| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06193 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001301 |
|---|
| Strand | + |
|---|
| Start bp | 974456 |
|---|
| End bp | 978361 |
|---|
| Gene Length | 3906 bp |
|---|
| Protein Length | 1104 aa |
|---|
| Translation table | |
|---|
| GC content | 51% |
|---|
| IMG OID | |
|---|
| Product | mitochondrial serine protease Pim1, putative (AFU_orthologue; AFUA_2G11740) |
|---|
| Protein accession | CBF69998 |
|---|
| Protein GI | 259479614 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 23 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 28 |
|---|
| Fosmid unclonability p-value | 0.030325 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | CGGACAGGGA CTATTGTGAT ATTCTCTTGG CCCTCTCGCA GAGTTTTACC TTCTGTTTTG
TTCAATACCT TGTGGCTGTT TACTCACAAC TTTTTTGTGT CTCGTCTGTC GTCATAGAAG
TTAGGAGCAT GCTCCGCGGC CAGACTCTCC GCTGGAGAGC CGCGCTCCAG ACACCGCGAT
CTCTGATTCT TCGGCCTCTT TTTGCTCCAG GCGGGTACAA TGTCGGCCCC CGATCAGTCC
TAGAGACTTC ACGTCGTTTC CGCTCGCTTC CGCCGTCCCT TCGTACCTTT TCTTCCAGCA
CCGCTCGAAG GAAAGAGAAG CCCCCACCTG GAGACGAGAA GGAGGATTCA AACAAAAAAG
AGAACAAGGA TAATGATGAT GGAACCGAGG ATAAAGAAGT CGAACGCGAT CCTCGTCGCA
AGCAAGCAGA TTCGTCTGGG AAGCATGGTT CTTCTGTAGA TCCAGGAGCT CCGACATCGG
GCTTCGCAAG GCGGAGGGAG AAAGCGGCCG ATAGAGACCA ACGTAGCGTC ACCGAAGACG
CAAAGAGAGA AGCTGAAGCG AAAGGCAATT CCTCAGACAC ACCATCTGCT ATTCCCGTGA
GTGATAGCTC TTCGGAATCT AAGCCCAGCG GTTCGCATAA CGGCGGCGAC GATGGCGGAA
AGAAAGGAAA GAAGAACGAC AAAGCTCTGC AAAAGCCGTC AGTACCTGAT GTATATCCTC
AAGTCATGGC AATTCCTATC GCCAAACGCC CGTTATTCCC CGGTTTCTAC AAGGCCATTA
CCATCCGTGA CCCAAATGTT GCCACAGCGA TCCAAGAGAT GATGAAACGC GGACAGCCGT
ATGTAGGCGC TTTTCTGTTC AAGGATGAAA ACGCAGACGG CGATGTGATT GAGAGTACTG
ACGATGTTTA CGACACCGGT GTCTTCGCTC AAGTCACTGC TGCATACCCG CTTCGTGGCG
AGCAAAGCGG CGTTACGGCC GTCCTTTATC CCCACCGACG TATCAAGATC TCTTCTCTGA
TTCCGCCGGG TGATTCAACG AAAAGTGGGA ACTCGGAGGA TAAGACTACA GAGAAGCGTG
GTGACGTTGT AGCAAGCTTT GAGGAGAACG CAGCGGAGCT TGTAACGAAG GATCACTACG
AGCCTACCTC TTTCTTACGG AAATACCCGG TCAGCCTGGT AAATGTCGAG AACCTAACGG
AGGAGCCTTT CGATAAAAAG AGCGCCATTA TCCGCGCTGT GACAAGCGAG ATTGTCAATG
