| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03547 |
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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 | 3739043 |
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| End bp | 3743293 |
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| Gene Length | 4251 bp |
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| Protein Length | 1288 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF75912 |
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| Protein GI | 259481930 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.204102 |
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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 | 38 |
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| Fosmid unclonability p-value | 0.74316 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTAAGC GAGCTCGACC CCAGGGGCAG GCGGTACCAG AGGGCAGTAT GCCCCGACAC
GAGGATCATG TCACGAGACT GGCCGTGAGG CTGAAGGTAA TCAATATTTC GAGATACTGA
GAGGCTTGTT GCTTTTACAT TTACTTCACC AGCAGCTGTC TATGCAACCA AGATACCAAG
TCTGACTGAT TCTTTATTTT GAAACTGTTA AATTTATCAC TGTCGACTCG CGCAGATGCG
CCCATCCAGT CGGGACGAAT TTGCGATCGC GATCATCTGC GCGCTGACAC TCGAAGCAGA
GGCAGTTGAA GACCTTTTTG ATGAAATTTA CGACAGGTTG GGCGAACACT ACAGGAAAGA
ACCGGGCGAT GATAATGCAT ATGTTAATGG GAGGATTGGA AATCATAACG TGGTGGTGTG
CTATATGCCT GGCATAGGCA AAGGGAGTGC AGCCAGTGTG GCATCGAGCT TGAAAATCAG
CTACAAAAGG ATTGAAGTGG CGCTGGTTGT CGGTATTTGT GGAGGTGCAC CATACCCATT
ATCTGGTGGA GAGGTCTTTC TAGGGGATGT CATAATCAGT GACTCTGTGG TACAGTACGA
CTTCGGCAGG CAGTATCCTG GTGGCTTTAA AAAGAAACTG GGTGTCAGGG ACACGCTTGG
ACGACCAAAC CGAGCTATCC GTTCAATACT GGCAAGTCTC CAGGCAAGAC GATCGCGCAA
AGACCTTCAA GATAAGCTGC TACAACATCT ACAAGCACTT CAGGAATCAC TATCTGATTG
GCATTACCCA ACTATTGATG ACATCCTCTT CGAAGCTTCA TACCAACATA AGCACTATGG
CCTGACTTCA CCTGCGTGTC CTTGCCTTGA TAGCATGTCT GAAGATATCT GCAAGACAGC
TGTCGAATCA CCTTGTACTT CTCTAGGCTG TGATATGGAC CGGGTATGTC GACGTCGCCC
TAGCACAGAA CACAACAGCC CAAGAGTCCA TATTGGGACG GTCGCATCTG CTGATACCGT
GATGAAATCA GGCGAGCACC GTAATTGTTT GGTCCAGTCA GAAGGTGTTG TTGGTTTCGA
GATGGAGGGT GCAGGGGTGT GGGACAACAT ATCATGCATT ATTATAAAAG GGGTGTGTGA
CTATGCAGAT AGCCACAAGA ATAAAGCATG GCAAGCATAT GCAGCGGCGA CTGGAGCTGC
GGCCGCCAAA TCTTTCTTGG AGTACTGGGA GCCCACTGCT CGAGAAGGTT AGCATATAAA
CCCAGATCAG TATACCTGTA TGCTAAATTT TCATGTTTTT TTAGACGCCA ATAAATTTCA
CATCCCGTTA GATCTTTCAG CGGTTCCTGT GATTGAGGAG TTCATTGGAC GAGAAGAAGA
