| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00509 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001308 |
|---|
| Strand | + |
|---|
| Start bp | 3275082 |
|---|
| End bp | 3279838 |
|---|
| Gene Length | 4757 bp |
|---|
| Protein Length | 1481 aa |
|---|
| Translation table | |
|---|
| GC content | 54% |
|---|
| IMG OID | |
|---|
| Product | class V chitinase, putative (AFU_orthologue; AFUA_6G13720) |
|---|
| Protein accession | CBF89341 |
|---|
| Protein GI | 259489236 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 13 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 36 |
|---|
| Fosmid unclonability p-value | 0.658967 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGCTCCTT CCTGGCGCAT TGTGGCGGTC AGCGCCCTTG CTCTCTCCCT TCCTGGAGGG
AACATCTTTG TCTCTGCCCA GACAGGATCG AGGCAACCGG CCGCCCCTGG TTACCGCGGC
ATGAACACCA TCTGCCCTTC TGCCTGCTTT AAGACTGGCC CTGACCCCCT TGACTGGTCT
GTCTACCCCA GTGTTGACCG GACATCTGCG TGCAAGCAGG TTGTTCTCTA CAGCTTCTCT
TTGTATGACA AAGTCGACGA CAAGGACAGC AATCATCGCA TTTATGCCTG CACTGCTTAT
GGCCATGACT GGGAAGACAA CACTAAGGCC GAAGCGGCTG CTGCTCGCCC TGCTAAGAGT
GTCAATGTCA CCTACGAAAT CGGATGGACA ACCAGTGAGC CCGGCACAGA GGCCGACTAC
AGCTTGTTGA TGGAGCAGAT GCGCGAGTAC GTGGTCAATG GCCACGCTCC TACAAACAGA
ACATTCATGC TGTATTCGCG GTTCGGTCAG TCCGTTGCTG GTCTGTACAT CGGCCAGGGG
CTGCGAGCTT CCGACGTTGC GAATACTGCC ATCAAAACTT TGGACTCTAA CACCGCCGAT
TTTGATGGGA AACGCGATGT CCTGGCAATC CAGCTCTGTG GACCTGGCTA TGACTCTGAC
CATATCCTGG GGTTCATGGC TCTCAAACAT GGGACCATGG GCGACATCCA GCAGACATTC
ATGTCCTGGT CTGATGCCAA GTGTCTTGAC TTTGCCAACT CTACGAGCTT CACCACCACG
GCGCCTTTTA CGCTGCCCCA ACTGTCCTCG ATCAAAGGCA ACCATACTGT CTCCCAAAGG
AACGCCACTG TGACAACAGG GCACCACTCT AGGCAATCCC TGGCCCACTT GGCACTTCAC
GCTCGGGCAT TTGAATGCCG GACTGAGGTG GTGGGCGATG GAGACAGCTG CGCCGCCCTG
GCCGAGCGCT GCGGCATCTC CGGCGCCGAC TTCACGAAAT ACAACCCGGA CAAGGGACTC
TGCTCTAGTC TCACGCCTGG TAAGCATGTC TGTTGTTCGT CTGGCGACCT CCCCGACTTC
CGCCCCAGGC CCAACGACGA CGGCTCTTGC GCCACCACCG TAGTGAATGA CGGCCAGAGC
TGCGCTACAG TCGTGGCGGC CAACAGTCTG ACAAATGACG ACATTGAAGA GTTTAACAAA
GATACCTGGG GCTGGAATGG ATGCAAAAAT ATATTGGCCG GTAGTGTGAT TTGTATAAGC
AAGGGCACAC CACCCATGCC CGCTCCCATG GAGAATGCCA TCTGCGGACC TCAAGTACCC
GGCACTGAGG CACCTGATGA CATGAGCAAA CTCGCCGACT TGAACCCTTG CCCGCTCAAC
GCCTGCTGTG ACGTCTGGGG TCAGTGCGGT ATTACCCCCG AGTTCTGTAC CGACACGAAC
ACCGGCGCTC CGGGCACGGC CAAGCCCAAC ACCAACGGCT GTATTTCCAA CTGCGGCACC
GACATCGTCA AGGGCTCCCC CCCATCTGAA TTCCGCAGTA TCGCCTACTA CGAGGGATAC
CTCTTCACAC GGGAGTGCCT GTATCAGGAT GCCCTGCAAA TAGACACCTC TAAGTACACC
CACCTGCACT TCGGATTTGC ATCCATCACG GAGAACTACG AAGTCTCTAT CGGTGACGAA
