| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10673 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001305 |
|---|
| Strand | + |
|---|
| Start bp | 2562965 |
|---|
| End bp | 2566314 |
|---|
| Gene Length | 3350 bp |
|---|
| Protein Length | 1026 aa |
|---|
| Translation table | |
|---|
| GC content | 54% |
|---|
| IMG OID | |
|---|
| Product | nuclear serine protease HtrA2/Nma111, putative (AFU_orthologue; AFUA_6G13650) |
|---|
| Protein accession | CBF81913 |
|---|
| Protein GI | 259485117 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 21 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 32 |
|---|
| Fosmid unclonability p-value | 0.138889 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGAATGGAG ACGGCGTCGC GAAACGCAAG CGCAACTCCA TCTCCGCGGC GGCGGAGCGG
CCGGTGAAGC ACCTGAAGCC CGAAAACTCT ACACTCACCC CCGGCGACAC CACCCCAGCC
AATGGGACCG TTTACGATGT CGAGGACAAT GAAGAGCTAG GGCCGTTGAT GGCGATTGGG
CCGACGCAGG CGGATTCACC AGAATGGCAG GCTACGATTG AAGAGGTAGT GAAGAGTGTC
GTCTCAATTC ATTTCTGTCA GACTTGTTCG TTTGACACAG AGCTGTCAAT GAGTAGTCAG
GCCACCGGGT TTGTCGTCGA TGCGGAGCGC GGTTATATTC TTACAAACCG ACACGTCGTC
TGTCCGGGTC CGTTTTGGGG ATATGTCATC TTTGATAACC ATGAGGAAGT AAGTCTTCTG
CTAGTGACCT TGGATTCAAA TTACAACCTA AACTAATAAA TCAGTGTGAT GTCTATCCCG
TGTATCGAGA CCCCGTTCAC GATTTTGGGT TCCTCAAGTT TGACCCTAAA GCTATCCGTC
ACATGAAACT CAGAGAACTG AAGCTGCAGC CGGATGGAGC CCGTGTGGGA TCGGAGATTC
GAGTTGTGGG TAACGATGCT GGAGAGAAAC TGAGTATTCT CTCTGGTGTT ATCAGCCGAC
TCGATCGCAA CGCGCCCGAA TACGGCGATG GCTACAGTGA CTTCAACACC AATTACATTC
AGGCTGCCGC TGCAGCCAGC GGCGGTAGCT CCGGCAGTCC GGTAGTAAAC ATTGAGGGAA
ATGCGATCGC CCTGCAAGCT GGTGGTCGTG CAGACGGTGC TGCAACCGAC TACTTTCTTC
CTCTGGACAG GCCGCTGCGT GCTCTAGAGT GCATCCGTCG GGGGGAGCCA GTTACTCGAG
GAACTATTCA AACTCAGTGG ATTCTGAAGC CCTTCGACGA GTGTCGACGG CTGGGCTTGA
CTCCGGAGTG GGAAGCGGCG GTGCGCAAGG CGGCTCCAAC CGAGACGAGC ATGCTGGTCG
CTGAGATCAT TCTTCCTGAA GGACCCGCGG ACGGGAAGAT TCTGGAGGGC GATGTGCTCC
TGCAGGTGAA CGGGGAGCTC CTCACCCGAT TTGTTCGACT GGATGACATT CTCGATTCTA
GTGTCGGACA AACGGTGCGG TTGCTGGTGC AGAGAGGCGG CCAAGACGTC GAGGTCGAAT
GCAGCGTTGG CGACTTGCAT GCCATCACGC CTGACCGGTT TGTTACCGTC GCTGGCGGAA
CGTTCCATAA CCTGTCCTAC CAACAAGCCC GGCTCTATGC AATTGCCACC AAGGGTGTTT
ACGTGTGTGA AGCAGCGGGC TCATTTAAGC TGGAAAACAC CCTCTCAGGA TGGCTCATTG
ATTCCGTCGA CAAGCGGAAA ACAAGAAACC TCGACGAGTT TGTCGAAGTC ATGAAAACAA
TCCCTGATCG CTCTCGAGTT GTCATCTCCT ATCGACACAT CCGCGATCTG CATACGCGCG
GGACGAGCAT TGTGTATATC GACCGCCATT GGCATCCGAA GATGCGGTTA GCGGTCCGGA
ACGACGAGAG CGGTCTCTGG GATTTCTCCG ACCTTGCTGA CCCTATTAAG GCCGTGCCGC
CGGTCCCGAG GAAAGCAGAC TTCATCCAGC TTGACGGCGT AAGCCAGCCC GCTGCCGCCG
AAATTGTACG CAGCTTTGTC CGTGTTTCTT GCACGATGCC GTTGAAGCTA GATGGCTTCC
CCCAGGCGAA GAAGACTGGC TTCGGGCTCG TTGTTGACGC TGACAAGGGG TTGGTTGTGG
TGTCGCGTGC CATTGTACCG TATAATCTGT GCGACATTAA CATTACCGTA GCCGATTCGA
