| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07678 |
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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 | BN001304 |
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| Strand | + |
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| Start bp | 2294072 |
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| End bp | 2298753 |
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| Gene Length | 4682 bp |
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| Protein Length | 1452 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | pom1 kinase homologue pomA (Eurofung) |
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| Protein accession | CBF79885 |
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| Protein GI | 259484019 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 1 |
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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 | 35 |
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| Fosmid unclonability p-value | 0.35797 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCGGAAA AGCTGTCGGA CCAGCACACT GCAGGAAAGG GGCAGTTGCG TCAAGTGCAG
TCCAGACCGT CTAGTCCGCT GGGAAATGAG AACGCCGCGT TGGCCGGTAA GGGATCTCGA
GCCTATCCGT GAGAGTTATC TTGGGGTTCC GAATCGCTAA CAACCTTCTG TCAAATGTAG
ATCCTACTAC TCCTGGCCGC AGACGGTTAC AAAAGCACTC TTCAACGACC TTCCTAACCG
ATGCCTCCTC TAATAATTTT GCCGGATCTA GACTGAGTAA CTTGAGCAAG CGGAGGCTCT
CTATTCGCGA TCAGAGGGTG CCCCAAGGCC CGCGCCCACA AGAGCAACCA CGCAGGTTTG
TTTCCTTAGT TGCCCGTTCT CGCTTCTCAT CGCTGGTCAT TGTCTGTTAT CCATCTCATA
TAACTAATGT GCGATTGTTT ACAGTTCGGG CGCGGTTCAC CACTCTGGCA ACTCCTCCGT
TGACTCGACG ACCGGATCTC TAAAGAACAG CAATTCACGT ATTAGCCTGC GTTCCACGAG
CATGAGTAAT CTCGCTAACC AGAATACTGC CGAGAATATG GAGTTCCTTG CTCCCGTTAA
CTTCGACGAC TTTCATAATA GCATTATAGC AGAACCGAGC TTGAACCATT TTCCTTTGCC
TACGACCGGA GGAACTGGAA ATGACCGACA ATCAACCTCT TTCCATCCCA CCAATCCATG
GGCAAAAAAT AATATTGATA ATAATACGCC TGGACCAGCT AAAGGCTACC CGTCACGGAG
AAAGAGCTTG ATAGGGCAGA ATATTTCCTC GGACTCGTCT TCCCGCCCGC AGGCATCAAC
TGCAGCCGGT CGAAATCGTC GCCAGAGCCT TATACAAAAC CAGGCGCCTG ATAATCCTAC
ACCGCGAGCG CCGCGCAAAT CAATTGGGCC CGGTTTTTTA CCTACAGCTT CCTCTGCGAG
GCGCCAAAGT CTATCATCCA GAAAAGCCAG TGCTGACACA ACTCGGCCGG ACCAAACAAG
CTATCTCCGC CCAAGAAGCC AGCATCATGA AATGAATGGG TTCAACGGGC CGCGGCTTCC
GTCGAATGCT CGCAGTGCGA AGGCCAAGTC CTTTCAACCT CCCTCAAGCG AACTTGGCGA
TAATTTCTTA ACGACTACCG GCTTGGGGGA TCACTCTCGT TCCTCATCAA CCAATGCTGT
TCGAACCCCA ATGAAGAGCA CAGCTGGGAG GGTTCCAACA CCAACGTCAT CTGCAAAGCG
AGTATCCGTG ATGCCTCTCC ATGCGACAGG CCTTGGTGCT CGTACAATTA GTCCGACTGA
TGCTCGGCGG CTGAAGCGCC TCTCAACGGC ACCCCAAGCT CACCCACTGC CGAATACACC