TTGATATCCT ACGAGTTCAA CAACTTCAAG TACCTCACCG GCCCAAAGAA GGTTCTCTCC
TTTGGCGGTT GGGATTTCTC AACCAACCCA AGGACATACA ACATCTTCAG ACAGGGTACA
CAACCAGCGA ACCGTCTCAA GCTAGCAACA AATATCGCCA AGTTCGTCAA GGATCACGGT
CTGGACGGCG TTGACATTGA TTGGGAGTAT CCCGGTGTAA GTTACTCCCT CTTCTCCAAG
AGTAGCCTTT TCAAGATGTA TTCTGACATA TAACAGGCTC CGGATATCCC TGGCATTCCC
GCCGGCAGTG AAGATGAGGG AGATAACTAC TTGAAGTTCC TGGTTGTTCT CAAGAACTTG
TTGAAAGACA AATCTGTCTC AATCGCTGCT CCCGCGTCAT ACTGGTATCT TAGGGGTTTC
CCTATCAATT CGATCAGCAA AGTTGTTGAC TACATTGTTT TCATGACCTA TGACCTTCAT
GGGCAGTGGG ATGCCGCCAA CCCCAACTCT CAGGACGGCT GCCCGAGTGG AAACTGTCTG
CGCAGTCAGG TCAATCTTAC GGAGACCATG ACTTCTTTGG CCATGGTCAG TCACCAACCC
CCTACAATAA ATCTACAATC ACTAATTTGT GCTGCTGTAA GATTACCAAA GCCGGAGTTC
CGTCTGACCG CGTGGTTGTG GGAGTTGCCA GCTACGGCCG CTCCTTCGCC ATGGCCGAGG
TTGGTTGCTA CGGCCCTGAG TGCCTGTACA CGGGCTCACG CGCCAACTCC GACGCTACCA
AAGGACCATG CACGGGTACG GCTGGCTATC TGGCTAACGC CGAGATTAAC AAGATCCTCA
GCGGTAGTCC TTCGGGGCTT AATACCCGCG ACACTGCTTC AAGCCGCGTT ACCGCACACT
ACCTCGATGA GGACAGCGAC AGCAACATCC TTGTCTACGA TGACAACCAA TGGGTCGCAT
ACATGAGCCC AGAGGTCCGC GAGTCCCGAG TCAGCAGATA CAAGTCACTG AACATGGGTG
GCTCGGTAAA CTGGGCAACG GACCTGGAAA CCTGGCATGA CGCACCAGTG GGCAACTGGT
CAGATTACAA AGAGGCAATC ATGGCGAAGC AGAATCCCCT TGAATCTAAT AATCTTCAGG
ACGGTAACTG GTCCAGCTTG ACCTGTGACA ATAATTACTA CCAGGGAACG CCTTATTACA
CTCCTTCGGA GCGCTGGGCC GCGCTCGACG TCGACCAAGC CTGGGACGAC ATGGTGAAGG
CCTGGAAGTA CTACCGGGAC AATGTGAACC AAACGTCATT CACGGGATAC TTGGCGTACA
TGATGGACTG GGAGGGCTAC GGTAAGTGCT GGGAAATTGT GGAAGGCTGC GGTGGAAATA
TCGACTGCCA GGATGGCCGT TCTCCCGCCG AAGTGCTCAT CTGGGAATCC TTGAATACTC
TCAGTAAAAC GTATCAAAGG TACCATGACG GTCTCGTGTC GGCCATGGCC CTGGTAGTTG
ATCCTTCGCT CAAAGACTTT ACGAAGAAAT TTGCTCCGGT TCCACCAAAG GACGATTTCT
CATGGCAGGA CATTCTGTTT GATTTGATCT CAGACGCGAC TCCAATGGTT GGAGGGAAAT
TCTTCAAATA TGGTATGTGT TTCGTTCTCG AATAGCCATC CCATGTAGTT TTTTGACGCA
GACAACAGTT CTACAGAAGC TGCCTGGTAT CGCTTCGCTG GGTGATGAGG GCAAGTCGAA
AGCGGAAGAA ATCACTCAGG GTATTTTGGG CAAAGCTGTC GAGGTGGGCA CGAGCCTTGT
TAGTACTGAG GATCCGTAAG AGCTTTTCTT CCGACCCCGT CTTTTGATAA AACCTTCATA
GCTAACTAGC GCACTCGAAA ACCTAGCGAC GATTGGTCGG ATGATGATCA AGACGCGTTT
ATGACTTACC TAGGCCAAAG CGCTGGTCTC TGGGATAGGG CCAACACCAT GGGCTTGGCT
ACGCTATTCG ACGGCTCAGA CGACTCTATC AAAACGCTCA AGTCTCTTGT AGCGGACGGC
CACTTCATCA ACGGTGCCAG TGACCTTAGC GATGGAGATG GATTTGACGG AAAGACAGGA
AATGATACAG TTACCGACGC CTTCGCGAAG GCCTTGTACG GATATGCCAT TCCCGTACTG
TGGCAGGCAT CCGGGCACCA CCCTTTCATT ATTGACACCC AGCGCAGCTG CACGTCAGAC
TCGGACGGTG ATGATGAAAA GCTCGCAACG GCCTGCTACG GGGGCAAGCT CTACAAGCTG