TCTGCAAGGA AATTGCTACT CTCAATCCCT TGTTCCGCGA TCAAATATCT GCTTTCTACA
CTGACCAATT CCCTGGAAAC CTTAGCGATG AACCTGCCAA GCTGGCGGAT TTCGCGGCCG
CCGTCTCTGG TGGAGAACTG CATGAGCTTC AGGAGGTCCT TGAGTCAATG AATATTGAGG
AGAGACTGCC CAAAGGATTG GTTGTGCTGA AGAAGGAGCT GATGAACGCC CAGCTTCAAA
CGAAGATTTC GAAGGATGTG GAAGCCAAGA TTCAGAAGCG TCAGCGGGAG TACTGGCTGA
TGGAACAGAT GAAGGGGATC AAGCGAGAAC TGGGAATTGA GTCTGACGGC AAGGACAAAC
TCGTCGAGAA GTTCAAGGAG AAGGCAGAGA AGTTAGCAAT GCCTGAAGCT GTGAAGAAGG
TGTTTGATGA GGAACTCAAC AAGCTCGCTC ACCTTGAGCC GGCTGCGTCC GAATTCAATG
TCACTCGAAA CTATCTGGAC TGGTTGACCC AGATCCCTTG GGGCCAGAAG AGTGTAGAGA
ACTTTGGAAT CAGCCATGCG ACGGATGTCC TGAACGAAGA TCACTACGGT CTGAAGGATG
TCAAAGACCG AATTCTCGAG TTCATCGCAG TTGGGAAGCT CCGGGGAACT GTGGAAGGAA
AAATACTCTG TCTTGTTGGC CCTCCTGGTG TTGGTAAGAC GAGTATCGGA AAATCTATCG
CTCGGGCACT AAACCGGCAG TACTACCGAT TCTCCGTAGG TGGATTAACT GATGTCGCGG
AGATTAAAGG ACACCGGAGA ACCTATGTTG GTGCTCTTCC TGGGCGTATC ATTCAAGCTC
TCAAGAAGTG CCAAACCGAG AATCCCCTTA TATTGATTGA TGAAGTGGAC AAGATCGGCC
GTGGTCATCA GGGCGACCCG TCGTCCGCAC TGCTTGAGCT TCTGGATCCT GAGCAGAACT
CGTCGTTTCT GGATCACTAC ATGGATGTAC CTGTCGACCT TTCGAAAGTT CTGTTTGTTT
GCACTGCCAA TGTCACTGAC ACGATACCTC GGCCGTTACT AGACCGCATG GAGCTTATTG
AGCTATCTGG CTATGTTGCG GACGAGAAAA TGGCCATCGC TCAAAAGTAT CTTGCGCCCG
CTGCCAGAGA ACTAACTGGC CTCAAAAATG TGGACGTTAC TCTTACCGAG GAAGCCATTG
AAGAGCTTAT CAAGTCGTAC TGTCGGGAAA GCGGTGTGCG AAACTTGAAG AAGCAGATTG
AAAAAGTGTA CCGGAAGGCG GCCTTCAAGA TCGTTTCGGA TCTTGGGGAA GACGTATTAG
CGGAGGACAA GGCTCTCACA GCCGAGGGGA AGGCGGCGCA AGAGGAGTCG GAGAAGGAGA
CAGGCCCCAT TGAATCAACG AGCGAACAGG AAAAAGCCAC AACTGAAAAC CCACGGGTGG
CACTCAATGT ACCCGATAGT GTACACCTCA GTATTGGTAA GGACAGCTTG ACTGATTACG
TTGGCCCGCC TATCTTCACC ACCGACCGCC TGTATGACAC CTTTCCGCCA GGTGTCACCA
TGGGTCTGGC TTGGACCAGC ATGGGAGGTG CGGCTCTCTA CGTCGAGTCC ATCTTGGAAA
ATGCATTGAC ACCCGAGTCA CAACCTGGTC TTGACATCAC CGGCAATCTG CAAAACGTGA
TGAAGGAGTC AACTCAGATT GCCTACTCGT TTGTGAAGTC GGTGATGGCG AAGCAGTTCC
CGGAGAATAG ATTCTTTGAA AAGGCAAAGC TGCACATGCA TTGCCCTGAG GGTGCTGTCC
CTAAGGATGG TAAGTGTTCC AGCCCATGAA GCCATCAAAG TTACAATGAG CTAATCGCTG
