAGCTC TCAACAGGGA TCATTCTCAA GTACAAGCAT CGCTTAGTCG AGCTCGAGAG
GAACTCGCAA TCAAGAAGCG AGAGATTCAC AGTAAGTACT TTGCCCTTCG CGCTTGATCC
ATATGCTCAG CTCATTGAAT AGACATGCAA CGCGAGATTG AGGCTGCGAT TTACAATGTC
AACCAGCCGG CTGAAGAGGA GGAAGTGCCT GCTGAGGAGG CCAAGAATTT GGCAGAGGCC
TTTGATATCT GTCGAAGCGA GATTGAAAGT GTGCAACGGT ACGTAGCTTA TCCTCTGAAG
CCTCTCTTCA GCGCTGATGC GATATCCAGA GCGATCATGG ACAAGCAAGG GAGCAGGGTC
GTATGGGAAG GATTGCTCAC AACGGTCAAA GCGGGTGGAG TCTGTGAAGC CTGTAACCGT
GGGATCAAGC ACGAGGAGAA GAATGCTGTC ACTAGACATG TGAGTTGTTA TAGACAGAGA
ACGCATAGCA AGCAACTGAT CAAGAGACGA TGTCAGATGG AAGCAAAAAT CCGGCAACTC
ATGGAAGCTG AGCAAGCTGG GGTTGACGCT GAAATTGAAG TGGAAAAGTC ATGGACTGAG
ATCCTCGATG CCCTTATCAG AGTTGAGCCT CATGAAGCGA AAATTCAGGA CTTGCAGAGA
AGAGTCATCC CTCGTTTGGA GACGCAGATC AAGGAAGGGG AGGAAAAGCT TCGTTCATTG
GTGAAAGAGG TTGATGACTC AAAGACATCA ATCCAGAAGC TTAAGTCCGC CTCTCGTGAT
TTACAAAATC TCAAGGCTAC AGCGTCCTAT ATCAATCGCT TGTACATTGA GACCGGTGAT
TTGAAAGCGA ACGTGAAGAG ACTTCAAACC GAGCTAGAGA GTTCTGGTAG CTCTAAGACG
GTGGAGGAGG TACAAAAAGA GGTGGATCGG GTGAGCCAGG AAATGTGAGT GCTTCCTTTG
GATTCGCAGT GAATAATGGC GGGCTAACGA AATATCACAG CAAAACGCTG TCGCGAGAGC
AGCAAGCCTT TTCTTCTGAA AAAGAGCTTA AGGTCAATGC TCTTCGGGCG ACTCAAGACG
AAATCGGACG CAAGAGCCTT CATATTGGTA GACTCAAGGC TCAACAGGAC AAGAGAAAAA
TGGAGGAGGA AGCTTTGAGC GATATGCAGA ACACTCTCGG AACACTCCAT GACGAACTTC
AGGTACATTT CCTGTTTTCC TGGGTTCTCT TGCAGTGCAG TGCTGACAAG GGCTCTAGGA
TCTGGACCAG ACTGTTCAGG CCGCGGAGGC TCCTTGGAAG GAAAAGAATG AAACACTCGG
CAGATTCAGG ACAGAACGGG CGAATGCAGA GAAAGAAGCT AGCACACAAG TTAGGATGTA
TCAGTCAAGT TTAGGGGAGA TTGAAGGGAA GCACAAAGCT TGTCAAGCGT AAGTATCATT
TCTTCATCAT TTAAGAGCGG AATAGGCTGA TTACCTAGCA GATATGTGGC GGAGGGTAAT
GACAGGAAGA TCCGAGAGAA TGAGGCAGCC ATGTCTGAAA TTAAACGTCA AATCTCACAA
TCCAATGACG CTCGCGCTGC GCTCGAAGCT GAAATATCTG CTTTGTCATC CGAACTTTCA
AAATCCGAAT CACTTAAAGC AAACATCAGA AGTAACCTGA AGTATCGCGA AGACGGGAAG
AAAATCGAGA TGGTTCAAGC AGAACTTGAC GAGTTGGATT TGGACAGTGC TGCTGAAAGT
AGAGCCAAGT TCAATAAAGA ATACAAGGGG ATGCTGGACG AAGAGACAGA AGCTCAGGGC
CTAGTGAGTT TTTGCTGCTC TAAATTGTTA CATATTTTCT GCTGACTTCG AGTGCTTGTA
AGATGGCAAT CACCCAAGGA GGTCTGCTGG AAATGAGGAC AAATCGCCAA AAAATGGAGA
AAACTTTGAA GACGGATTAC AAGAACATCG ACAAGGAACA CAAAGAGCAA CTAATCAAGA
CTACAATTAG TGAATATGCG AATAATGACC TTGAGAAGTA CGGGAAAGCC CTGGATAAGT
ATGTATGCTT TCGTCTTTCA TGACCTTCAC TCCAATAGCT AACGTGTATG TAGCGCGATC
