| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05652 |
|---|
| 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 | 1824251 |
|---|
| End bp | 1828517 |
|---|
| Gene Length | 4267 bp |
|---|
| Protein Length | 1307 aa |
|---|
| Translation table | |
|---|
| GC content | 53% |
|---|
| IMG OID | |
|---|
| Product | conserved hypothetical protein |
|---|
| Protein accession | CBF81473 |
|---|
| Protein GI | 259484877 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 10 |
|---|
| Plasmid unclonability p-value | 0.620573 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 42 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGCAACCC AGGGTGTCCG CATCGCCATC GACCGTGGCG GAACTTTCAC AGACTGCTGG
GCTGAGGTGC CTGGACGCAA GGAGCACATC GTCTTCAAGA TCCTCTCAGT ATGCCCCGAT
GAGTATGACG ACGCGCCAAC AGAATGTATC AGACAAGTTC TAGAGATCGC CTCAGGGACC
TCAATACCCA AGGGATCATT ACTAGACCTC GAACCTATCG AGTCAATACG CATGGGAACT
ACAGTCGCTA CCAACGCTTT ACTGGAGCGA AAGGGTGACC GCGTAGCCTT CCTTGTCACA
AAAGGCTTCC GCGATATCCT GTTTATCGGG AACCAGACCA GACCGAACCT CTTCGATCTT
ACTGTCCAGC GGTTAGAGCA ACTATACGAA ACGGTCATCG AAGTCGATGA GCGCATCACC
ATTGAGGGAG CCAGCGAAGC TCCCCAGCCG GAAGAACCCA TCGACGTCTC ATCAGATCCA
GATTTGGTTG TGGGTCAGAC TGGGGAGATT GTGAGAATTA TGAAGAAGCC CGACCTTGAC
GCTGTTAGGG AAGATCTTGA GAAGCTCAAG GCTCAGGGGC TCAAGAATAT CGCCATTGGA
TTCATGCACT CCTACACCTA TCCGGAGCAT GAGCTTCAGG TTCAGAGGCT TGCTGAAGAT
ATGGGGTTCA AGGTTTCCGC TTCGTCTGTT CTGCAATCCA TGGCCAAATT TGTCCCTCGA
AGTCAATCAG CCGTTGCAGA TGCTTACCTT ACCCCTATGA CATTTGCCTA CCTCGATGGG
TTCCGCAAGA ATTTCAAAGG ACAGCTGGAA GATGAGAGTG CCAACAAGCT TTTGATCTGC
CAGTCGGATG GTGGCTTGAC AAGCTGGTCT AAATTTACGG GCCTGAGGGG TGTGCTAAGT
GGACCTGCTG GTGGTGTAGT TGGCCTATCA AGGACATGTT ACGATGAAGC CGATGGCACG
CCCGTGCTAG GATTTGACAT GGTAAGTCTA TTGGTCTGCT TTACGGATCC ATACTAATTT
TTCACACAGG GAGGCACATC TACCGACGTT GCCAGATACT CTGGTGCTTT GGAACATATC
TTTGAGAGCA CTCTGGCCGA AGTCACTATC CAGACTCCTC AGCTGGATAT CAACACTGTT
GCTGCTGGTG GTGGCTCGAT CTTGGCGTGG GAGAATGGCC TCCTCAAAGT AGGACCCAGC
AGCGCCGGAG CTAACCCAGG ACCTGCATGC TATGGCCGTG GCGGTCCTCT GACTGTCACT
GACGCCAACT TCCTCCTCGG TCGGATCATT CCTGAGACCT TTCCTCGCAA GTTAGATTAC
GATACTGTCA AGGAGAAATT CAGCGCTCTT GCGGAGACTG TTAACAAGGA GAAGGACGGC
GGCGAACCAT TTACTCCAGA AACATTGGCC CTTGGCTTCC TGGCCATTGC GAATGCCACT
ATGACTCGAC CGATCCGAAC TCTCAGCGAA GGCCGCGGCT ATGGAGCGGC CAGCCATAAC
