| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_42898 |
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| Symbol | ACF3 |
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| ID | 4837734 |
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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 | Scheffersomyces stipitis CBS 6054 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_009043 |
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| Strand | - |
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| Start bp | 611169 |
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| End bp | 614390 |
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| Gene Length | 3222 bp |
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| Protein Length | 1058 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640389049 |
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| Product | endo-1,3-beta-glucanase |
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| Protein accession | XP_001383750 |
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| Protein GI | 150864779 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG5498] Predicted glycosyl hydrolase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.127603 |
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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 | 14 |
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| Fosmid unclonability p-value | 0.94847 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATATTCA AGAGATTAGC CATTTTCGGG TCAATTCTCC TAGCTCTCAC TCAAAGTAAG
GCCGAAGAAG AAGTTACGTC CACCGAAACC AAGTATGTGA CAAACGCGTG TTTGGATGGA
CAAGTTTCTT CTATCATGTC CAACAATCCT CCATCGCAGA CTACTGGGAT TCCTATAGTC
TTTGTCTACG CCAACAATGA CAAGCCTAAT ACCATTATAA ACACCTCGAC ATTTGAGTAC
ACTGTTAGTG AGAAATCTAC TGTCACCGAA ACTGTCACTA ATTGTGGTTT TCTATCATGT
CAAACTACGT CAATTGAACA TATTGTCAAC ACAGTGTACA AGACAACAGC TTGTGTCACT
TATACAACTA CCACGTCTGC TACTGCTACA GTAACTTCCT ACTCGTATTT AGAGTCGGCA
GGAGTCGTTG CTATCGGTGC TAACGAGAGA AGTTCAAGTT ATAGTACTTC TCTGTCAATC
AAAAATACCA AATATCTCTA TGAGACAGAC ACCGAATCTG TCATCAAGGA AGCTACCATC
ACGATGACTG CACCAACAAC GACAACCACT GTGTTCAGTG CCACTACAGT ACCTACCACC
TTATTCGAGT CTTGCACTTC GAAGGAAACT ATTGCAACTA CAAAAAAGAA TCCTTTAATT
ACCCAATCTC CAATTTCTCT GGCTAACTCC AAGACTATTA ATACTGATCA GTATTCTAGT
CCTGTGACTA TTTGTATTAC AACAACTACC GATTCTGCTG GAGATGACAA CTTACTTTCT
TCCAAAGCTC AAACAGTTCT GACTATCGAT TTGAGACTTT CAGAAGAACC TGTCTACGCC
ACCACAAGCA AGTCTACATT TGGAATCTAC CATAACTCAA CGAGTGATTG CGTATCATCT
GGATACTCCA GCTCTTATGT CTTGTCGAGT TCGCTGCTTA CTTCTTCATC GGCTGGTACT
ACTTCTTCTT CCTCAGTTTC GTCGTCTTCT TCTTCTAGTA GCCCAGCTCC TGTTGAAACG
TCAGTTGTTC CAGAACCTCA GACTTGTTAC TCTGGAGATT TATTTGAAGT CATTTCAACT
TCTTCTCCTC CATCAGTTTT TGCCAGGCAA GAACTTCCTC TCTCAATTCC AGCTGGGATC
AATAATGACG GAGTTCCTAT CGAAACCAAC AAGTTCTATG CCAACTTGTT CTTAGGGGAC
CAAACTGATC AGATCTGGTC TTACCCATAC GGGTTGTTCT GGACAAAGGC TGACTACTAT
GGTTTCGCTA TCCAACACAC TAATACATCC AACCGTGTAT TTGGCTCTCA AAACACCAAT
AACGTTGGCG TCGATTCTTA TTACTTCAAT CCTATCCAAG TTGGGGAAAT GATTCTTTCA
TCTACTTCAT TGTCAGAAAG CAACAACTAT TTGGGAGTTT CGGAAATGAA GAGTATGTCT
GTTTCTGTTG CTATATCTGC TTCCCAAGGC GATCCTACCA ATTTCATTGA AATTCCAATT
