| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE02180 |
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| Symbol | |
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| ID | 3257583 |
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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 | 587306 |
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| End bp | 591939 |
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| Gene Length | 4634 bp |
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| Protein Length | 1037 aa |
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| Translation table | |
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| GC content | 45% |
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| IMG OID | 638256809 |
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| Product | telomeric template RNA reverse transcriptase, putative |
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| Protein accession | XP_570889 |
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| Protein GI | 58267466 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | GGCCGACGAC TTAACTGAGC GTAGCCGGAC TCTCGTCTTT GGATCATGAC GACGCCCTTC
TCCGACCGAG CGCCCGCCAA AATCCAACAA GAAACTTCGC CCCCCACTCT TCATCACAAG
ACGTTGTCGG CGTACTATCC TTACATCTAC ACTCTCTCCA AGTTCATATC TTCTCGTCTA
GAAGGTTTTG AAAGTCAACC GCAGGCTTCT AATACTACAG CGTTTAGCAC ATTTCTCAAA
ACTACCCTTT GTGCTTTCAG GAATGAGGAC GAACTCAATC GCGTCGAACT TGACAAGGAT
AGACGTGTCA TCTTCCCCAC TCAGCAGGAG GCTATAGATA AAGCTTTGAG CCATGTTGCA
AAGGCGAGTT CCGGCCCCGG AAAGGTCCAA AACTTGTTGC TTTTTCGCAC ATCGTCGAAG
GTATGTGAAA ATTAGGTAGA TTCAAAGTTA TTTTGAAGTT CATGCGGGCT GTAGTTGCAC
ATACAAGATC TACCGATCAA CATGTCTCGC CCATCGGTCC CGAATCAAAC GATACAAGGA
CCTGCTGGCG TGTTCAGATC TTCTGAATGG CAAATCCTGA GGTCAAGGTG AGCTATGGGC
GCCCTTCTTA TTACAGTTTG ATTTCTGACC ATTCCTAGAA TCGGAGACAA ATCCTTCAGC
CAACTCCTCC TTGGTACTTC CCTTTTCAGC CCTGTCGGCA ATAACTGCTA TCTACAGCTG
AGCGGTATAC CATTATATGA ATTATATGAA GACGACCATC GCAGAGCTTT CTCAAAGATA
GAACTCAGTA GGAAGCGGAA AAGAGGAGCT GAGAAAAATA GGAAGGGTAA AAGAAAACGC
CCAAAGAGTA CGACTGTGAT TCAAGCAGAA GAGAGCTCTG AGATTTTTGA CCAGGCAAAG
GCTAAAGAAA AAAAGGACGA TGGAAAGTCG GTGTCTATAC TTATCCCATC GTGCGATCAT
GAAGTGCTTA CTTTGACTTC AGTCCCAGCA ACATCAGTAT TCAGCGGCAG CGTATGTTTT
ACGGGCGCCC CTACTGGCAT AAGCAAGGTG TATTATCTCA TGGTCTTCCG CCCTCTCGTA
AGTCCGCATA TGTTACATCC TTGAGGGAGT CCGCTCACCC ACATCAGATA TCCTCAACTC
TCTCAAGTGT GGTAAGAAAT CACACGAGGC ACCTAGCGAC TTTGACTGTT TGTCTCTTCT
CGACGATATA TTCCCACAGC TTGTCGGTAA CAACAAAGAT ATCTCCACCC TCACCACAGA