GCCGACCCTG ACGGAGAGTC CAGATCTTGC CGTGAGAATG CACAGACTGG CGTCAAGTGT
GGCCAACACG GCGACACCTA CAACGATTTT GCTACTCTTT CTGGAGTAGA CGAGCTCAAG
GATGGCGCTT GGGGGGGTGT TACTCCACGA GATATTATTG TCGGGTATGT TTTCCTCTGG
TTTATCTACT CGTGCCATCG CTAATTCTTT CTGTCTACAA CAAAGCTGTC AGAACTTATA
TCGACAACGG GGAAGAAAAC GGCAGCGAGA AAACAGTTGA CCGCAGCAAG AATTTTGACA
GCCTCGTCGA ATTGGACATT ACAGTGCCCC AATTCATCAA CCTCCCCGTC TGCACGGAGA
CCGTGGCTCG CCGGTCTTGG ACCAACTCCG ACGACACACC GTCCGTCAGA AACGTGGACT
ACTTCCCCTG CAACATTGCC AACGGCAAGG ACTACTGCGG GGAGTCTACT TTTGAGGACC
AGGGAAGCGA AGCATCGCCC CTGATCGAGG ACTGCAAGCA GATCATCAAG AACATCCAAG
GCACAGACGG CGAGTGGAAT ACCTCGCCGC TCGAGAAGCA GCGCGCGCTT GTGTCCTACG
GCTCGTGCAA GTTTGGCGTC ACGGGCAAAG GCATCCACGG CAATGTTTTG TTCATGACCG
GTGCTCAGGA TATCATTGAT ATCATCAACG ATGCCATCGA GAAGTTCGGA CGTGATGATG
GTCGGGTTGG TGCTAAGGGA ACCATGCAGT GTGATGGTAA TATCAAGAAG CAGAAGGTTG
ACTGGGGGCT GTATTGA
|
|---|
| Protein sequence | MAPSWRIVAV SALALSLPGG NIFVSAQTGS RQPAAPGYRG MNTICPSACF KTGPDPLDWS
VYPSVDRTSA CKQVVLYSFS LYDKVDDKDS NHRIYACTAY GHDWEDNTKA EAAAARPAKS
VNVTYEIGWT TSEPGTEADY SLLMEQMREY VVNGHAPTNR TFMLYSRFGQ SVAGLYIGQG
LRASDVANTA IKTLDSNTAD FDGKRDVLAI QLCGPGYDSD HILGFMALKH GTMGDIQQTF
MSWSDAKCLD FANSTSFTTT APFTLPQLSS IKGNHTVSQR NATVTTGHHS RQSLAHLALH
ARAFECRTEV VGDGDSCAAL AERCGISGAD FTKYNPDKGL CSSLTPGKHV CCSSGDLPDF
RPRPNDDGSC ATTVVNDGQS CATVVAANSL TNDDIEEFNK DTWGWNGCKN ILAGSVICIS
KGTPPMPAPM ENAICGPQVP GTEAPDDMSK LADLNPCPLN ACCDVWGQCG ITPEFCTDTN
TGAPGTAKPN TNGCISNCGT DIVKGSPPSE FRSIAYYEGY LFTRECLYQD ALQIDTSKYT
HLHFGFASIT ENYEVSIGDE LISYEFNNFK YLTGPKKVLS FGGWDFSTNP RTYNIFRQGT
QPANRLKLAT NIAKFVKDHG LDGVDIDWEY PGAPDIPGIP AGSEDEGDNY LKFLVVLKNL
LKDKSVSIAA PASYWYLRGF PINSISKVVD YIVFMTYDLH GQWDAANPNS QDGCPSGNCL
RSQVNLTETM TSLAMITKAG VPSDRVVVGV ASYGRSFAMA EVGCYGPECL YTGSRANSDA
TKGPCTGTAG YLANAEINKI LSGSPSGLNT RDTASSRVTA HYLDEDSDSN ILVYDDNQWV
AYMSPEVRES RVSRYKSLNM GGSVNWATDL ETWHDAPVGN WSDYKEAIMA KQNPLESNNL
QDGNWSSLTC DNNYYQGTPY YTPSERWAAL DVDQAWDDMV KAWKYYRDNV NQTSFTGYLA
YMMDWEGYGK CWEIVEGCGG NIDCQDGRSP AEVLIWESLN TLSKTYQRYH DGLVSAMALV
VDPSLKDFTK KFAPVPPKDD FSWQDILFDL ISDATPMVGG KFFKYVLQKL PGIASLGDEG
KSKAEEITQG ILGKAVEVGT SLVSTEDPDD WSDDDQDAFM TYLGQSAGLW DRANTMGLAT
LFDGSDDSIK TLKSLVADGH FINGASDLSD GDGFDGKTGN DTVTDAFAKA LYGYAIPVLW
QASGHHPFII DTQRSCTSDS DGDDEKLATA CYGGKLYKLA DPDGESRSCR ENAQTGVKCG
QHGDTYNDFA TLSGVDELKD GAWGGVTPRD IIVGTYIDNG EENGSEKTVD RSKNFDSLVE
LDITVPQFIN LPVCTETVAR RSWTNSDDTP SVRNVDYFPC NIANGKDYCG ESTFEDQGSE
ASPLIEDCKQ IIKNIQGTDG EWNTSPLEKQ RALVSYGSCK FGVTGKGIHG NVLFMTGAQD
IIDIINDAIE KFGRDDGRVG AKGTMQCDGN IKKQKVDWGL Y
|
|---|
| |