GTCCAAGGTA TGGGGTTTGT CACTGGAATC TACCACGGTG ACATGGTTCC TCTTTTGAAT
TCTTTGGTTG GTATCGAAAC TCTTACCAAA GAGTCTTCTT CTGCTTTGCC ATCTACCATC
TTGAAATACC GTGCCACTTT GTTTACTGGT GGTGAATGGT TGGTTTATGT TACTTTGCCA
AGTTCTTCGG TTGACTTTGA ATTGACTGCC AAGGATCCAT ATAACCTTGA AGGTTCTCAA
GCTATTGATG GTCTTATTAT TCAGATCGCT TCTGCTCCAG AAGAGTCTTC ACTCGATGGA
TTTTATGACG AGGCTGCAGG TCAGTATGTT GTTAGTGCTG TTGTACAAGG ATCTGTTGCA
TGTAGTACTT CTGCTACCTA CGAATTTGCT TATACAACTG AAGGTAGGTC GAACTCTGGA
TATCCACTTG TTTTTGCCTT CCCACATCAC GTTGAGTCGT TAGACGGTTC CGTCGCAGGT
GCCTCTACAG GTATTCAATT GTCATCGACA ACCAAGGGTC AAATGACAGG TTACTTGACG
AACAAATTGA CCATGACAGA GACTTTGGAA ACAAATATCC AGTTCTTGCC ATGGGTTCAA
GGTTTGTCAG GAACTTTGAC TTACTCCGCT GATTTACTTA AGCTTATAGC CGAAGTAGCA
AACTCGGAAC TCCAGGTTGA CATGGCTGAA ACTGTTGCTT CTATGGATTC AAATTACTTT
TCAGGTAAGG TCATTGACAA GTACGCATAC ATCCTTTTGG TCGTTAGTGA AATTCTCAAG
GATGACGAAG TAACAGCCAG TACCTTGTCT TCTTTGAAAC AAGCGTTCGA GCCTTTCTTG
AACAACCAGC AATATTATCC ACTTATGTAT GATACAAAAT TCGGAGGTAT TACATCTACA
GCCTCACAAG GTGGAGATAC TGGTGCAGAC TTTGGATCTG CTTACTACAA TGATCACCAC
TTTCATTACG GTTATTTCGT CCATGCTGCT GCTATAGTTG GTTACATCGA CAACAAGCAA
GGTGGTACTT GGGTAGAAGA CAACAAGGAC TGGGTCAATG CATTGATAAG AGATGTAGCC
AACCCATCAG AAGAAGACAA TTACTTCCCA GTGTCAAGAA TGTTTGATTG GTTTGCTGGT
CACTCTTGGG CTGCAGGTTT GTTTGCCAGT GGTGATGGTA AAAACGAAGA ATCGACATCC
GAGGACTACA ACTTTGCCTA CGGTATGAAA TTGTGGGGCC AGATTATCGG TGACCAATCA
ATGGAATCAA GGGGTGACTT GATGTTGGCT ATCATGGCAA GGTCTATGAA CTTGTACTTC
CTCTACAAGA GCGACAACAC TATTCAACCA GCAGAAATTC TTCCAAACAA AGTTAGTGGT
ATTTTCTTCG ATAACAAGGT TGACTACACC ACTTACTTTG GTTCTCCAGA CCAACATCCG
GAATACGTCC ATGGTGTTCA CATGTTGCCC GTCACTCCAG CCTCTTCGTT GATCAGAGGT
GCTTCCTACG TTCAAGAGGA ATGGACCGAC CAAGTTTCCA CTTTCATTGG AAATGTCAAC
AGCGGTTGGA CTGGTATCTT GAGATTGAAC CAGGCTTTGT TTGATTCCAA TTCAGCCTAC
TCCTTCTTCT CGTCGGACAG CTGGTCGTCC ACATATTTGG ACAACGGCTT GAGTAGAACT
TGGAGTTTGG CGTTTTCCGG AGGTATTGCC GGTTCTACCT AG
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| Protein sequence | MIFKRLAIFG SILLALTQSK AEEEVTSTET KYVTNACLDG QVSSIMSNNP PSQTTGIPIV
FVYANNDKPN TIINTSTFEY TVSEKSTVTE TVTNCGFLSC QTTSIEHIVN TVYKTTACVT
YTTTTSATAT VTSYSSSSYS TSSSIKNTKY LYETDTESVI KEATITMTAP TTTTTVFSAT
TVPTTLFESC TSKETIATTK KNPLITQSPI SSANSKTINT DQYSSPVTIC ITTTTDSAGD
DNLLSSKAQT VSTIDLRLSE EPVYATTSKS TFGIYHNSTS DCVSSGYSSS YVLSSSSLTS
SSAGTTSSSS VSSSSSSSSP APVETSVVPE PQTCYSGDLF EVISTSSPPS VFARQELPLS
IPAGINNDGV PIETNKFYAN LFLGDQTDQI WSYPYGLFWT KADYYGFAIQ HTNTSNRVFG
SQNTNNVGVD SYYFNPIQVG EMILSSTSLS ESNNYLGVSE MKSMSVSVAI SASQGDPTNF
IEIPIVQGMG FVTGIYHGDM VPLLNSLVGI ETLTKESSSA LPSTILKYRA TLFTGGEWLV
YVTLPSSSVD FELTAKDPYN LEGSQAIDGL IIQIASAPEE SSLDGFYDEA AGQYVVSAVV
QGSVACSTSA TYEFAYTTEG RSNSGYPLVF AFPHHVESLD GSVAGASTGI QLSSTTKGQM
TGYLTNKLTM TETLETNIQF LPWVQGLSGT LTYSADLLKL IAEVANSELQ VDMAETVASM
DSNYFSGKVI DKYAYILLVV SEILKDDEVT ASTLSSLKQA FEPFLNNQQY YPLMYDTKFG
GITSTASQGG DTGADFGSAY YNDHHFHYGY FVHAAAIVGY IDNKQGGTWV EDNKDWVNAL
IRDVANPSEE DNYFPVSRMF DWFAGHSWAA GLFASGDGKN EESTSEDYNF AYGMKLWGQI
IGDQSMESRG DLMLAIMARS MNLYFLYKSD NTIQPAEILP NKVSGIFFDN KVDYTTYFGS
PDQHPEYVHG VHMLPVTPAS SLIRGASYVQ EEWTDQVSTF IGNVNSGWTG ILRLNQALFD
SNSAYSFFSS DSWSSTYLDN GLSRTWSLAF SGGIAGST
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