ACTAAACTGT CTATGGGATT ATCTACAACC AGCAAGTTCA CAGACACGAA GGGTGGCTGT
CCTCCATGGT CTGGGTGGGA TTGGCAAAAC ACAACTAGCA ATTCACTTTG CACGAAAACA
CAAGAATGAA TTTACAGCCA TATTCTGGCT GAACAGCAAG GATCAATCTG CCTTGGTTTC
ATCTTTGAGT TCTTGCCTCT CTCAGATACA AGGACCGCCT ATAGAGGATC AGGCAGTCAA
CAAAGAGGAA GCAGTACAAA GGGCAAACCA AGTACTACAG TGGCTGGCAA GGCCAGGCAA
CACTAGATGG CTCATTATCT TTGACAACGT CGACCAGTAT TCTCCAATCC AAGGCCATGG
TCACTGTGGA TTTGATGTCT ACGAATTCTT TCCAAAGGCT GATCATGGAT CTATCATGAT
CACTTCCCGG CTCCAAGGGC TCACTGAACT TGGGAAGTCA TTTCCAGTTC AGAAACTTAT
ATACAAAGAT GCTACGCAGC TATTGTTGCA AAGCAGCGGC TTTTCAGCTA AAGACATTAC
ACAGATGGGA GCTGAACAAG GTACTGTACT ATTAACTAGA CTTGAAGAAC ATGACTAACG
TCAACAGACC TTATGAATCT TGCCAGCCTG CTGGATGGGC TCTCGCTGGC AATTGTCATA
GCTGGGGCTT TCATGTGTCA AACAGGAACA ACTTTTAAAG AGTATCTGGA GCTCTACCGG
ACTTCCTGGT TTGACTTGCA GTCTCAGTCG GCACCCAAAC GCCAATACCA GCAAGGCAAC
ATTGTACAAA CATGGAATAT CACCTATAAA GAGATCCAGA AACATGATTC CACTGCCGCG
AAACTCTTGC TCCTACTTGC ATTTTTTGAT AACCAGGATA TCTGGTATGA ACTAATTCGA
AACGGTTTGG ACTACTCAAA CCCGCCACAA TGGTTTGAGA CAGCAGTGTC AAGCAAGCTG
GTCTTTAAAG CAAAGCTAAA AGCACTAGTT AAGTTCTCGC TTGTTGAAAT AAAGCAGCAG
GAGGGAAGCT ATACTCTGCA TCCCGTGGTA CAGGACTGGT GTTATCATAT TGCTGCCTTG
GATGGACTCA CAAATCAACT ACAGGAGCTG GCGTTCATCT CGGTAGGAAA TATGGTCCCC
AGTTATGACA CCAGAGATTA TGCAAGGCTT GAGCAGCGAT TACTTCCTCA CGCAAATAAT
CTAATTCAAA GGAATATAGG CCATTGGCTT GATATACAGC CTGAAGACAG AATCAACATT
TTTGGCGCCT TTCATGGCTT AGGTAATCTC TACTCTGATC AGCGCAAGCT GAAAGAGGCA
GAGGAAATGT ATCAGCAAGC ACTGGCAGGC AAGGAGAAAG CACTGGGTCC TGACCACACG
TCCACCCTTG ATACAGTCAA CAATCTTGGG AATCTCTACT CTGATCAGGG CAAGCTGAAA
GAGGCAGAGA AGATGTATCA GCGAGCATTG GCAGGCAAGG AGAAGGCACT GGGTCCTGAC
CACACATCCA CCCTTGATAC AGTCAACAAT CTTGGGATTC TCTACTCTGA TCAGGGCAAG
CTGAAAGAGG CAGAGGAAAT GTATCAGCGA GCACTGGCAG GCTATGAGAA GGCACTGGGT
CCTGACCACA CGTCCACCCT TGTGACAGTC AACAATCTTG GGAATCTCTA CTCTGATCAG
GGCAAGCTGA AAGAGGCAGA GAAGATGTAT CAGCAAGCAC TAAAAGGCTA TGAGAAAGCA
CTGGGTCCTG ACCACACATC CACCCTTGAT ACAGTCAACA ATCTTGGGAG TCTCTACAAG
AATCAGGGAA AGCTGAAAGA GGCAGAGGAA ATGTATCAGC AAGCACTGGC AGGCAAGGAG
AAGGCACTGG GTCCTGACCA CACATCCACC CTTGATACAG TCAACAATCT TGGGATTCTA
TACAAGAACC AGGGCAAGCT GAAAGAGGCA GAGGAAATGT ATCAGCGAGC ACTGGCAGGC
AAGGAGAAGG CACTGGGTCC TGACCACACG TCCACCCTTA TGACAGTCAA CAATCTTGGG
AGTCTCTACT CTGATCAGGG CAAGCTGAAA GAGGCAGAGA AGATGTATCA GCAAGCACTG