TAATTGTTGC GGCCAAGGTC GTCTTCCTTC ACCCCCTACA GAATTACTGT ATCGTTCAGT
ACGATCCTTC CCTGGTGCAA GCGCCAGTCC AGAGCGCAAA GCTCAGCACG GAGTACATCA
AGCAGGGACA AGACACGATC TTTGTCGGCT TCAACCAGAA CTTCCGCATC GTGGTCGCTA
AGACCGCAGT CACCGATATT ACCACAGTTT CAATACCAGC CAACGCTTCG GCTCCTAGAT
ACCGTGCAAT CAACTTAGAT GCAGTGACGG TGGATACTGG GCTAAGCGGA CAGTGTTCGA
ATGGTGTTCT AGTCGGCGAA GATGGTGTGG TTCAGGCCCT GTGGCTGAAC TATCTGGGCG
AACGTACGCC AAACTCTCAC AAAGATGTCG AGTATCATCT CGGCTTCGCG ACGCCCTCCT
TGCTGCCGGT CGTTAGCAAA ATTCAGCAAG GAATCCTGCC AAAACTACGG ATTCTGAACA
TGGAGAGCTA CGTGGTGCAG ATGAGCCAGG CGCGCATTAT GGGTGTTTCA GATGAGTGGA
TTGAGAAGGT CGCCCAAGCA AACCCGTCTC GACACCAGCT GTTCATGGTG CGCAAGGTCG
ACTGTCCGCC GCCCGAGTTC AATTCTACGG CGGACAGCTT CCAAGAGGGT GATATCATCC
TCACTTTGGA CGGACAGTTG ATCACACGCG TGTCAGAGTT AGACGTGATG TATGAGAAGG
AGATGCTTGA GGCACTGATT GTGCGCAACG GCGAGGAAAT GAAGATCCAG GTGCCTACCG
TTTCGACGGA GGATCTGGAG ACCGACCGAG CCGTGGTATT CTGTGGCGCA GTGCTGCAGA
AGCCGCACCA CGCTGTCCGT CAGCAGATTT CGAAGCTGCA TAGCGAGATC TATGTTAGCG
CAAGAGTACG TCCATAGTCG ACATGTGTTT ACATGTGCTA ATGAAAGCAG AGTCGCGGAT
CCCCAGCATA CCAATACGGC CTCTCTCCTA CGAATTTCAT TACCGCTGTC AATGGAGTTC
CAACCCCGGA TCTCGACCGC TTCGTAGAGG AAGTCAAGAA GATCCCGGAT AACACATACT
TCCGCCTTCG CGCTGTGACA TTTGACAACG TGCCGTGGGT GGTTACCATG AAGAAGAACG
ACCATTACGT CAGACTCCGT TCCCTCCATA AACCCATTAC CAGACTGACT GATATTGTCC
TAGTTCCCAA TGTCCGAATA CGTCAAGGAC GAATCCGAAC CGCTTGGATG GAAGTCGATC
TCGCACGATG TCAAAGGGAA GGACGGAGTA GCTGCGGACG TTGCGAACCT GAACCCGGAC
GCTATGGACG AGGGACTAGA AGGAGGTGTG AGCGATATAG AGCCGGAAGC TGTATAATAG
ATTGGCGCCG CGTATAGGCC GTGATTTGCT TACCTCGCAG GTATTTAGCG GCTAGCTCCA
TGCTGATATA CGGAATAAGC GCCCACAGCG GTCATGGATT ACCCGCTCTC
|
|---|
| Protein sequence | MNGDGVAKRK RNSISAAAER PVKHLKPENS TLTPGDTTPA NGTVYDVEDN EELGPLMAIG
PTQADSPEWQ ATIEEVVKSV VSIHFCQTCS FDTELSMSSQ ATGFVVDAER GYILTNRHVV
CPGPFWGYVI FDNHEECDVY PVYRDPVHDF GFLKFDPKAI RHMKLRELKL QPDGARVGSE
IRVVGNDAGE KLSILSGVIS RLDRNAPEYG DGYSDFNTNY IQAAAAASGG SSGSPVVNIE
GNAIALQAGG RADGAATDYF LPLDRPLRAL ECIRRGEPVT RGTIQTQWIL KPFDECRRLG
LTPEWEAAVR KAAPTETSML VAEIILPEGP ADGKILEGDV LLQVNGELLT RFVRLDDILD
SSVGQTVRLL VQRGGQDVEV ECSVGDLHAI TPDRFVTVAG GTFHNLSYQQ ARLYAIATKG
VYVCEAAGSF KLENTLSGWL IDSVDKRKTR NLDEFVEVMK TIPDRSRVVI SYRHIRDLHT
RGTSIVYIDR HWHPKMRLAV RNDESGLWDF SDLADPIKAV PPVPRKADFI QLDGVSQPAA
AEIVRSFVRV SCTMPLKLDG FPQAKKTGFG LVVDADKGLV VVSRAIVPYN LCDINITVAD
SIIVAAKVVF LHPLQNYCIV QYDPSLVQAP VQSAKLSTEY IKQGQDTIFV GFNQNFRIVV
AKTAVTDITT VSIPANASAP RYRAINLDAV TVDTGLSGQC SNGVLVGEDG VVQALWLNYL
GERTPNSHKD VEYHLGFATP SLLPVVSKIQ QGILPKLRIL NMESYVVQMS QARIMGVSDE
WIEKVAQANP SRHQLFMVRK VDCPPPEFNS TADSFQEGDI ILTLDGQLIT RVSELDVMYE
KEMLEALIVR NGEEMKIQVP TVSTEDLETD RAVVFCGAVL QKPHHAVRQQ ISKLHSEIYV
SARSRGSPAY QYGLSPTNFI TAVNGVPTPD LDRFVEEVKK IPDNTYFRLR AVTFDNVPWV
VTMKKNDHYF PMSEYVKDES EPLGWKSISH DVKGKDGVAA DVANLNPDAM DEGLEGGVSD
IEPEAV
|
|---|
| |