| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07045 |
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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 | BN001304 |
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| Strand | - |
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| Start bp | 1204250 |
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| End bp | 1207828 |
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| Gene Length | 3579 bp |
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| Protein Length | 767 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | FK506-binding protein 1B (FKBP)(EC 5.2.1.8)(Peptidyl-prolyl cis-trans isomerase)(PPIase)(Rapamycin-binding protein) [Source:UniProtKB/Swiss-Prot;Acc:Q5AXD5] |
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| Protein accession | CBF79193 |
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| Protein GI | 259483639 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.800084 |
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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 | 53 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACCCTC CCCAAGGCGT AACAAAAACC ATTCTGCGCC CTGGAAACGG CCGCGATAGC
CCCCACACCG GTGACACCGT GATCATTGAC TACACAGGAT ATCTTTATGA TGATACACGT
GGGGAGAACG AGTACTTTAT GGGGACACAG TGCGTACCCG CCAACGCAAA CAACTCGCCT
ATCTACCTTC CACTACTAGT CCTAGCGTGT ATTCTCAGGA TTCCACGCTT GGAGGGCTCG
GCAAAACAGC TAACTAATTT GTAATGCTGT AGATTCGATA CCTCGCAAGG TCGGGGCCCA
CTGAAAACGG AGATTGGAGT TGGGAAGGTT ATACTCGGTA TGCTCATAAG CTCTGTAGTT
GTGGGACAGA GCATGGTGCC TGACAAGATT GCTTTACTAA CGGATGCAAT ACAGGCTGGG
ACAAAGGCGT GCAGCAGATG ACCCTTGGTG AGAAGGCTAT CCTCACAATA TCGAGGTATG
TCCGTCTATA CCCCCTTCTC ATCAGGTCAC CGTATCTTCT AATTGAAGAC TCGGTGTTGA
ACTGGCATTG TCGAAAGGCC ACAGACTGAT GTGAATGCAG CGATAACGGT TATGGCAAGA
GAGGGTTTCC TGGGTTGATT CCCCCGGATT CTGGACTTGT CTTGTACGTT TGTTCGCCTG
CTGGATGAAG CTTTCAAGGT CGCTAATAGG GCATTGAGCA GCGAAGTCGA ATTGAAGAAG
ATCATCCCCA AAGTTGCAGG CACTGAACTG TACAGCTGAT GGAATAAGAT CATCAGGTCT
GCGTTGGGAA TTCGAAGCAT CCGCTGTGCT TTCTTTTTCC TCTTTTCTCT TCTTATTTTT
TCTTTCGTTT TTATAGGAAT ATACCCTGTA TTGGAGAACA TTTTCAGAGT GAGTATGGTT
CATTTATCGC CAAGAGTATA TACTGCATTT AGGACAACTG GCTTATACCA CAATGGCGAT
CGTGCGTAAT GAAAGCTATA GAATATAGTT GTTGCGGCGT CAGAAAGCTT CCTTGGTATT
GCTGTTCAAT GTACCTCTCG CAATCACAGA TAAATCATCT GGGGAAATCC TTATAGCGCA
GGCAATTCAG AGAATTTCGA CGCTAAAAGG TGAGGCTGTA ATGAGCGGGA GACATCTCCC
TCTGGTGACA ACGTCGCTCG AGGCTCAATG AGGCTGCATC AAGAGATAAT TATAAATGTT
CTGCAGCATT CAAAGCGTCG GCCTCCAGAT TAATAGATTG CCACTGACGT TGTCGCGACT
CCAGCCCTAT CTAGGCGATT GTTGGTTTGA AACGCCGCGC CCCCGCCAGA GGTAAACGGA
GTTGGGGAGT CGTCATCATC TCCAGGAGAC TACCCGCAAA AACACTCCTG CCGCATCCCG
CTCCCCAACC TCCACACCAC CCGTACTGCT GCTTACCTTC TTGGTGCTCT CAAACGCTCT
CTATCTGCTT ATAGAGGCTA ATATCTCGGT CATTTCCTTC CTCAGCTACC ACAGACGCAA
CAATCCTGGC CTCCGCTTTC ACGGGCGGAA ACCAAGCCGA TAGAGGACAC GGATGCGATA
CAGACACCGC ATGACGAATG GTCTATTATA GGGGCGTCCG ATGGCAAACC GTGCCCCGGC
AGTCTCTGAC ACAGCGATAA ACGCCTTTCC CGAGTGCTAA AGGCACTGTC TCTCTTTACA