GAAACTTCCA AAGCGTGCTG CGGGTATGAT CGGGATTGCG AGAGAGATCA TAGTGCGGCA
TAGTCGATTG GAATATGAGG ATATTATGAA GCAGTGCCTC AAGGTGTGTG TAGTTTCTAG
TGGCGCTGGT GATTTCGCTG ACCCTGTTCG AAGAGGATGG ATAGAGTGGT AAGCTACCTC
CAAGAAGTCA CTTTTCTATG TCGGTAACTT ACAGCTGCTG TTCAGTCTTC AAAAACGCCG
CCAACTTACA CAGAGAAGTC AGCTTGGACG GCAACGCCAG CGCAGTCTAA TGAACAGACT
TTACCAACGA GTGCGGTTAG ACGGGAACGA TCTGCAAGGG TGAATATCGC TATTTATGAG
GAGAAGACTC ACAATCCCTT CATGCCTAAG ACGCACCGGC AGGTCAGTTC ACATTCTAGA
AAAGGATTTC AGCGTGGCTA AAATTCAAAC CTAGGTATGC TGGTTCGTCA CCACTATCGT
TCGCTCTTTG TTTTCTACAC AAATCATGGG AAGCCAACAC AACCTGGATA TTCTCCTTGC
CAGTGATTAA TGAGCTCGAT TCCCGAAGAG GACGAAGCTG ATTGGTATCC AGATGTTCGT
AGATTTATCA CGGCTAAACA GTTCGAAACT ATATCTCTCC ATTCCTTAAG TCAGGACCTG
AGGATCAACG ACTTCCGATG GCTCCATGAA AATATCGGAT CCGGACAGAG AGTGTCTCCG
GGGGAGATGA AGAAAAGAAA AGAGTTGGTT CTCAGCTTAA TCCATTGGAT ATTCGAATGC
TTCCTTGTAC CTCTTATCAA GGTGAGTACA AAACGTATTT CGATACTATA CTTGCCAACA
TTAGATAATA GAATTCATTC TATGTCACTG AAACGGCGAC GACCAAATAC GAGACCGTGT
ACTACTCTCA GAAGGACTGG AACAAGGCCG TTAGACCTCA TTACCGGAAA CTCCAGGACA
ATCTGTTGGA GGAGATTGAC AAGGTGAATT GATTTGTCTC TTGCTCCTAT GTACCGCGGC
TTATTCAAGC CACTCTCAGA ACAAGGTTGA AGCAGCACGG CGAGGTGTTC TGGGCGTATC
GACCGCGCGT CTTATCCCCA AACCCACTGG ATTTCGGCCC ATTGTCAACC TCGGGCGGAA
AATCGTGAGT TTCGCGATAT GTCTTTGTTG ACAGTCTCTC ATTATAACTA CAGGAAACGC
CGGACACGAC GAACTCAAAA CGAAAATCCT GGAGCGCGAA CCAAATTTTG GGGAATGTAC
ACAAAGTGCT CACGTCGGAG AAGGTAAAAC ATGACTGATT TACATATATA ATTGGTTACT
AATAGTGGAA CATTAAAGGA TCGACAAAAA CCCAGACTGG GAGGAGCTCT CTTCGGTACA
AATGAGATCT TCCCACCGCT CCAGAAGCTT AAGTGTGATT TGACCAAGAA GCATGGGAAC
CTGTACGAGA CTGGCTTGAT GGCCGATTTT TAGATGCTGA TCCATTTGCT CGCTGTTGTA
GGCCCCAGTT GTACTTTATT AAGACGGATA TCAAGGCCGC TTTTGACTCC ATCAAGCAGG
ACAAGATGCT TGAAATGCTG GAAGATATGC TTCGCCAGGT ATGTTGAATT GACACTTCTG
ATGATTCCAG AAAAGCTGAC GTATACGATG CAGAGCTCTG AATATCGCGT TATACTATAC
AGCGTTCTCC TGCCGCCGGG CCATAAAGCT TACCAAGGCA CTTCGAAACG ATTTTTCAAA
TCGAGAGCAA TTCCTACAGG TAATGCAAGT CCCCTTATCT CAAATATATC GAAAATTGAA
CTTTAATTGC AGAGGATGTT TCACTTACGT TCGCCGATCA TGCTAAAGAG ATTGCAGCTT
CCATGCGGAA TGCTACCATT GTGGACATGG TAAGAGCGCC CCCTCAAATT TCGGCTGCTG
TCGTTTTGTG ATTTGACCAG TCTCGATTTA GGTGAGGAGA TATTCAGTGA CCACTCAAGA
ATGTCTTGAT CTTTTGCGTA CCCATATCAA AGACAATGTG TGGCAAGTGG GTGTTATGAT
TGTGTTTCTC TACGTAATAT GTTCACTAAA ATTGCATGTA TTCAGGTCGG CAAGCAATAC
TATCGACAAA AGACAGGCAT TCCCCAAGGC TCTAAAGTCA GCACTTTGCT TTGCACAATG
TTCTACTCAT ACCTGGAAAA CGAACATCTC TCTTGGACTC GACGCGAAGG CAGCGTACGT
TTGTCAAGCT CGCCCCCTGT CTTAAGACCC ATCTCACCCT ACGCTTAGCT TCTTCTCCGC