CAGGTCCATC CGCTGGTATC ACTATGGCGA CATCCCTTCT TTCGCTTGCA TTGAACCACC
CGCTTGACCC AACGATCGCG ATGACTGGAG AATTGACAGT GACCGGAAAA GTGCTGCGCA
TTGGAGGACT GCGAGAGAAG ACGGTGGCTG CGCGCCGTGC CGGTGCCAAG ACGATTATCT
TCCCAGCCGA TAACATGTCC GACTGGCTGG AGCTACCTGA GGTGAGTGCT TGTTTTCCAA
GACAGCCTAA CTTGCTTTGT CTAACGGTCT GCGTTCTAGA ACATTAAATC AGGAATCGAA
GGCCACGCAG TGAGCTGGTA CTCTGAAGTG TTTGACATCC TGTTTGCCGA TCTCGATAAG
CAAGCTGCAA ACCGCGTCTG GCAGAAGCAG CTGTCGAAGG AGCCCAAGAA GTCCAACGAT
AAGGACGACC ACTGAACTTG GAATCTTGGT CAGCGACTCG ACCGAGTCAA CATTTCTTTG
GTACCTAGAC TTTTGTTGCT GTGAGCCTTG GGATTATTGG TTTCTGTGTT TCTGGTCATG
AACGGGCGTT TGTTGCGAAT GCATGGTTCG GAGTTGCTTC GATTTCAAAC ACCTTTTAGA
CTTGCAGGTT CTCTTGATTC TTTTTTTTGC TAGAGAGCTG AAGAAAGCTG GAGAACTTGA
CACACTCCAC TCTGGAAAAT GAGGATTGTA TGATGAGGCG GCTGTACGAT TGGATCGGTT
CAATATCTAC AGACATATGC ATGTATATAT TAAACAAGAC TTGCAAATGC ATTCTCTCAT
ACAGCA
|
|---|
| Protein sequence | MLRGQTLRWR AALQTPRSLI LRPLFAPGGY NVGPRSVLET SRRFRSLPPS LRTFSSSTAR
RKEKPPPGDE KEDSNKKENK DNDDGTEDKE VERDPRRKQA DSSGKHGSSV DPGAPTSGFA
RRREKAADRD QRSVTEDAKR EAEAKGNSSD TPSAIPVSDS SSESKPSGSH NGGDDGGKKG
KKNDKALQKP SVPDVYPQVM AIPIAKRPLF PGFYKAITIR DPNVATAIQE MMKRGQPYVG
AFLFKDENAD GDVIESTDDV YDTGVFAQVT AAYPLRGEQS GVTAVLYPHR RIKISSLIPP
GDSTKSGNSE DKTTEKRGDV VASFEENAAE LVTKDHYEPT SFLRKYPVSL VNVENLTEEP
FDKKSAIIRA VTSEIVNVCK EIATLNPLFR DQISAFYTDQ FPGNLSDEPA KLADFAAAVS
GGELHELQEV LESMNIEERL PKGLVVLKKE LMNAQLQTKI SKDVEAKIQK RQREYWLMEQ
MKGIKRELGI ESDGKDKLVE KFKEKAEKLA MPEAVKKVFD EELNKLAHLE PAASEFNVTR
NYLDWLTQIP WGQKSVENFG ISHATDVLNE DHYGLKDVKD RILEFIAVGK LRGTVEGKIL
CLVGPPGVGK TSIGKSIARA LNRQYYRFSV GGLTDVAEIK GHRRTYVGAL PGRIIQALKK
CQTENPLILI DEVDKIGRGH QGDPSSALLE LLDPEQNSSF LDHYMDVPVD LSKVLFVCTA
NVTDTIPRPL LDRMELIELS GYVADEKMAI AQKYLAPAAR ELTGLKNVDV TLTEEAIEEL
IKSYCRESGV RNLKKQIEKV YRKAAFKIVS DLGEDVLAED KALTAEGKAA QEESEKETGP
IESTSEQEKA TTENPRVALN VPDSVHLSIG KDSLTDYVGP PIFTTDRLYD TFPPGVTMGL
AWTSMGGAAL YVESILENAL TPESQPGLDI TGNLQNVMKE STQIAYSFVK SVMAKQFPEN
RFFEKAKLHM HCPEGAVPKD GPSAGITMAT SLLSLALNHP LDPTIAMTGE LTVTGKVLRI
GGLREKTVAA RRAGAKTIIF PADNMSDWLE LPENIKSGIE GHAVSWYSEV FDILFADLDK
QAANRVWQKQ LSKEPKKSND KDDH
|
|---|
| |