| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03720 |
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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 | BN001302 |
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| Strand | + |
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| Start bp | 3223677 |
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| End bp | 3226734 |
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| Gene Length | 3058 bp |
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| Protein Length | 908 aa |
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| Translation table | |
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| GC content | 55% |
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| IMG OID | |
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| Product | Protein transport protein sec24 [Source:UniProtKB/Swiss-Prot;Acc:Q5B6W0] |
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| Protein accession | CBF75535 |
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| Protein GI | 259481735 |
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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 | 21 |
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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 | 45 |
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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 | GCTTCCTTTC CGACCCTACT CCGCATCCCT CATCTATATA CCCCGGCTGT TAGTTGCAGA
TGCCTTCCCT CTTATCGTGA CCGAAGCATT GACCTCCCCG ACAGAGTGAG CCTAAACGAG
TTACGCGACC GAAACCCTCA ACCCTTCTCC GAGAGCGCCG CTGGACGATA TTCAAATAGG
CGGAATATTA CCGACCTCGA AAGATATAGA AACTCTAGAT GGCATCTCCA CAAGGGGGCT
ACCCTCCCCA GGAAGGGTAC GGACAGCAGC CCGTGGCCTA TGGAGCCCCT GTTCAGCAGC
CCGGGGAAGC TCCTGCTCCA CAAGTCCACA CCGGAGGGAG AAAGAAGAGA GCATATGCTG
GAGAGGCCTT CGAGATCGGT TCTGGTGCTA ATGCTGCTCT CGGCGGGCAG CCACCAGCCG
GCGGTGCCTA TGGCGCATAC CCCCCTCAAC AGCCTGCCTA CGGAGCCGAT CCGTCGCAGA
TGGCCCAAGG ATATGCTCCG CCAGTTGCTC CGGGAGTCGC ACAGATGACC CAGCAGTTTG
GTGCTATGGG TGTAACGGAT CCTCATCTTA TGCCGCCCCA GCAAGCGCCC CAGGCTCCCC
AGGCTCCCCA GGCTCCGCGG GCAGTCCCTC TCAACCAGCT CTACCCAACC GACTTGCTCA
CCCAGCCATT CAATGTTGCT GAGCTCGATT ACCCGCCTCC TCCCATCGTT TTGGCCCCTG
GGGTATGTGC TTGATAAGGA AGCCTTATGT TGCATTATGA TGACTGACAT GTAGCTTAGA
CGAGCGTTTA CCCCTCTCCT TATGCGAACT GCCCTCCCAA ATACGTGCGC TCCACACTAA
ATGCCGTCCC GACAACACAC TCGCTGCTGA AGAAGTCAAA GCTTCCGTTT GCTCTCGTGA
TTCAACCTTA TGCTGCCCTT CATGACGCGG AAGACCAGGT TCCTGTCATT CCAGACCAAG
TCATCTCTCG TTGCCGTCGC TGCCGATCCT ATATCAACCC CTTCGTGACG TTCCTTGACC
ATGGACACCG CTGGCGTTGT AATATGTGCA ACTTGACGAA CGATGTACCG CAGGCATTTG
ATTGGGACGC AACTCTCCAA AAGCCAGCAG ACAGGGCTCT GAGGCCCGAC CTCAACCATG
CAGTGGTAGA ATTTGTCGCC CCTCAGGAAT ACATGGTTCG CCCTCCGCAG CCGCTTGTTT
ACCTCTTCCT GATCGATGTG AGCTATGCAT CGGTCACTAA TGGGCTTCTG GCAACGAGTG
CTCGGTGCAT CAAGGAAAGC TTGGACCGGA TTCCCAATGC AGACCGTCGG ACAAGGCTCG
GTTTCATTGC TGTTGACTCC AGCCTTCATT ATTTCAGCAT CCCCAGGGAT GGCTCGGAGA
