| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10788 |
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| Symbol | |
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| ID | 0 |
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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 | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001301 |
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| Strand | - |
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| Start bp | 968670 |
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| End bp | 971788 |
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| Gene Length | 3119 bp |
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| Protein Length | 1000 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | Vacuolar protein-sorting protein bro1 (BRO domain-containing protein 1) [Source:UniProtKB/Swiss-Prot;Acc:Q6XPR4] |
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| Protein accession | CBF69994 |
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| Protein GI | 259479612 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.00671573 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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Fosmid Coverage information |
| Num covering fosmid clones | 34 |
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| Fosmid unclonability p-value | 0.172063 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTCAGT CGCCTATGAT ATCATGTCCC CTCAAACAGA CCAACGAAAT CGACTGGATC
CAACCTCTCA AGGATTATAT TCGGCAAAGT TATGGCGAAG ACCCTGAGCG CTACAGTCAG
GAGTGTGCTA CACTCAACCG GTTGCGTCAG GATATGAGGG GTGCCGGCAA GGACAGCGCG
ACAGGACGAG ACCTACTCTA CCGCTACTAT GGGCAACTAG AGCTTCTGGA TCTCAGGTTC
CCTGTGGATG AGAATCATAT AAAAATATCA TTTACCTGGT AATGGACCTA CGAATTATCA
TTACCTCACC TCCGCTAACC ATGTAATGCT GCCTATAGGT ATGATGCATT CACCCACAAG
CCGACCTCGC AGTATTCTCT CGCGTTCGAA AAGGCCTCGA TTATCTTCAA TATATCTGCG
GTCCTTTCTT GTCATGCAGC GAACCAGAAC CGCGCAGATG ATATTGGCTT GAAGACTGCC
TACCACAACT TCCAGGCATC CGCCGGCATG TTCACCTACA TCAACGAAAA CTTCCTCCAC
GCCCCCTCGA CTGATCTCAA CCGCGAAACT GTAAAGACTC TCATCAACAT CACGCTTGCT
CAAGGTCAGG AAGTTTTCCT CGAGAAGCAG ATCATGGACC ACAAAAAGGC CGGGTTCCTG
GCGAAACTCG CCAGCCAGGC TTCATATCTA TACGCACAGG CCATTGAAGG GACACAGGAA
CATGCTAAAG GCATATTCGA CAAATCATGG GTTACGCTTC TGCAAGTGAA GTCGGCGCAT
ATGGGCTCCG TGGCCTCGTA TTATCAGGCT CTAGCCGACG GCGAATCAGG TTCGCACGGA
GTAGCTGTTG CTAGGCTCCA GCTAGCAGAG AAGCATTCAA CGAGTGCGTT GAGTTGGGCT
AAGTCGCTCC CTTCGTCAAT ATCACCGAAC ACAAACCTTA CATCGGAGGC TGGGCCCAGT
CTAGTAGATA TCGTGAAGTT CCATCTCGCA AACGTGCAGT CACAGCTTGC TACCTTCGTC
AAGGATAACG ATTTTATTTA TCATCAGCCT GTTCCGAGCG AGGCAGGACT GTCTGCGGTA
TCTAAGCTCC CTGCAGCCAA GGCAATTCCA GTTAGCGAGT TGTATCAGGG CCAAGATATT
CAACGGATTA TCGGTCCAGA TATCTTCCAG AAACTCGTTC CCATGTCGGT TACGGAGACA
GCAAGTCTTT ATGATGAGGA AAAGGCGAAA CTGATCCGGG CAGAGACAGA GAAGGTTGAA
ACCGCCGATG GCGAGATGGC AGCAAGCTTA GACTATTTCA AGCTTCCCGG TAGTTTGAAC
ATTTTGAAAG GTGGAATGGA TCAGGAAGTG ATGGTCGACG AAGAATTCCA ACGTTGGTGT
CAGGAACTAG CAGGACATGA TTCTTTTGCG AAGGCTTTCG ATACCCTTCA AGATCGCAAG
