| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09056 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001307 |
|---|
| Strand | + |
|---|
| Start bp | 13794 |
|---|
| End bp | 17437 |
|---|
| Gene Length | 3644 bp |
|---|
| Protein Length | 535 aa |
|---|
| Translation table | |
|---|
| GC content | 46% |
|---|
| IMG OID | |
|---|
| Product | conserved hypothetical protein |
|---|
| Protein accession | CBF84379 |
|---|
| Protein GI | 259486491 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 19 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 35 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGGCCTGT TTAGCAGAGA CCGAGGGGAA CCCTGGGATC TTGGAATTAG GGGGTTGAGT
CTGGCTGTTT CTGGACGAAC CCCTACGACT ATTTTTAGTA GTGGTTTAAC GATTTACCCA
TCGCAGTGTC TGCCGCAGGA TAGCATGTTG GACTGCTATA GGGACAGAGG TAAGGCATAT
GTGTTGACAA GGCTGAGCAG TACGATATAA GAAGCAAAGG ACGCTTCCAG ATTGCCAATT
TGGCTGGTCA CTTAAGGGCT GGAGGTTAAG ACGCGTTGAT TGACAGTGTG TCAGTAGGCA
TTAACACTGA ATTCGTTGAT CTGTGCATAG TCAAATGCTT GTTCGCTTGC CAGACACCGA
GTGGATAGAT TAGTGCAGGG TAATGTCGAC ACTTCACATC CACAGTTGCT GCTGCTGCGA
TGGCTCTACA ACGATCACGC ATGAACCCAC GAGCAGCCAT CTTCCTGAAT GATAGCCACA
AAGTAGGTTT GATCGAGCCA AAGTTCACCT CCGAATAGTT AAGTCGGTAG CGGCGATCTG
ATGCTCCCTT TCGTCCTCCT CCCATCCCCT TGTTTGAACA TATACGTTGG TCCATTAGGC
TAGAGTGCGG TAGATACTTG AGGAGAGACT AGGCGATTGA TCCTATCATC TATACTACAG
GAACCCTAGC GCAAACCCCT CTTTTCTTCT GCATAAGCGA CGTGCATTGA TTTGACAGCG
GTCTTATTTT TGCTTCTTAC AGCCTTGTTA TCTCGTCCGG TTGCATTTAA GTGCTACAAT
CGCTCAGTCT TGTCAGGCTC CCATCTTTGT CTTTCCTTAT GTTCAAGATT TCTTGGTGAC
TCTTCCTATA ATTCTTTTTC AGGCTGTATC AGTTCAGATA CAGCCGTCGG CCGCAATGTC
GTCCCCGATA CCAGTTGGAG TTTTCTTTAA CATTTTTGCC CTGCGCAGGA TAAGACGCAG
AGAAACAACC TCCTCCAGCA CAGACTTGGA TTCGCAAGAG ATCCCCAATG TTTGCTATGA
AACCTGCAGT ACGTCCACCG CTCGCTTCTA TTTCCGCCCT TCAACTACAA GACCAGACCA
TAAGAGGTCT GGAGCTCTCC AGCCCAACAG ACTAATAAAG CCCAAAAAAT GTTAAAACCA
CTTCTTGTAT AGATGGCGCC TTCCTCGAGG CGGCTGGAAG AGGCAAGATG GCCGCAATCT
GTGCCGACGG TTCCACTTTT TCAGACCTGG TCGATCAATG CAGGCAATGT ATCGAGCTCT
TCGTCAACTC GCCTTCCTCG AACTCCACCG CCAGCGCATC ATCTGGCAGC ACCACTGCTG
AACTCAATGA GTTCATCGCG TATTGCGACG AACAGGGCGG AGGCAGCGGT AACAGCAATG
TCACACTCGT GAAGGAGATT GACTCGCTGC TTGCCTCGTA CTCGTCCCTC TCGTCTAGTC
AGTCTCAGTT GCAGGCTTCT TTGTCGTCGT TGGGGTATAC GGGTGATTTT CCAGAGTTGA
CTAGTGCCAC CGCGACAGGT GATGTGACTG CAAGTAGTAC GAGCATGGTT GGGCCGACAG
CCACTGCAGG GGGCGAGGAT CGGAGTTTTT CTAACGAGGG TGGGACAGGC ACAGAAGATC
TACCCTCCTC CGACACATCG GATATCAATA TTATTGCTCC TGCTGTGATC GTACCGGTTT
TTGCACTCCT TGTAGGATCC GTGCTAGCGT GGGCTTTAAT ACGTCGGCGG AGAAAGAGAC
AAGGCACGGA AGAGATCGGT GCGGCAGGCG ATAGCTTTGA TGATAAGGCT CAGCTTCATG