TACATCGACG ACTTTCTTTT CATCACAGAT AACTATAACT TAGCCCGACG CTTTGTAGAC
GTGATGTCTC GCGGATTTCC TGAGTATGGC GCGCGAATAT CTGTAGACAA AACTCTCCTA
TCGTTTGAAT ACGATACTGG TAAGCAGCTG GCTCCTGTAT GCGGTGTCAA CGAACAAGGG
GATGTTGGTG AGTTAATTTT GCAGGCCACA CGATTGTTCA TTGACGATAA GCAGATTTCC
CTTATTGTGG TTTTTTGATA CGGACCGGGA CACTGGACAT TATGCCGGAC TATACTAAGT
TTCTAAATTA CTGTGAGTGG TGATATTTGT TCGTGAGACG AGCTTATTCT CGATGGGGCA
CAGCGATCAA ACAATCATTT GCACGTCGAT CAACACGCAA ACAGGGTTCA ACTTTTTTGA
CTTGGTATAG CCGTCAGCTG GAGAACCGTA ATCATGTGGC TCTTGTGAGC GGCATATCGT
CAACAGTCCA AGAAAACGAC ACTAATCCGC CCAATAGCTG GATACCGCAC ACAACGGACT
TGGTACTGTT ATGATGAACG TTTTCATCAA TTTTGCTATA ACAACAATGA AAGTACCTCA
CTATTTCAAA GGAACGGACA CTGGCGCCAA CTTCAATCGA CTGGTATTTG GTACGGATTC
AACTCATAAG CGTCATCGAT TGAGTCTTAC CTTTTAATCA CCTTTTAGCT TCTATGTTAT
GCTCGTCAGA GTATACCTTC TATGCCGGAC GCGCCAGAGT TCTACACCAC GTCCGTACCA
AAAATAGCAA AAACCTGGAT AAGAAAGAGC ATTTTTCGTT GAAAAAAGAG GAGTTTATAT
TGTAAGTAAT TGGAGCGACA GATCTCCTTC TCCCACCGTG ATATATGATC TCATTTGGTC
GAACTTCTAC TGATTAATGA AGACTGGCCA TCACGGCAAT GTCTCATGTC TTGAAGCGTA
AAGCTTCTAG GTTCAGAGGA GTGGTCGATT TGTTAGAGGC CGAAGGCAAA AAGCGAGTAT
ATAGAGGATT AGCGGGAAAG CTCGCCGTTG TATGTGACAA GGGATGGGAT GCGGTAAAGG
ATGCTAAGTA TTGA
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| Protein sequence | MTTPFSDRAP AKIQQETSPP TLHHKTLSAY YPYIYTLSKF ISSRLEGFES QPQASNTTAF
STFLKTTLCA FRNEDELNRV ELDKDRRVIF PTQQEAIDKA LSHVAKASSG PGKVQNLLLF
RTSSKLHIQD LPINMSRPSV PNQTIQGPAG VFRSSEWQIL RSRIGDKSFS QLLLGTSLFS
PVGNNCYLQL SGIPLYELYE DDHRRAFSKI ELSRKRKRGA EKNRKGKRKR PKSTTVIQAE
ESSEIFDQAK AKEKKDDGNP SNISIQRQRM FYGRPYWHKQ GVLSHGLPPS HILNSLKCGK
KSHEAPSDFD CLSLLDDIFP QLVGNNKDIS TLTTEKLPKR AAGMIGIARE IIVRHSRLEY
EDIMKQCLKR MDRVSSKTPP TYTEKSAWTA TPAQSNEQTL PTSAVRRERS ARVNIAIYEE
KTHNPFMPKT HRQVSMLVRH HYRSLFVFYT NHGKPTQPGY SPYVRRFITA KQFETISLHS
LSQDLRINDF RWLHENIGSG QRVSPGEMKK RKELVLSLIH WIFECFLVPL IKNSFYVTET
ATTKYETVYY SQKDWNKAVR PHYRKLQDNL LEEIDKNKVE AARRGVLGVS TARLIPKPTG
FRPIVNLGRK IETPDTTNSK RKSWSANQIL GNVHKVLTSE KDRQKPRLGG ALFGTNEIFP
PLQKLKCDLT KKHGNLPQLY FIKTDIKAAF DSIKQDKMLE MLEDMLRQSS EYRVILYSVL
LPPGHKAYQG TSKRFFKSRA IPTEDVSLTF ADHAKEIAAS MRNATIVDMV RRYSVTTQEC
LDLLRTHIKD NVWQVGKQYY RQKTGIPQGS KVSTLLCTMF YSYLENEHLS WTRREGSLLL
RYIDDFLFIT DNYNLARRFV DVMSRGFPEY GARISVDKTL LSFEYDTGKQ LAPVCGVNEQ
GDVAYSRWGT AIKQSFARRS TRKQVPHYFK GTDTGANFNR LVFEYTFYAG RARVLHHVRT
KNSKNLDKKE HFSLKKEEFI LLAITAMSHV LKRKASRFRG VVDLLEAEGK KRVYRGLAGK
LAVVCDKGWD AVKDAKY
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