| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_02743 |
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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 | BN001306 |
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| Strand | - |
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| Start bp | 2892332 |
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| End bp | 2895728 |
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| Gene Length | 3397 bp |
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| Protein Length | 1035 aa |
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| Translation table | |
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| GC content | 56% |
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| IMG OID | |
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| Product | Eukaryotic translation initiation factor 3 subunit A (eIF3a)(Eukaryotic translation initiation factor 3 110 kDa subunit homolog)(eIF3 p110)(Translation initiation factor eIF3, p110 subunit homolog) [Source:UniProtKB/Swiss-Prot;Acc:Q5B9N7] |
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| Protein accession | CBF84105 |
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| Protein GI | 259486343 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | 35 |
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| Fosmid unclonability p-value | 0.224701 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTTTGACTCG ACCTGCGCCT ATCCCTTGTC GAGTTCGCTT TAACGACTTG TGTGCCCTAC
TGAGAATACT AAACATCGCT TATTACATCG CCCATCATGC CGCCTCCGCC GCATATCAAA
CCTGAAAATG TCCTGAAAGT AGGTTGCAAC CGCCTCTGAA GTCTGGGAGG GAACAAAATA
ATTTACGGGC ATGTTGGTTC TAACGTGCAT TTCGCCTGAA GAGGGCCCAG GAACTTATCG
CCGTGGGCCA GGCTCCGGCC GCCCTGACCG TCCTCCACGA ACATGCTACG TCCAAGCGGA
CGCGCAGCAG CCCGATCGCG TCTCTCGAGC CGGTCATGCT CCTCTTTGTT GAGCTGTGCG
TCGATCTCCG CAAAGGTAAG GCTGCCAAGG ATGGCCTGTA TCAGTACAAA AACATCGCTC
AGAACTCCAA TGTGGGAACT ATCGAGGTAT GAAAAGCCAG GATGATATTG TGGGTTGGCG
GTGGTCTAAT AAGATTATGC AGATCGTTCT CAAGAAGTTC ATCGAGCTTG CGGAGAAGAA
GGTGACTGAG GCCCAGGCTA AGGCCGATGA GATTCAGTCA TCCCTCGAGT CGGCCGCTCC
CTCGTCCAAC GTTGAAGATC TGGAAGCAAT CGAGACCCCC GAGACTATTC TCCTTGCTAC
CGTTTCTGGT GAGCAGTCCC GTGACCGAAC CGACCGTGCC GTGGTTACCC CATGGCTCAA
GTTCCTGTGG GAGACGTACC GAACTGTTTT GGAGATCCTG AAGAACAACG CTCGCTTGGA
GATCATGTAC CAGACCACCG CTCTACAGGC TTTCCAGTTC TGCTTGAAGT ACACCCGCAA
GACCGAGTTC CGCAGACTCT GCGAACTTCT CCGCAACCAT GTTCAGAACG CCGCCAAGTA
CTCTGCCCAG ATGCACGCTA TTAACCTCAG CGACCCGGAT ACTCTGCAGC GTCACTTGGA
CACTAGGTTC CAGCAGCTTA ACGTTGCCGT GGAGCTGGAA CTCTGGCAGG AAGCTTTCCG
CAGCATCGAG GATATCCATA CTCTCTTGAG CCTCAGCAAG CGCCCCGCTA AGAACGTTAT
GATGGCCAAC TACTACGAGA AGCTGGCTCG TATTTTCCTT GTTAGCGAGA ACTATCTATT
CCACGCTGCT GCCTGGAGCC GTTACTACAA CCTCCTCCGT CAATCCGCCG TCACACTTTC
CACCAACCAG GGTTCCAAGA AGGACCACCC TTCAGTTACC GAGGCCGATA TGACGAAGGC
CGCTTCCTTT GTTCTTCTAT CTGCCCTGGC CATCCCCGTC ATCAGCACGT CTCGCTCGCG
GGGCGCGCTA ATTGACGTGG ACGAGGTCCG TAAGAACAAG AACACTCGTC TCACTAACCT
GCTCGGAATG TTGCAAAGCC CCACTCGTGC TGTCCTATTC AGAGATGCCC TGAACAAGGG
CTTGCTCAAG CGTGTCCGCC CCGAGATTCG TGAACTTTAC AACATTCTGG AAGTTGACTT
CCACCCCCTG TCTATCTGTA AGAAGGTCAC CCCCATCCTC AAGAAGATCG GTGATGATCC
CGAGATGGAG AAGTATGTTG TCCCTCTACA GCAGGTCATC CTCACCCGTC TCTTCCAGCA