GCAGGCTATG AGAAAGCACT GGGTCCTGAC CACACGTCCA CCCTTATAAC AGTCAACAAT
CTTGGGAATC TCTACTCTGA TCAGGGCAAG CTGAAAGAGG CAGAGAAGAT GTATCAGCAA
GCACTGGCAG GCTATGAGAA AGCACTGGGT CCTGACCACA CGTCCACCCT TGTGACAGTC
AACAATCTTG GGAATCTCTA CTCTGATCAG GGCAAGCTGA AAGAGGCAGA GAAGATGTAT
CAGCAAGCAC TGGCAGGCTA TGAGAAAGCA GTGGGTCCTG ACCACACATC CACCCTTGAT
ACAGTCAACA ATCTTGGGAT TCTCTACTCT GATCAGGGCA AGCTGAAAGA GGCAGAGAAG
ATGTATCAGC AAGCACTGGC AGGCTATGAG AAAGCACTGA GTCCTGACCA CACGTCCACC
CTTATGACAG TCAACAATCT TGGGAGTCTC TACAAGAATC AGGGCAAGCT GAAAGAGGCA
GAGGAGATGT ATCAGCAAGC ACTGGCAGGC AAGGAGAAAG CACTGGGTCC TGACCACACG
TCCACCCTTA TGACAGTCAA CAATCTTGGG ATTCTCTACT CTGATCAGGG CAAGCTGAAA
GAGGCAGAGG AGATGTTTCA GCGAGCACTG GCAGGCTATG GGAAGGCACT GGGTCCCAAT
CATTCAAAAA CTTGTGTAGT CGCAAACAAT CTAGTGTCTC TTGCTAGCCT TCACGCTGAG
CAAGACAGCC CTCGCCACAT CCATGTTTCC CCCGACCCCC ACCCGCAGTA G
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| Protein sequence | MTKRARPQGQ AVPEGSMPRH EDHVTRLAVR LKMRPSSRDE FAIAIICALT LEAEAVEDLF
DEIYDRLGEH YRKEPGDDNA YVNGRIGNHN VVVCYMPGIG KGSAASVASS LKISYKRIEV
ALVVGICGGA PYPLSGGEVF LGDVIISDSV VQYDFGRQYP GGFKKKLGVR DTLGRPNRAI
RSILASLQAR RSRKDLQDKL LQHLQALQES LSDWHYPTID DILFEASYQH KHYGLTSPAC
PCLDSMSEDI CKTAVESPCT SLGCDMDRSE GVVGFEMEGA GVWDNISCII IKGVCDYADS
HKNKAWQAYA AATGAAAAKS FLEYWEPTAR EDLSAVPVIE EFIGREEELN CLWDYLQPAS
SQTRRVAVLH GLGGIGKTQL AIHFARKHKN EFTAIFWLNS KDQSALVSSL SSCLSQIQGP
PIEDQAVNKE EAVQRANQVL QWLARPGNTR WLIIFDNVDQ YSPIQGHGHC GFDVYEFFPK
ADHGSIMITS RLQGLTELGK SFPVQKLIYK DATQLLLQSS GFSAKDITQM GAEQDLMNLA
SLLDGLSLAI VIAGAFMCQT GTTFKEYLEL YRTSWFDLQS QSAPKRQYQQ GNIVQTWNIT
YKEIQKHDST AAKLLLLLAF FDNQDIWYEL IRNGLDYSNP PQWFETAVSS KLVFKAKLKA
LVKFSLVEIK QQEGSYTLHP VVQDWCYHIA ALDGLTNQLQ ELAFISVGNM VPSYDTRDYA
RLEQRLLPHA NNLIQRNIGH WLDIQPEDRI NIFGAFHGLG NLYSDQRKLK EAEEMYQQAL
AGKEKALGPD HTSTLDTVNN LGNLYSDQGK LKEAEKMYQR ALAGKEKALG PDHTSTLDTV
NNLGILYSDQ GKLKEAEEMY QRALAGYEKA LGPDHTSTLV TVNNLGNLYS DQGKLKEAEK
MYQQALKGYE KALGPDHTST LDTVNNLGSL YKNQGKLKEA EEMYQQALAG KEKALGPDHT
STLDTVNNLG ILYKNQGKLK EAEEMYQRAL AGKEKALGPD HTSTLMTVNN LGSLYSDQGK
LKEAEKMYQQ ALAGYEKALG PDHTSTLITV NNLGNLYSDQ GKLKEAEKMY QQALAGYEKA
LGPDHTSTLV TVNNLGNLYS DQGKLKEAEK MYQQALAGYE KAVGPDHTST LDTVNNLGIL
YSDQGKLKEA EKMYQQALAG YEKALSPDHT STLMTVNNLG SLYKNQGKLK EAEEMYQQAL
AGKEKALGPD HTSTLMTVNN LGILYSDQGK LKEAEEMFQR ALAGYGKALG PNHSKTCVVA
NNLVSLASLH AEQDSPRHIH VSPDPHPQ
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