GCCGAGCCAA ACTGAACCCC TGCCACATCG TCCTCGCTCC TCAACTTACT CCCCTTCCAA
CATTCCCCGC AAAAGTGCCA CCCCCTCCTC CAATCGCACT ACTCCTGATC CGAATAGAAA
ATCCTACAGT TCAGGCTTGT CTCTGTCGTC GAATACCAGT TATAACTCTG CGAGAAATTC
GGGCGGCTCA CTGCAAACCA GATTGTCTCA GAATTTCTCA TCTTCTCGGC TTCCGACCCC
AAAGCCTCGT GTGGAGCATG CCATGAATAA TGCTGAAGAG GTGCCGCCAG TTCCTGCTAT
TCCCAAAGCC TATGAATCCC CGAAGGGCGA GTCGGACCAG CCACAATTCT CGGCACCCCG
CAAGTCTAGT TTGCCTCTGG AAATTGAGCT CTTGAGATCC ACCCATATCT CCGAGTCAAA
GTCAACCAGC GGCCAGCGTA ACTCTGAGGT CTTGGATGAA CGCGGAATAA AAACCCCGGA
AGCCAAACCG CATACCAGTG TTGCGTTCGG TAAGAAAAAC ATGAAGCTGC CACCGTTGAA
CCTACTTCCC TTGGGAACAC CGATGACTTC CAAGATCGAG GCATTGGTTG ACAAAGACGA
TCATACGGAC CCATCAACTC CATCCGCACA ACACGTATCC AAAACACCGA GCACTCCTTT
GACCGCCTCA AAAGCAAACT ACTTTTCTTT TCGTGACGAT GAAGATGCAG ATCCTCTTCC
TCAAGCACGG AGCAGCACGT CGCATTTTGC ACTAAGTACA TCGTCTAGCA TCACCTTAAG
GGCTGCTAGC AGTTCTAGTG CACTTGCTTC TCACGACGGT CATACGCCTG GTGGAGCCAG
AACTGTCTCT CCGTACGTTT CTTATGCACT GCCGAAGAGC AACAGCGAGT ATAATCATCT
CCGTCAGAAA CCCAGCGCAG ATTACTCTTC CCGTATATCT CAGTCGTACA AATTGACCGG
TCCTCGTCCT CAAACCCGAT CTTCTGGACT CTCGAACTCG GAGACCGTTT CTATCCCTTC
CGATCCTGAT AGCAATGGAC TGCCCACCAC TACTCTGCGC AACAAAATCA CCTTGTCGCG
CAAGCGGAGC ACTTCGAAAA CTCAGCAAGC GCTCAATGCA AATACAGACC CCAAAAAGTC
TGACTTGATG CCTCCTCCTA AGCTCCCGGC TTCCGCCACC TGGAACAACC TTTCGACAGG
AAAGGATTCG AGTCCGACCC TAAAGCCATC ATACCTCAAG TCTAGGCGGC AATCTTCTTT
AACTAATGTG GCAAATCCAG CGCTCAGAAA ACCGAGCTTC AGCAGCGAGC AGAGCCTGTC
ACTATCACCT ACTGTCTCTC GGGAGTCTCA TGAAAGCGAT AACTCCCAAC ATCGGTCTGC
GTCTTCAATT CTCTCGCCGG TGCACAAGAT TATCAGCTCA GCGAAGTCAA ATATGGCAGC
CACTTCGCAA ACTGAGAACC GAATTGAGAC AGAGATTGCG ATCGCGGACG AGGAAATGCG
AAGATTAGGC ACCAAGCGGA AGGATTTTGA AAAAGCTGCA AGGGAGTTGG ATGAATTGCG
CAACAGGGCC GGACCTAAGG ATCATGTCAA TCCGGCTCAG GCTCTGAGAG TAGCCCATCT
CAACATCTTT GAGCGTGGGG AAATTATCGA CTTTAAAGAC ATTTACTTTT GCGGTACCCA
AGATGCAAAG AAGCACGTCG GAGATCTGAA CCAACAATCA ACGAACTTTG GTTACGATGA
TGACCGCGGA GACTACAATA TTGTTCTAGG TGACCATTTG GCCTACCGCT ATGAAGTGGT
TGATGTTCTG GGTAAAGGTA GCTTTGGTCA AGTTGTCCGG TGTATCGACC ACAAAACGGG
CAACCTGGTT GCAGTGAAGA TTATCCGCAA CAAGAAAAGG TTCCACCAAC AAGCTCTAAT
TGAGGTCAAC CTTCTTCAGA AGCTCAAAGA GTGGGATCCG CATCGCCGTC ATAACGTGGT
CAATTTCACG CAGAGTTTCT ACTTTCGGGG ACATCTGTGC ATCTCAACTG AACTGCTGGG
TATCAACCTG TACGAGTTTA TCAAGGCGCA CGATTTCAGG GGGTTTGGTA TCAAGCTGAT
CCGTCGATTC ACGAGGCAAA TACTTAATAC CCTCACGCTT TTGCAGGCGA AGAAGGTTAT
TCATTGTGAC CTTAAACCTG AGAACATTCT CCTTGTCCAT CCTCTCAGTT CGGAGATCCG
GGTCATCGAC TTTGGGTCCA GCTGTTTCGA GAACGAAAAG GTATACACGT ACATCCAGAG
TCGCTTCTAC CGGTCTCCTG AGGTTATCCT TGGTATGTCT TACGGCATGC CAATCGACAT
GTGGAGTTTG GGATGCATAT TGGCGGAGCT TTACACCGGC TATCCCATCT TCCCCGGCGA
AAACGAACAA GAGCAGCTTG CCTGCATCAT GGAGGTCTTT GGGCCGCCGG AGAAGCACTT