GCTCTCGCAG GTCTACGAGT CGGTTGAGCT TAAGTTCGTT TACGAACTTG CTCAGTTCCC
CGACCCCTTC CAGATTACTC CTTCCATGAT TGAAAAGTTC ATCATGAACG GTTGCAAGAA
GGGTGACCTT GCCATTCGTG TCGACCACAT CTCCGGTGTC CTCACCTTTG ACACCGACGT
TTTCTCATCC GCCAAGGCTT TGCACTCTGG CAGCGCTGCC GGTTCCGCAG AAAGCGAACT
CGGCTCGGTA CAGCGTCTCC AGAACACCCC TGCTGAAATT GCCCGCCTGC AGCTCACCCG
TCTGGCTAAG ACCCTTCACG TCACATGCAT GTATGTCGAC CCGTCATACA ACGACTCTCG
TCTCCAAGCC AAGCAGGCCG CTCTTACTCG CGCTGCGGCT GGTGCTGCCA AGGAACACGA
GGACACTCTC GAACGTCGTG TCATCATTGA GAAGAAGAAG GAGGCTGCTA CAGATGCCCT
GCAGCGCAAG CAAAAGGAGG AGGAAACTCG CAAGCGCATC CGCACACAGC AACTCCAGGA
GGCTGAGAAG CAGCGACTTG CTGAAGAGCA GCGTGAGCGC GAGCTGAAGC GCATCAAGGA
TGAGCAAGAC CGCATCCGTC AGCAGGAACT CAAGAAGCAA CTTGAAGAAC TGAAGAGCGG
CGTCAAGGGT ATTGATCTCA ATGAAATCGA CCTGGAGGAT CTCGATGCCA ACCGCCTCCG
TGCCATTAAG CTTGCGCAGT TAGAGAAGGA GAAGAACGAG CTTACTGAGC GCGTCCGGGC
CACTGGCAAG CGTATTGATC ACTTGGAGCG TGCTTTCCGT CGTGAGGAAC TGAAGCACAT
TGCTGAGGAT TATGAAGCTC AAAAGAAGGT TGATATGGAA ATTTACGAGC GCCAGAAGGC
CCAGACTCTT GCCGAGGCCG AGGCCAAGCA TAAGGAAGCT GTTGCTCTCA AGCACCGTCT
CAGCCGCCTT ATTCCTGTGT TCAGCAGCTT CCGTAAGGAA GTTTCAGAGA AGCGTCACGA
GGAGTTTGAG AAGCGTCGCA AGGCCGCCGA GAGAGAGTTT GAAGCCAAGA AGAAGCAGCG
CGTCAAGGAA GTTCAAGAAC GCAGACGCCG CGAGAAAATC GAGCGCGAAA ACGCCGAGCG
TGCCAAGAGG GAGGAAGAAG AGCGCATCAA GCGCGAGGAG GAGGAACGTG CTGCTAGAGA
TGCAGAGCGC CGCCGCATCC TGGCCGAAGA GAAGGCCAAA CGTGAGGAAG AGAGAGCGTC
AGTACCACCC AAAGCACAAA CTCAATATTC CCCAATTAAC TTGTATCACA GTAAAATGGA
TGAAATTGCC GCCAAGCAGA GACAGCGTGA GGAGGAAGCA GAAGCTCGCC TCCGCGCCAA
GCGAGCTGGC CTCTCAGAGC CTCCCCGTAC AGAGTCTGAA GTCCGTACTG CTCCTCGTCT
TAACATTGCT CCTCGCACTA GCGGTGGCCC TAGCTGGCGT GAGCGTCAAG CCGCTAAGGA
AGCCGCCGGT GGCGCTGCCC CTGAGGCGCC CAAGGCCGAG CCTGAGCCTC CACGACGAAC
TGGCGGCTAC GTGCCCCCTC ACGCTCGCGG TGGCTCTGAC GCCGCCCCTC CCGCGGGCAA
CCGCTACGTG CCCCCCAGCC AGCGCTCCTC CCAGCCGCCC TCCCGCACAC AAACCCCGCC
AACTTCGTCC CCTAAGCCTG AAGAACCCAA ACCTCTTGCC AGCGGTACCG GTGGGAAGTG
GGTGCCTAGA TGGAAACAGC AGCAACAAAA CCAGTAG
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| Protein sequence | MPPPPHIKPE NVLKRAQELI AVGQAPAALT VLHEHATSKR TRSSPIASLE PVMLLFVELC
VDLRKGKAAK DGLYQYKNIA QNSNVGTIEI VLKKFIELAE KKVTEAQAKA DEIQSSLESA
APSSNVEDLE AIETPETILL ATVSGEQSRD RTDRAVVTPW LKFLWETYRT VLEILKNNAR
LEIMYQTTAL QAFQFCLKYT RKTEFRRLCE LLRNHVQNAA KYSAQMHAIN LSDPDTLQRH
LDTRFQQLNV AVELELWQEA FRSIEDIHTL LSLSKRPAKN VMMANYYEKL ARIFLVSENY
LFHAAAWSRY YNLLRQSAVT LSTNQGSKKD HPSVTEADMT KAASFVLLSA LAIPVISTSR
SRGALIDVDE VRKNKNTRLT NLLGMLQSPT RAVLFRDALN KGLLKRVRPE IRELYNILEV
DFHPLSICKK VTPILKKIGD DPEMEKYVVP LQQVILTRLF QQLSQVYESV ELKFVYELAQ
FPDPFQITPS MIEKFIMNGC KKGDLAIRVD HISGVLTFDT DVFSSAKALH SGSAAGSAES
ELGSVQRLQN TPAEIARLQL TRLAKTLHVT CMYVDPSYND SRLQAKQAAL TRAAAGAAKE
HEDTLERRVI IEKKKEAATD ALQRKQKEEE TRKRIRTQQL QEAEKQRLAE EQRERELKRI
KDEQDRIRQQ ELKKQLEELK SGVKGIDLNE IDLEDLDANR LRAIKLAQLE KEKNELTERV
RATGKRIDHL ERAFRREELK HIAEDYEAQK KVDMEIYERQ KAQTLAEAEA KHKEAVALKH
RLSRLIPVFS SFRKEVSEKR HEEFEKRRKA AEREFEAKKK QRVKEVQERR RREKIERENA
ERAKREEEER IKREEEERAA RDAERRRILA EEKAKREEER AKMDEIAAKQ RQREEEAEAR
LRAKRAGLSE PPRTESEVRT APRLNIAPRT SGGPSWRERQ AAKEAAGGAA PEAPKAEPEP
PRRTGGYVPP HARGGSDAAP PAGNRYVPPS QRSSQPPSRT QTPPTSSPKP EEPKPLASGT
GGKWVPRWKQ QQQNQ
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