CCGATGAATT CAGGCCGGAG CTTGATGGCT TGGCTATTGC AAAGAAAAGA TTGGTGAACA
TGGATGAAGA TCTAGCGGAA CTGCCTGCAA GGGAACCTAT TGGGGCTGAG TTGGATGGGC
TGGGAAGGAG TCAGTTGGAT GGAGAGGCAA GGGAATTTCC ACTGGCTACT GAAGTTGGGT
AGACTAGTGG GTTTACTTAG GTGTCTATAT ACTACAACCA CGGTAACCTA TTCAGTCCCC
AGCAACCTGG GAATGTACAA CCATGACCGG CTGGGCGCTT TAATTCAGTT CTTCAACATA
ACCAAAAAGC CCAAGGAATT TATAGGTTCA TGGGATAACG TACTGCCCCT TATCACAGCG
GCGTTTTGGT CATGATGCTG CAACTTTGAT ATGCTGAAAG CGCATTGTTA ATGCTCTCAA
TCCGTCAAGC ATGCTCACCA GCCAGGTGTG TTTATATGAT ACTATTGTCT CAACTTATAT
ACAGGAGCAG CGAGATCCGT CGCCTGGACA ATTACACAGA ATTGGTGCTA GTGGTAATGG
CGAATTATAC TCTGACTCCT TGGCGATGCG GTATGCAGGA TACCACTAAA TCTTTATAGA
TGCTCATGCA CAGTTGTCCA TAGTAACTTA TTGATTCTGA ACTTCTCTGC TACCGCGGGT
TGTCAGTATG CCTGGTTATT TCAGCGGCCC GTGGCGTGCG GCTGGAACGT TTGATGCCTC
TGTCAAGCAT ATGAAACTTG TCATAACCGC GTATTAGATC GGATTTCCCA TCTCCTTTGG
TCGCTCACTG GATTTGGGCT GGCCACAAGC CATAAGCCAT CATCAATCCT AAATCTGGGA
CGTTTAAATT TGCCTGGTTT GACATCAAAA GTCATGGAAA CCTATTTCTG GCCTGCCTAG
CACCCTAACA TATACCCATA TCCTCCCCTG CATTCACGAT ATGCCTAGCA ACCCTACCCT
TCTAGGCTGT GATCTGGCTA ATATCTCTGA TTTCACAATT ACAAACTCCT TAGCAACCTT
CATTGCAGGG CTCTCCACAG CCGCTAAAAA TGTACATCAT AGGCAGCAGG CTGATGGGCT
TACAAACCGC ATTAATCATC TTAACTTGTC ACTAATAGAA AGTGTTATGA ATGCTCAAAG
GGGAAAGGGT AGAAGGAAGC TGCATCTAGA CTTGTTCAAC CCAACCCACG AAACCCGCCA
AGAAATGGGT TGGGTTAGAC CTTCTAATTA TCCATTGGGT TTTGGATATT TTTGGCTGCC
CCAAAGCCCG GCGGAGCAAC CCGCTGGGTT GCCAAGATAT CTGAATAGGT GTATTACTGT
ATTTAGATTA CATTTTCTTA CATAGATGGT TTATAATACA GTATTTAAAT ACACTATTTT
ATTAACTATG TAGATCACTG CTTATTAAAG TAATGATATG CATAGCTGGG TTATTTTGGG
TAGGGATGCA CTCGGTGCGG GTTGGGTACA AACCGCAGGG TTAGAAATCA ACCCGCGCGG
GTTTGCGGGT TATAGAAAAA CAACCTGCAC TGCACTGCAA CCTGCAAGAT TTAGAATAGT
CCGCACCACA AAATCCGCAT TTTGCAATAC TATACCTAAT ATAGTTAGAT TACATCTGCT
GCTAAACTAA TCATAGTTAG ATTTATCCTT TATGCAGTGT AGATTATCTG CATTGAGGGT
AATCTGCACC ATCAAATTTT CTGTTATAAA CAAAACTATA TATAACACTA TAAGTTTAAG
GTATTTTCTT ATTTAGAGTA GGATAATGAA ATCTATATAG CTAAAATAAT ATAATAATAT
ACAGTATAAT CAAAAAAAAT TAATAGTATA GCATGATCTT GTAA
|
|---|
| Protein sequence | MGLFSRDRGE PWDLGIRGLS LAVSGRTPTT IFSSGLTIYP SQCLPQDSML DCYRDRVAAA
AMALQRSRMN PRAAIFLNDS HKAVSVQIQP SAAMSSPIPV GVFFNIFALR RIRRRETTSS
STDLDSQEIP NVCYETCNGA FLEAAGRGKM AAICADGSTF SDLVDQCRQC IELFVNSPSS
NSTASASSGS TTAELNEFIA YCDEQGGGSG NSNVTLVKEI DSLLASYSSL SSSQSQLQAS
LSSLGYTGDF PELTSATATG DVTASSTSMV GPTATAGGED RSFSNEGGTG TEDLPSSDTS
DINIIAPAVI VPVFALLVGS VLAWALIRRR RKRQGTEEIG AAGDSFDDKA QLHADEFRPE
LDGLAIAKKR LVNMDEDLAE LPAREPIGAE LDGLGRIPSN LGMYNHDRLG ALIQFFNITK
KPKEFIGSWD NRIVNALNPS SMLTSQEQRD PSPGQLHRIG ASGNGELYSD SLAMRCSCTV
VHKSVMNAQR GKGRRKLHLD LFNPTHETRQ EMGWLDLSFM QCRLSALRFK YSMIL
|
|---|
| |