| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07028 |
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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 | 1258757 |
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| End bp | 1261746 |
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| Gene Length | 2990 bp |
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| Protein Length | 674 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 | hypothetical protein similar to thymidylate synthase (Broad) |
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| Protein accession | CBF79227 |
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| Protein GI | 259483658 |
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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 | 25 |
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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 | 44 |
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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 | CAAACAGTCA ATGCTTCCTC ATTATTCCCC AAAGCTATAC AATCACTTTG ATGAGAAACA
TTACTAGGGT GAGAAGATCA CTATATCTGC AACATCGCGT TCTGAACGCC GTCTGGCAGC
CACTCGCTCG GTCCATGTCG ACAACCCCGC CGCGGAAGGC CATGCCTTCT GCGCTTACTT
TTGATTTGCA TCGGAAGTGT TCTGTAGGTC GAAGCATTTC AGTTGTTGAA TAATATGCTG
ATAGTGAATG CATAGACTAC TAAAGCGCGC GCAAGCACCC TCCACCTCCC TCATGGATCC
GTCTCGCTCC CAATCTTCAT GCCTGTCGCG ACACAGGCAA GTCTCAAGGG CCTTACATAT
GACCAATTGA AACAAACAGG GTGCATGCTC TGCCTCAATA ACACGTACCA CCTTGGCTTG
AAGCCAGGGC AGGCTGTACT GGATGAGGTA GGGGGAGCAC ATGCGCTGCA AGGCTGGAAT
CGCAACATCC TAACAGACAG CGGTGGCTTT CAAATGGTTT CTCTTCTCGA GCTCGCGGAA
GTCACTGAGG AGGGTGTCCG GTTTCTGTCA CCGCACGATG GCACGCCGAT GTACGTTTGA
GTTTAGTATT ACGGGCATGT TCACTGACGA AAACAGGCTG CTCACACCGG AACACTCAAT
CTCACTACAG AATTCCATTG GGTCCGATAT TATCATGCAG CTTGACGATG TGATAGCGAC
TACATCGCCA GATCACGAAC GGATTCATGA AGCCATGGAG CGCTCGGTGC GCTGGCTAGA
TCGGTGCATT GCAGCCCACA AAACCCCAGA AACGCAGAAT TTATTCTGCA TTATTCAAGG
GGGACTGGAT CTAGAGCTGC GAAAACGGTG CTGCGCGGAG ATGGTAGCAC GCGACACGCC
AGGAATTGCG ATAGGTGGGC TGTCAGGTGG AGAGGCGAAA GAGGATTTCT GTAAAGTGTA
TGTGACCTGA GGGTTGTCAA GATTGGTGCT GACATGGAAA GTGTTGATAC ATGTACTGGT
CTCCTTCCGG AATATAAGCC GCGATATGTG ATGGGCGTGG TAAGTCGTTG CGCAATGTTG
TCAAAGGGGA TACTGACGAT GGTACAGGGC TATCAGGAGG ACTTGATTGT GGGAGTGGCC
CTTGGAGCGG ACATGTTCGA CTGTGTATGG CCGACAAGAA CTGCCGTAAG TATCTTTCTC
CAGCACTGAA AACGATGCTA ACCCCAAAAG CGCTTTGGAA CTGCACTGGT TTCCACGGGA
AATCTCAACC CTAGACACGC TTCTAAATAA AGGCGCATGA TTTCAGGCCT GTAGAAGAGG
GGTGCGACTG CATGACATGT AAGCCAAGGG AAGAAGGAGG TTCCGGCATT ACGAGAGCCT
ATCTCCACCA CCTGGCTGCT AAAGAGACAG CCGGGGCGCA TCTGTAAGTA GCCTCTGATC