CTTCCGATCC ACGGATGTTG GTCGTCAGTG ATTTAGATGA GCCTTTCCTT CCAATTCCTG
GTGACCTGCT GGTAACTCTT AGCGAGTGCC GTGAGAATAT CGAGGTCTTT CTCGACAAGC
TGCAGGAGAT GTTCCAAAAC ACGCAGAACA ACAGTTGCGC GATGGGGTCA GCCCTCCGTG
CTGGGTACAA ACTTATTTCG CCCGTTGGAG GCAAGATGAC CGTTCTCACC TCGTCTTTGC
CTAATGTTGG CCATGGCGCT TTGACTATGC GGGAAGATAA GAAAGTTCTG GGAACAAGCA
AGGAGAGCAG CCTACTTCAA ACCGCGAACA GCTTCTATAA GAGTTTCGCA GTCGAGTGCT
CCAAGGCACA AGTGTCTGTG GATATGTTCC TGTTCTCATC TCAGTACCAA GACGTTGCGT
CACTTAGCAA CCTTCCCAGG TACACAGGTG GTCAGACATA CTTCTACCCT GGATGGAATG
CCGCCCGCAG TGAAGACGCA ATCAAGTTTG CGCGCGAATT CTCTGACTAC TTATCCTCCG
AAATTGGCCT CGAGGCTGTG CTCCGAGTCC GTGCTACCAC TGGTCTCCGA ATGAGCACCT
TCTACGGTAA CTTCTTCAAC CGTAGCTCTG ATCTTTGTGC TTTCCCAGCC TTTCCCCGTG
ACCAGGCGTA CGTTGTTGAA GTTGCAATCG ATGAGACTGT CACAAAGCCT GTTGTCTGCC
TTCAGACGGC GGTGCTCCAC ACGACCTGCA ACGGCGAGCG TAGGATCCGA GTCTTGACTC
TGGCGCTGCC AACCACACAA AACCTAGCGG ACGTGTATGC GTCGGCAGAT CAGCAAGCCA
TTGCTACCTT CTTCAGCCAC AAAGCCGTTG AACGGACACT CGGAAGCGGG CTGGAGCAAG
CTCGAGAAGC CCTGCAGGCG AAGGCTGTGG AACTGCTCTC AACCTATCGA AAGGAACTTG
CAGGTGGAAG CGTCGGTGGC GGCGGTCTTC AGTTCCCTGC TAACCTTAGA GGCCTCCCTG
TTCTTTTCCT CGCATTGATC AAGAATGTGA GTTCAAATAA CTTTCTGAAA CCATACCGTT
TTGACTGACA TTGAATGTAC AGCTCGGCCT TCGCAAGTCG GCGCAAATAC CGACGGATAT
GAGATCCGCA GCTCTCTGCT TACTATCAAC TCTTCCCCTC CCTCTTCTCA TCCAATACAT
TTATCCGAAG ATGTACTCTC TTCATGACAT GCCCGATAAC GCCGGTTTGC CTGATGAACA
GACTGGCGAA ATCGTCCTAC CGCCCCCCAT CAACCTGTCA TCTGAGCGGA TAGTCCCTTA
CGGCCTTTAT CTCATCGATG ACGGTCAGAC TCAGTTCCTG TGGGTTGGTC GCGACGCTGT
GCCACAGCTT CTACTCGACG TCTTTGGCCT ACCAGATAGG TCGCAACTCC GGGTTGGCAA
GCAGAATCTC CCTGAGCTGG ACAATGACTT CAATGGACGG GTCCGAGCCG TGGTGGAGAA
GAGCCGGGAT CATCGATCAA AGGGGGTTGG CAGCATTGTG GTGCCACACT TGTATGTGGT
CAAGGAGGAT GGAGAGCCTG GTCTTCGTTT GTGGGCGCAG ACGATGCTGG TGGAGGACAG
AGCTGACCAG GGTGTCAGCC TGGTGCAATG GATGGGCTCA CTGCGGGAGA AGGTTTGA
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| Protein sequence | MASPQGGYPP QEGYGQQPVA YGAPVQQPGE APAPQVHTGG RKKRAYAGEA FEIGSGANAA
LGGQPPAGGA YGAYPPQQPA YGADPSQMAQ GYAPPVAPGV AQMTQQFGAM GVTDPHLMPP
QQAPQAPQAP QAPRAVPLNQ LYPTDLLTQP FNVAELDYPP PPIVLAPGTS VYPSPYANCP
PKYVRSTLNA VPTTHSLLKK SKLPFALVIQ PYAALHDAED QVPVIPDQVI SRCRRCRSYI
NPFVTFLDHG HRWRCNMCNL TNDVPQAFDW DATLQKPADR ALRPDLNHAV VEFVAPQEYM
VRPPQPLVYL FLIDVSYASV TNGLLATSAR CIKESLDRIP NADRRTRLGF IAVDSSLHYF
SIPRDGSETS DPRMLVVSDL DEPFLPIPGD LLVTLSECRE NIEVFLDKLQ EMFQNTQNNS
CAMGSALRAG YKLISPVGGK MTVLTSSLPN VGHGALTMRE DKKVLGTSKE SSLLQTANSF
YKSFAVECSK AQVSVDMFLF SSQYQDVASL SNLPRYTGGQ TYFYPGWNAA RSEDAIKFAR
EFSDYLSSEI GLEAVLRVRA TTGLRMSTFY GNFFNRSSDL CAFPAFPRDQ AYVVEVAIDE
TVTKPVVCLQ TAVLHTTCNG ERRIRVLTLA LPTTQNLADV YASADQQAIA TFFSHKAVER
TLGSGLEQAR EALQAKAVEL LSTYRKELAG GSVGGGGLQF PANLRGLPVL FLALIKNLGL
RKSAQIPTDM RSAALCLLST LPLPLLIQYI YPKMYSLHDM PDNAGLPDEQ TGEIVLPPPI
NLSSERIVPY GLYLIDDGQT QFLWVGRDAV PQLLLDVFGL PDRSQLRVGK QNLPELDNDF
NGRVRAVVEK SRDHRSKGVG SIVVPHLYVV KEDGEPGLRL WAQTMLVEDR ADQGVSLVQW
MGSLREKV
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