GATTGAGAAG AGCACTCGGA GGAAGCTCTT CTTTGATTCT CTCGGCAAGC CGAGAATTAC
AGTATCGTCC AAGGGGCGGA GGCGACGCCC TAGCTCAAAA GAGCTCCGGC AGGTTTTGAA
GTGTGACGAT GAGGCATTTT TGGACTTCAT CTCCCGTTGC CTTCGATGGG ATCCTCAACG
CCGTTTAACT CCCAGCGAAG CTCTACGACA TGAATTCATG ACGGGTCACA GAATGGCGCC
CAGGCCGAGA CCCTTTGGAA GCCAGTCCCC AGGAAAGCGG GCGAATACTT TGTCCACGCC
GACAACGGGT CGACCTCTCC CAGAACCGCC CGGCACAAGT CTCAAAAATG GCGCCGTTGT
CCGCAGCCGC GACCCTTCGA ATCCGTCGCC AATAAAAGCG ACAGCTGGCA AGCGTCACTC
GACTGTCAGC GGATTGCCTC CGTCAACGCC CGCCAAGCGA GGGATAAATC TAACGACTAC
ACCAGGGTCC GCATTGCCTC GTGCTTCTGC GAGAAGCATC AGCGGGAAGC CTGACCTTGC
GACAGCGGCG GCGGCGACAA GCTTGGTAGG TAGACCGGCT GATGCACCAG TCTGAACTCA
ACCCCAAGCG ACATGGCTAA CTCAAGATAG AAGCCCAAAT GATGAGTGGT CTTGTGTTTT
TTTTCTTTTA TCCTGTTTCC TTCACTTCTT GCATATCTGT AATAATACTC TGTTTGATCA
TTCAGTTGCA TAGCAGGCCG GGGACGCTTG TGGATTTGAT TCGATTCTTA CGACTTATAT
TGACTGCTGG TTCAACAAGC CAGTGGATGA GGCAGGACAC TTCTTCTTAT ACCCTCACTT
GA
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| Protein sequence | MPEKLSDQHT AGKGQLRQVQ SRPSSPLGNE NAALADPTTP GRRRLQKHSS TTFLTDASSN
NFAGSRLSNL SKRRLSIRDQ RVPQGPRPQE QPRSSGAVHH SGNSSVDSTT GSLKNSNSRI
SLRSTSMSNL ANQNTAENME FLAPVNFDDF HNSIIAEPSL NHFPLPTTGG TGNDRQSTSF
HPTNPWAKNN IDNNTPGPAK GYPSRRKSLI GQNISSDSSS RPQASTAAGR NRRQSLIQNQ
APDNPTPRAP RKSIGPGFLP TASSARRQSL SSRKASADTT RPDQTSYLRP RSQHHEMNGF
NGPRLPSNAR SAKAKSFQPP SSELGDNFLT TTGLGDHSRS SSTNAVRTPM KSTAGRVPTP
TSSAKRVSVM PLHATGLGAR TISPTDARRL KRLSTAPQAH PLPNTPPSQT EPLPHRPRSS
TYSPSNIPRK SATPSSNRTT PDPNRKSYSS GLSLSSNTSY NSARNSGGSL QTRLSQNFSS
SRLPTPKPRV EHAMNNAEEV PPVPAIPKAY ESPKGESDQP QFSAPRKSSL PLEIELLRST
HISESKSTSG QRNSEVLDER GIKTPEAKPH TSVAFGKKNM KLPPLNLLPL GTPMTSKIEA
LVDKDDHTDP STPSAQHVSK TPSTPLTASK ANYFSFRDDE DADPLPQARS STSHFALSTS
SSITLRAASS SSALASHDGH TPGGARTVSP YVSYALPKSN SEYNHLRQKP SADYSSRISQ
SYKLTGPRPQ TRSSGLSNSE TVSIPSDPDS NGLPTTTLRN KITLSRKRST SKTQQALNAN
TDPKKSDLMP PPKLPASATW NNLSTGKDSS PTLKPSYLKS RRQSSLTNVA NPALRKPSFS
SEQSLSLSPT VSRESHESDN SQHRSASSIL SPVHKIISSA KSNMAATSQT ENRIETEIAI
ADEEMRRLGT KRKDFEKAAR ELDELRNRAG PKDHVNPAQA LRVAHLNIFE RGEIIDFKDI
YFCGTQDAKK HVGDLNQQST NFGYDDDRGD YNIVLGDHLA YRYEVVDVLG KGSFGQVVRC
IDHKTGNLVA VKIIRNKKRF HQQALIEVNL LQKLKEWDPH RRHNVVNFTQ SFYFRGHLCI
STELLGINLY EFIKAHDFRG FGIKLIRRFT RQILNTLTLL QAKKVIHCDL KPENILLVHP
LSSEIRVIDF GSSCFENEKV YTYIQSRFYR SPEVILGMSY GMPIDMWSLG CILAELYTGY
PIFPGENEQE QLACIMEVFG PPEKHLIEKS TRRKLFFDSL GKPRITVSSK GRRRRPSSKE
LRQVLKCDDE AFLDFISRCL RWDPQRRLTP SEALRHEFMT GHRMAPRPRP FGSQSPGKRA
NTLSTPTTGR PLPEPPGTSL KNGAVVRSRD PSNPSPIKAT AGKRHSTVSG LPPSTPAKRG
INLTTTPGSA LPRASARSIS GKPDLATAAA ATSLLHSRPG TLVDLIRFLR LILTAGSTSQ
WMRQDTSSYT LT
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