CTCAAGTATC ACTCCATCAA GATGGATGAG ATCAACGATA CTATTGGTCA TCTTTGGAAC
AAAACTTATC AAGGGACTGA TATCGACGGG ATCCGAATTG TTTCCGATCA TGACGAGGCT
TCGACAAGTA CTCGCAAGAG TTATAACTAT AGAGTGGTCA TGGTGAAGAA TGAAGTGGAG
CTGGACATGA GAGGAAGATG CTCTGCTGGT CAGAAGGTAT TGGCTAGCAT CATCATTAGA
TTGGCTCTGG CGGAGAGTTT TGGACAAGGC TGTGGTGTTT TGGCCCTTGA TGAGTCAGTC
TTGCCGCTTC GCGATGTGGA ATAAAGCTGA CCAGAGTAGA CCGACTACGA ATCTGGATCA
AGAGAATATC AATGCGCTGG CCGAATCTCT GGCTGAGTAC GCTTAATCTC GCACACCTTT
CGTACAAGGC TGACATCCAT TGCAGGATCA TTCGGGAACG CCGACAACAA GCCAACTTCC
AGCTTATCGT GATCACACAC GACGAAGGGT TCTTGCAGCG TTTGGCGGAG CAGGATGTTG
TTGAGTATTA CTGGTAAGCT GCTACCGTGG TAGCTCAGAT CGTTCGAAAC TATCGGCTAA
TGGCGTTGTT TAGGCGAGTG TCAAGAGACG CTTCGCAGAA GAGTGTGTTG GAGAGACAGA
GAGTAGGTAG AGGATAG
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| Protein sequence | MTIIECLKYA TTGDMPPNTK GGAFVHDPKM AGEKEVKAQV RLRFWNAKRE RMTATRNLQV
TTKKTGQLTM KTLEGILAKT DVGDSSGKRN TISTKCSEMD EEVPYLLGVS RAILENVIFC
HQEESNWPLS EPAALKKKFD DIFEATKYTK ALDNIKTLRK ERMAELKVDK ERLKFLKADK
DKAERLRKDL EESISQENRK QTELDNLKER YETIKIRNAE FYEEATHFRQ IYEQSKSLKE
KKKMYEDNRK HSKLNMQEMD ESTEELLHMQ QNFDAHLRTL TMQRSEKEDA KEKEESELED
LRVKERNLAN RQGGLVAHRQ TYERNLRERE AAIRQIAKAH DLVGYDYSPL EDSKVAEFVD
KIYEMVRKAE NDLKKLQTEN SRKERELQEE LDRLSTMKTS AQATKKSKEE QIIRLTEKIR
TSEATFHSIS NPSVELELNQ NKLTELEADL SKFQAEITDA KYDEKINQKG LLIRQKELER
DNINAELAVL NRKADSRAKL DLQRNELEGK NSQISTLLKT HEAKFRELVE VDIHDVKPED
IEDKVIGAIS RKDRDLIQEE NNASALNRDH SQVQASLSRA REELAIKKRE IHNMQREIEA
AIYNVNQPAE EEEVPAEEAK NLAEAFDICR SEIESVQRAI MDKQGSRVVW EGLLTTVKAG
GVCEACNRGI KHEEKNAVTR HMEAKIRQLM EAEQAGVDAE IEVEKSWTEI LDALIRVEPH
EAKIQDLQRR VIPRLETQIK EGEEKLRSLV KEVDDSKTSI QKLKSASRDL QNLKATASYI
NRLYIETGDL KANVKRLQTE LESSGSSKTV EEVQKEVDRV SQEIKTLSRE QQAFSSEKEL
KVNALRATQD EIGRKSLHIG RLKAQQDKRK MEEEALSDMQ NTLGTLHDEL QDLDQTVQAA
EAPWKEKNET LGRFRTERAN AEKEASTQVR MYQSSLGEIE GKHKACQAYV AEGNDRKIRE
NEAAMSEIKR QISQSNDARA ALEAEISALS SELSKSESLK ANIRSNLKYR EDGKKIEMVQ
AELDELDLDS AAESRAKFNK EYKGMLDEET EAQGLMAITQ GGLLEMRTNR QKMEKTLKTD
YKNIDKEHKE QLIKTTISEY ANNDLEKYGK ALDNAILKYH SIKMDEINDT IGHLWNKTYQ
GTDIDGIRIV SDHDEASTST RKSYNYRVVM VKNEVELDMR GRCSAGQKVL ASIIIRLALA
ESFGQGCGVL ALDEPTTNLD QENINALAES LAEIIRERRQ QANFQLIVIT HDEGFLQRLA
EQDVVEYYWR VSRDASQKSV LERQRVGRG
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