CTGGGGTGCT TTGGCGGTGC TGGAGGTCAG CATGCCGTCT TCATTGCCCG TGACCTGGGC
ATCAAGCGGG CCATCATCCC CTGTTACTCA AGTATTTTGT CCGCCTACGG AATGGCTTTG
GCTGATGTGG TTGTTGAGAA CCAAGAGCCC GCTGCTTTAA CATTCTCTGA AGCAGCCGTG
CCGGAGATCA GGGCTCGCTT TGAGTCGCTG TCATCCCGAG GAGCTAAAGG ACTCAAGGCT
CAGGGCTTTG ATGCTTCAGT AACTGAGCAC GAATACTTCC TCAACATGAG ATACCAAGGA
AGCGATACAT CCCTTATGAT CGCATTGACT GGGGATGTGG CAGACGCTGG CAACGCTTTC
ACTGCCAGAC ACACTCAGGA GTTCGGTTTC TCGCAGACAC GTGATATCTT AGTTGATGAC
GTTCGTGTCA GAAGTGTGGG AAAGTCCCGT GTACTGAACA TTTCCAGCCC GTTCGAGGAA
CTCAAGAAGT ACAGCTCTGA CGGCTTGACT CCGTGCCCTA CTCCTGTTTT CTCGCGGCAG
ATCTTCTTCG AAAAGTACGG CTGGACACAG ACCCCTGTGT ATGAGCTTAA GTCATTGAGC
GCTGGTGTAC ACATCACAGG CCCGGCCATG GTCATCGACA AGACTCAGAC TATCGTCGTC
GATCACCTGA GTAAGGCCAT CATCCTTCCT GAACACGTCA TCCTCGAAGT TGAACGCGCA
GAACAGCAAA CTGTTGACAC ACAGACTGTC GACCCTGTGC AGCTCAGTGT CTTTGGTCAT
CGCTTCATGA CGGTGGCCGA GCAAATGGGA CACACAATGG AGAAGACCTC CATTTCGGTC
AACATCAAGG AACGCCTTGA CTACTCGTGC GCCATTTTCT CGGCTGACGG AGGTCTCGTC
GCAAACGCGC CTCATATTCC TAGCCATCTT GGCTCCATGA GCACTGCAAT CGCATACCAG
GCTCAGAAAT ACAAGGCTGA CTTGAAGCCA GGCGATGTCC TCATCAGCAA CCATCCCCGG
GCTGGAGGCA CCCATCTGCC TGATATCACC ACTATCACCC CAGTTTTCGA CGACGAAGAC
AAAGAGATCA TCTTCTTTGT CGCAAACCGC GGTCATCATG CAGACATTGG TGGTATCGTA
CCGGGCTCCA TGCCTCCTAA CAGTACCGAG CTTTGGCAGG AGGGTGCAGC CATCGAGTCT
TTCAAGATGA TCAAAGAGGG TGTCTTCGAC GAGGCTGGTC TTATCAAGCA TCTCTACGAG
GAACCAGCGT CATTCCCCGG CTGCAGTGGT ACCCGAACTT TGGCTGAAAA CATTGCCGAC
TTGAAGGCCG CCGTTGCGTC CAACCAAAAA GGTATCGAGC TGATCCGGGC TCTGGTCAAA
GAGTTCACCT GGCCAGTGGT GCAGCTGTAC ATGTACGCAA TTCAAGAAAA CGCTGCGCAG
GCCGTGCGTG ATCTCCTGAA GCAATTCGCC GCCAAGTACG AAGGTGGTGT TCTTGAGGCT
ACCGAGTATA ATGACGACGG AATCCCGTTC AAGCTCAAGG TGACCATTGA TAAGGACACT
GGTGATGCCG TCTTTGACTT TACCGGCACC GGACCTGAGC ACTCTGGCAA CCTGAACGCC
CCTCCAACCT GCTCATACTC CGTCATTATG GTAAGCACCC CACTCCTTTT GACTTGCCTT
ACTAACACAA TGTTCAGTAC TGTCTTCGCT GCATGATCTC GACCGACATT CCGCTTAACC
AAGGCTGCCT CAAACCCATT AAAGTCGTCT GCCCCGACAA CACCATCCTC TCCCCCTCCC
CCACTGCCGC AACAGTTGGC TGCACAACCG AAACCTCCCA GAAAGTTGCG GACCTCGTCC
TGCGCGCTTT CAACGCCGCC GCCGCGTCTC AGGGCACAAT GAACAATCTC TCCTTCGGCT
GCGGAGGCAC TGATCCTGTC ACCGGCGAAG TTAAGAAGGG CTTCGGGTAC TACGAGACCA
TCTGCGGTGG TGCGGGTGCC GGACTAGGCT GGCAAGGTGC TTCTTGCACG CAAGTTCACA