ATATCCCTCT ATCCATTCTC GCCAGGAATG AGTTCCCGAA GCGGCTCCGC CGATACCTTC
ACTCAACGAT CCGATTCCAA CCTTCGACCC CGCCGTCTGA TCTCGTTAGA TGATGTCAGA
GATAACAATG GACGACAGCC TTCGTCCTCC GGGATCTCTA CAACGGGCTC TTCGGAGCTG
CCGACCCTTC GCTCGCGTGG CGCGACACCC TCGCCTCGAC CGTCTCGGAA CGTTTCGCCC
ATCCCCATGG GCCATCCTTC ACGAGCTACG CAACCTCGCA GCGACGCCCG GCCCGGGAAT
TCATTAGGTG GGTTTACGCC TAATGGAAAA TACCAGGATC CGTTCACTGA GTCGTCGCGG
GCTGCCGTAG ACTTTTTAGA TGCATCTTGG TCATCGCTGC AAGGTATAGC GTCATCGCTC
TTGGGCAGTG ATACTGCACG GCCGACTTCG AACGGAGGCC CGCGATCCCA TGCCCGAAAG
CCATCACGGC CTGATTATCT CGCCAAACAC CGAGCAGTGT CAACATCCAC TTGGGGCCCT
TCGGGGCCGA CCACACCGGA GATCGGCGCC GGCACTCAAG ATGAAAGACA AGCCATGGTA
CATGCGAAAA AGATGGAGGC ATTGCTACTA GCGGATACTG ACCCGAGCTG GAATCTTAAT
TCTCGACACA AGCGGCGAGA TTCTAATGAC CGGACAGTTC AGTCCAGAGC GGATACGGAT
CAAGATGAAG AGGCGCTGGT CTACGTACAT CAAGTTCAAC CCACGGACAC TATCACCGGA
GTCACTATTA GATATGGATG TCAAGCAGCA ATTTTTAGAA AGGTGAATGG ATTTTGGCCT
AGTGATAGCA TCCAAGCTCG GAAAACCGTT CTTCTGCCGG TCGACTGCTG TTCGATCAAA
GGGCGACCTG TCAAAGCCAG GGAGGAGACC GATCTCCTGC AGGACGTTCC CAGTCGCCCA
TCTATAGAGG ACCCAAGTGG GAGTTCAATT GTGCCGGCAC CATCGCCGGA AAAATCAACG
TTTTCGAGGA TCTCCGAACA GCCTGGTACG GAGCCCGAAG CTGAGAGTGA CCAGATATGG
AAACACGAGT CATGGGTGCA AATTGATGGG TTTGCGGAGC CAGTGGAAAT AGGTCGTGTA
CCCCGACGTG CGCTGGGGTT CTTCCCTCGC ACCAGGCGGA AATCAGTCAG TTATAGCGAC
TCCGAGCCTG TACGAGGCAG GCTGCAGACA CCGACTATCT CGACGGCTTC TTCTCCCATC
CAGCCAAGTT CTTCGCCTAA TGCTGATCAA CATGATTCAT ATCATGCGGG CTCGCCAGCT
TCACGGGGTC CAGGCAGCAA GCCGAAAGGT CGCCATAGAC GTCGGCCTAG TGGCCTTGAG
CTTTCGGGAA CCGGTGTTGG CACTCTTGAC CGCAATGTCA ATCTACCCGG GCCAGCCATG
GATGGTCTCA GCAAGTTCTT TGCCCAACAC CTGCCGACGT TAGCACCAAA ACAAGCTCCA
CCGAACTTTG ACAGTCTCAG CGGGAATTCA TCAACTGTTG CCTCGATCAA TTCCACCAGT
CTTGATAGCA TAGGTGGTGC CGTTGAAGGT TGGGTTCGAA AAATCACTGC ACGAGCGAAG
TCTAGCATCA ACGACCTGCA ACAGGGGACT TCAAGCTCTC AGAATCAGGC AATGCCGCCG
GAGACCAGAC GCAGGGGTTT TAGTGACTTA ATAGAGCTTG AAGACGGAGT GGAGTCGCGG
AATTCATCCG GTCTCCTTGC CGGAACAGGT TGGAAGCCAG ACTTGACAAG ATCGGGCTCC
GGCTATGTCA ACGGAGCAAA TCTGAGGGAA CGATTCCCAA GCGCCTCACC TAGCACGAGC
AGGACTCGTA CTGGACTGGA CAGAACTAAG GGCGATTAA
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| Protein sequence | MNPPQGVTKT ILRPGNGRDS PHTGDTVIID YTGYLYDDTR GENEYFMGTQ FDTSQGRGPL
KTEIGVGKVI LGWDKGVQQM TLGEKAILTI SSDNGYGKRG FPGLIPPDSG LVLNIPCIGE
HFQNKSSGEI LIAQAIQRIS TLKGMSSRSG SADTFTQRSD SNLRPRRLIS LDDVRDNNGR
QPSSSGISTT GSSELPTLRS RGATPSPRPS RNVSPIPMGH PSRATQPRSD ARPGNSLGGF
TPNGKYQDPF TESSRAAVDF LDASWSSLQG IASSLLGSDT ARPTSNGGPR SHARKPSRPD
YLAKHRAVST STWGPSGPTT PEIGAGTQDE RQAMVHAKKM EALLLADTDP SWNLNSRHKR
RDSNDRTVQS RADTDQDEEA LVYVHQVQPT DTITGVTIRY GCQAAIFRKV NGFWPSDSIQ
ARKTVLLPVD CCSIKGRPVK AREETDLLQD VPSRPSIEDP SGSSIVPAPS PEKSTFSRIS
EQPGTEPEAE SDQIWKHESW VQIDGFAEPV EIGRVPRRAL GFFPRTRRKS VSYSDSEPVR
GRLQTPTIST ASSPIQPSSS PNADQHDSYH AGSPASRGPG SKPKGRHRRR PSGLELSGTG
VGTLDRNVNL PGPAMDGLSK FFAQHLPTLA PKQAPPNFDS LSGNSSTVAS INSTSLDSIG
GAVEGWVRKI TARAKSSIND LQQGTSSSQN QAMPPETRRR GFSDLIELED GVESRNSSGL
LAGTGWKPDL TRSGSGYVNG ANLRERFPSA SPSTSRTRTG LDRTKGD
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