TCAGAAGTGC TAGCTACCCT TGACCAATGC GCCAAGCAGT TAGACTTGGA AGAAAGCGTT
TGCGAGAAAA TGCGCTCAAA ATATGGGGCT GATTGGAGCC AGCAGCCCAG TAGTCGATTG
AACATGACTC TCCGCAATGA TATTCGGACA TACCGAGACA CGGTGCATGA AGCCAGTGCT
AGTGACGCTC AGCTCTCTGC AACTCTTCGG CAATACGAAT CTGACTTTGA TGAGATGCGA
TCGGCAGGAG AAACAGACGA GGCGGATGTG CTTTTCCAGC GAGCAATGAT CAAGGCAGGC
TCAAAGCAAG GCAAAACTAA AAATGGTGTG ACGAGCCCTT ATTCGGCTAC GGAGGGAAGT
CTACTAGACG ATGTCTATGA TGATGGCGTT CCCTCTGTGG CAGAGCAGAT TGCCAGGGTG
GAATCCATTT TGAAGAAACT AAACCTGGTT AAACGGGAGC GAACCCAGGT CTTGAAGGAC
TTAAAGGAAA AGGTGAATGC CACCAGTGCA TATAGATATT GTTTCAAAGC TCCTAACGGG
CGTTCTAGGT GCGCAACGAT GATATATCGA ACGTCTTGAT ACTTAACAAG AAGTCGATTA
CGGGCCAGGA GAGTCAACTC TTCGAAGCGG AGTTGGAGAA ATTCCACCCT CATCAAATGC
GAATAGTTCA GGCCAATCAT AAGCAAACAG CGTTGATGAA GGAGCTCACG AAAACTTATG
GAGATCTATT ACAGGATAAG CGAGTGAGAG CTGAACAATC CAAATATGAG TCGATAACCC
GACAACGCAA CTCCGTCATG GCCAGATATA AGAAGATATA CGACTCCTTC AACAACCTTG
GCTCTGGAAT CAAGCAGGCT CAAACTTTCT ACGCTGAGAT GACTGAAACT GTTGACAGCC
TCAAGAAGAA CGTCGACACT TTCATCAACA ATCGCAGATC TGAGGGTGCC CAACTTTTGG
GGCAGATCGA ACGTGAAAAG GCAGCCGGAA CGTCCGACCA CGAAGAGCGC GAGCGAGAAA
AGTTGAGGCA GCTCATGGAG CGTCTGTCCA CAGAGCCCAA GCCTCCCTCC GTTCCCCCAG
GCTCGTCAAC TGCCGGCCCA GCCAAAGCCA AATCTCCGCC GCCACCTGTC AAAGCACCCG
CCTACCCGAC AAATATCGCT CCTCCAAAAG CATCACCTCA TTTCGCTCCG ACCGTTCCAC
AACAGCACGG CACACCCGTC TCCCATTCCC CGGCGCCTTA CAGCCAGTAC GTGCCTCCAG
GCGCTGGCGT CTCGTACCTC CCTTCTCAGT CCTTCCAGCA AGGTGCTGCT GCACCGCTTT
CCGAGGGCTA TAACCCGATG GCATACCCGA TCCCCGCTTC ATCCATGTCA CCTCCCCCAA
GTCAGCCGTT CTACTCCCCA ACTCCTACCC CATTCTACAC CAGCCCAACG CCCCCCGTTC
CTTCGGGTCA ATACATGCCC CAAGGCTATG TTCCCCCTCC GCCACCTCCC CGACCACAAC
AGCCCACCTA CCCACCATCA ACAGGGCCGT TCCCCTCGGG ACCAGGCGGG TATGCTCAGA
GCCGACCATA CGGAAGCAGC CAGCACCACA AGGCTCATTC ACAGTCATCA CCGCAAACTG
GACCTTCCGT TTCCGCAAAT TCTTCCGATC CTTGGGCCGG GCTGAATGCC TGGAAGTAG
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| Protein sequence | MVQSPMISCP LKQTNEIDWI QPLKDYIRQS YGEDPERYSQ ECATLNRLRQ DMRGAGKDSA
TGRDLLYRYY GQLELLDLRF PVDENHIKIS FTWYDAFTHK PTSQYSLAFE KASIIFNISA
VLSCHAANQN RADDIGLKTA YHNFQASAGM FTYINENFLH APSTDLNRET VKTLINITLA
QGQEVFLEKQ IMDHKKAGFL AKLASQASYL YAQAIEGTQE HAKGIFDKSW VTLLQVKSAH
MGSVASYYQA LADGESGSHG VAVARLQLAE KHSTSALSWA KSLPSSISPN TNLTSEAGPS
LVDIVKFHLA NVQSQLATFV KDNDFIYHQP VPSEAGLSAV SKLPAAKAIP VSELYQGQDI
QRIIGPDIFQ KLVPMSVTET ASLYDEEKAK LIRAETEKVE TADGEMAASL DYFKLPGSLN
ILKGGMDQEV MVDEEFQRWC QELAGHDSFA KAFDTLQDRK SEVLATLDQC AKQLDLEESV
CEKMRSKYGA DWSQQPSSRL NMTLRNDIRT YRDTVHEASA SDAQLSATLR QYESDFDEMR
SAGETDEADV LFQRAMIKAG SKQGKTKNGV TSPYSATEGS LLDDVYDDGV PSVAEQIARV
ESILKKLNLV KRERTQVLKD LKEKVRNDDI SNVLILNKKS ITGQESQLFE AELEKFHPHQ
MRIVQANHKQ TALMKELTKT YGDLLQDKRV RAEQSKYESI TRQRNSVMAR YKKIYDSFNN
LGSGIKQAQT FYAEMTETVD SLKKNVDTFI NNRRSEGAQL LGQIEREKAA GTSDHEERER
EKLRQLMERL STEPKPPSVP PGSSTAGPAK AKSPPPPVKA PAYPTNIAPP KASPHFAPTV
PQQHGTPVSH SPAPYSQYVP PGAGVSYLPS QSFQQGAAAP LSEGYNPMAY PIPASSMSPP
PSQPFYSPTP TPFYTSPTPP VPSGQYMPQG YVPPPPPPRP QQPTYPPSTG PFPSGPGGYA
QSRPYGSSQH HKAHSQSSPQ TGPSVSANSS DPWAGLNAWK
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