TGACAAACAC TCGCATTACA GATCCAGAGA TCTTCGAAAA GCGATACCCT GTCATCCTGC
ACCAGTTCTC AATTCGACAT GGAAGCGGCG GTAACGGCCG CTGGCGCGGT GGAGATGGCT
GTATCCGTGA GATTGAGTTC AGGATGCCTT TGCAGGTCTC AGTGCTTTCT GATCGACGTG
TCACGGCACC GTATGGGCTC GAGGGTGGCA GTGATGGTGA ACGGGGTCAG AATATCTGGG
TCCGCAAGGA TCCTGTTACG GGCGCCACAC GGATGGTCTC GCTGGGACCT AGGAAGACTT
CCATGTTTGG AGCTGGGGAT CGGATCATCA TTCTAACGCC GGGCGGTGGT GGATACGGCG
CTCCAGTTAA GGATGGTGAG GGGGTAAAGG AGACAGTCTT CGTAAAGCCG CAAGACTCGA
GGTCGTTCTT GACAAATGGG TCGTTGGGCG TGAGGCATAG CATTGCTACC GGGAATTAGA
GCTGCAGCTG GAGTTGTTGG TTGGTTTGGC TTTGGTTAAG ATCTAGTATG ACTTTCTTTT
GTTAGATTTA CGGTTTCTAT TTTGTGGTAC TGCGCTAGGG ACAATACGAT ACCATGCTTC
CTAAGAGAAA TTGGGTAGAT TTTCCAGTCA CATGTTCGCA ATTCCATGTT TTACTGTCAT
CCTTTCTTTG TGGATTTCAG GCTAAGGTTG AGCACGCATT TTACAAGCAT AAAGACGAAC
CCTGGTT
|
|---|
| Protein sequence | MATQGVRIAI DRGGTFTDCW AEVPGRKEHI VFKILSVCPD EYDDAPTECI RQVLEIASGT
SIPKGSLLDL EPIESIRMGT TVATNALLER KGDRVAFLVT KGFRDILFIG NQTRPNLFDL
TVQRLEQLYE TVIEVDERIT IEGASEAPQP EEPIDVSSDP DLVVGQTGEI VRIMKKPDLD
AVREDLEKLK AQGLKNIAIG FMHSYTYPEH ELQVQRLAED MGFKVSASSV LQSMAKFVPR
SQSAVADAYL TPMTFAYLDG FRKNFKGQLE DESANKLLIC QSDGGLTSWS KFTGLRGVLS
GPAGGVVGLS RTCYDEADGT PVLGFDMGGT STDVARYSGA LEHIFESTLA EVTIQTPQLD
INTVAAGGGS ILAWENGLLK VGPSSAGANP GPACYGRGGP LTVTDANFLL GRIIPETFPR
KLDYDTVKEK FSALAETVNK EKDGGEPFTP ETLALGFLAI ANATMTRPIR TLSEGRGYGA
ASHNLGCFGG AGGQHAVFIA RDLGIKRAII PCYSSILSAY GMALADVVVE NQEPAALTFS
EAAVPEIRAR FESLSSRGAK GLKAQGFDAS VTEHEYFLNM RYQGSDTSLM IALTGDVADA
GNAFTARHTQ EFGFSQTRDI LVDDVRVRSV GKSRVLNISS PFEELKKYSS DGLTPCPTPV
FSRQIFFEKY GWTQTPVYEL KSLSAGVHIT GPAMVIDKTQ TIVVDHLSKA IILPEHVILE
VERAEQQTVD TQTVDPVQLS VFGHRFMTVA EQMGHTMEKT SISVNIKERL DYSCAIFSAD
GGLVANAPHI PSHLGSMSTA IAYQAQKYKA DLKPGDVLIS NHPRAGGTHL PDITTITPVF
DDEDKEIIFF VANRGHHADI GGIVPGSMPP NSTELWQEGA AIESFKMIKE GVFDEAGLIK
HLYEEPASFP GCSGTRTLAE NIADLKAAVA SNQKGIELIR ALVKEFTWPV VQLYMYAIQE
NAAQAVRDLL KQFAAKYEGG VLEATEYNDD GIPFKLKVTI DKDTGDAVFD FTGTGPEHSG
NLNAPPTCSY SVIMYCLRCM ISTDIPLNQG CLKPIKVVCP DNTILSPSPT AATVGCTTET
SQKVADLVLR AFNAAAASQG TMNNLSFGCG GTDPVTGEVK KGFGYYETIC GGAGAGLGWQ
GASCTQVHMT NTRITDPEIF EKRYPVILHQ FSIRHGSGGN GRWRGGDGCI REIEFRMPLQ
VSVLSDRRVT APYGLEGGSD GERGQNIWVR KDPVTGATRM VSLGPRKTSM FGAGDRIIIL
TPGGGGYGAP VKDGEGVKET VFVKPQDSRS FLTNGSLGVR HSIATGN
|
|---|
| |