GTTTCGAGGC ATCAACTAAC TTGGCAAGCC TTACAATTCA CAACGTACAC TATCTCCTAA
AATTGATGGG AAGAGCGCGA CAGGCAATTT TGGATGATCA GTTTCCAGCT TTCGTTCGAA
GTTTCTTTAT GAAGCTATAT GGAGACAAGT TCAAGGTTCC TCTATGGGTG GTGAACGCCT
TGCGAGGGGT AGGAGTCGAC TTGCTAGAAG ATTAAAAACA ACCACGTGAA CATAGCAAGG
GTCCATACCC ATCGCAGTAA CAATAATAAG TAGGGCGTAG TCAAGGCTGT ACTCGAGATT
GCGACCTATA TGTCTCGATC GAGTGATAAT CACGTGATAA CGTGACGCGC TTGGGACGCG
TTAGATTTCC AATTTCCAGA GTTTCTGGAC AACGACCGGT GTAATTCTTC ATTTCTTCAT
CTACAACTCC AATCACTAGG ATAGAGTCAA GCACGACAGG GTACAAAATG ACTGTCTCAC
TGGACACTCC CAGAGAAAAT GCCACCACCG CCACCGCCGG TCCTCAACCC CCAGCCCACA
ACCCCTCTCA CGAAGAACAC CAATACCTCA ACCTGATCCG CCAAATCCTT GCGGAAGGCG
AGCACCGCCC TGACCGGACG GGCACGGGAA CACGCTCAAT CTTCGCCCCA AACCCTATGC
GCTTCTCGCT CTCGAAGCCC AGCCCCACGA ACCCATCTAC AAAGATCCCA ATCCTCCCCC
TCCTCACCAC AAAACGCGTC TTCTTGCGCG CCGTCCTTGC CGAACTTCTC TGGTTCATAT
CCGGCTCAAC ATCAAGCATT CCGCTCTCCG AAGCGGGCAT CAAAATCTGG GATGGGAACG
GATCGCGTGA GTTCCTCGAC AAAGTCGGGC TCTCGCACCG CGAAGTTGGC GACCTCGGCC
CCGTATACGG ATTCCAGTGG CGCCATTTCG GGGCTGAGTA TGTCGATGCC CATACGGATT
ATACAGGGCA GGGAGTTGAC CAGTTAGCGG ACATTGTGAG GAAGATTAAG GAGACGCCGT
TTGATCGCCG GATCATCATG TCGGCGTGGA ATCCAGCGGA CCTGAAGAAG ATGGCGCTTC
CGCCTTGCCA TATGTTTGCG CAGTACTATG TTTCTTATCC TGAGGGCATT GAGGATGGGA
AGGGCAAAGG CAAGGGAGAG TTGAGCTGTT TGTTGTACCA GAGGAGTTGT GATATGGGGC
TGGGCGTCCC ATTCAACATT GCTTCATATG CGTTGCTGAC GCACATCATT GCTCATGCGA
CGGATTTGAA CCCGGGGAAG TTGATCCATA CTATGGGTGA TGCGCACGTA TACCTGGACC
ATGTGGAAGC CTTGGAAGAG CAGTTGACTA GGGAACCTAC GGATTTTCCA GAGTTGAAGA
TTAAGAGGGA GGACCGGGGG AGCGGAGTTA TTGACGGCTG GAAAGAAGAG GAATTCGAGG
TCATTGGCTA TGCGCCTCAC AAGGCGATCA AGATGAAAAT GAGTGTTTAG GCATATACTT
ACTATACCAT GTATATAGAG GAAGCATATG ATACACGACC AGTCAAACAG
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| Protein sequence | MRNITRPLAR SMSTTPPRKA MPSALTFDLH RKCSTTKARA STLHLPHGSV SLPIFMPVAT
QASLKGLTYD QLKQTGCMLC LNNTYHLGLK PGQAVLDEVG GAHALQGWNR NILTDSGGFQ
MVSLLELAEV TEEGVRFLSP HDGTPMLLTP EHSISLQNSI GSDIIMQLDD VIATTSPDHE
RIHEAMERSV RWLDRCIAAH KTPETQNLFC IIQGGLDLEL RKRCCAEMVA RDTPGIAIGG
LSGGEAKEDF CKVVDTCTGL LPEYKPRYVM GVGYQEDLIV GVALGADMFD CVWPTRTAPR
EEGGSGITRA YLHHLAAKET AGAHLIESST TGYKMTVSLD TPRENATTAT AGPQPPAHNP
SHEEHQYLNL IRQILAEGEH RPDRTGTGTR SIFAPNPMRF SLSKPSPTNP STKIPILPLL
TTKRVFLRAV LAELLWFISG STSSIPLSEA GIKIWDGNGS REFLDKVGLS HREVGDLGPV
YGFQWRHFGA EYVDAHTDYT GQGVDQLADI VRKIKETPFD RRIIMSAWNP ADLKKMALPP
CHMFAQYYVS YPEGIEDGKG KGKGELSCLL YQRSCDMGLG VPFNIASYAL LTHIIAHATD
LNPGKLIHTM GDAHVYLDHV EALEEQLTRE PTDFPELKIK REDRGSGVID GWKEEEFEVI
GYAPHKAIKM KMSV
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