| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00709 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001308 |
|---|
| Strand | + |
|---|
| Start bp | 2663712 |
|---|
| End bp | 2666966 |
|---|
| Gene Length | 3255 bp |
|---|
| Protein Length | 703 aa |
|---|
| Translation table | |
|---|
| GC content | 51% |
|---|
| IMG OID | |
|---|
| Product | Putative uncharacterized proteinSILG ; [Source:UniProtKB/TrEMBL;Acc:Q5BFH1] |
|---|
| Protein accession | CBF88942 |
|---|
| Protein GI | 259489017 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 16 |
|---|
| Plasmid unclonability p-value | 0.66295 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 40 |
|---|
| Fosmid unclonability p-value | 0.944601 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | CAAAATCATC ACAGTTCAAA CATCACTTGA CACGCAAACC ACACTATAGG TTAGTGACTC
ATTATTCAAC TATGACACCC GATCCCCACT GCTGCCATAT CGGCCATACG GAGACCTGCT
CATCACCGTG ACAAAGTCCA GCATCATTTG AAGCTAACCT AATCACTATG CTAGACCCAA
ACATCTGGTC CCTCGACTCG ATTTAAAACC AGCATCTGCC TCTGCCCCGG CCAGCGGTTT
CATCATCACT GCCAGACCTT TCCAGAACCA TCCTTTCTCA GCACCCGAGC CACAGAATCG
ATCCCTCAGA TTCTTGGAAA CAAACTCCTG TTCTTTGGCG GTGGCCTTGT GAGCCGACCT
ATTACTACGC ACCTCCACGA CCCCTAGTGG CAAATCAACC TCCACTACAT TATGTACATG
CACCCATCAG TACGTAAAGG TGCCATCACA TCAGATCAAA CTTCGACACT TTCCTCCTTC
AACTATCCCG ACTCCGTTTT CATCCAAGAC GATCAATTTC TTCCCGACTA CACTCAGGAT
CTTCCTTTCC AATACCTTAG TCAAGATCTG GGCCGACTGC AGTCGCCCTT CCAGTACCAC
CAGCACCTGA ACGTCGTCTC CCCACCGTCG TCCGTGCCCT CGTCTCCCAC CTCGTCGCCA
GCGTCGTCGG TGTCGCACTT TCCCGCCGCG ACGGCAGCTT CTGCCGATTA CTCTGCCGTC
TTTGACGGCT CATCCAGCTT CGAGGCTCCT TCGATGACCC CCGCTTCCTC CTACAATCCT
GAGATCCATA TCCAGCACTC CAACTCTCCG CAGCAGCAAT CGTACCTTCC TCAATATAAC
CAGCAGTTCG TCTTTGGCAA CTCACCAATG TTGGCGCAAC AGCAGTTCAT TCCCAACAAC
CACGGCTGGG AGAACAACCT GCAAATATCC AACTCGCACA ACATCCCGCG CATGTCGCAA
CAATTCAACG GCCACCAGCA GACTCCCAAT GCCTCAGGGA GGTCACCGGT GAACCAACGC
GCTGCTTACA ACAGTGCTCC TCCTACAAAA CCTCTGCCTA CACCAGTGCA CACACCGGTG
CAGCAGTCGT TCCTTACACC TCAATTTCAG AAGAACGAGC TGGTGCATGA TGGCAACTAC
TCGTTTATTC CAGATCACCA GCACCAGCAG CAACAGCAAC AGCTAAGCGA CCATTCCCAC
GCACCTTCCG TTTCCACTGT GAGCCACAAC TCTCCAGTCA CCCCTCAAAA CCAGCTTGAA
GAGGTCGAAG ACTCCAAAGT CGTTCCCAAT GGTGAGAACC AACATTCCGA TGACCGATGG
CTGGATGATT ACTTACGTTT CGATGCGCTT CCAGACTACA GTGGCTCCAA CGGATTGCCT
TTGGGAATCC CCAAACTCAA CCGAACGATC ACCGATGCTT ATCAAGACGA GCTCTTCAAT
CCGACCATGA TGCACACACC ACAGCTCTCT AAGCAAGCCA ACCAGAACCA GCAGAACTTG
CTGGCCCCCT CCTACAACAA TATCGTTGCG AACCGGTTAC AGGCTGCCAA CCAGGGCCAT
CTCTGTGCAC GCGTACAGTC TCCCGTGGGC TCAATAGCCC GGGAACGTTC TCCGTTCAGA
CAAAATTCTC CCATGGCTGC CGAGTACGAA CAGCAGGCTA TGACTAGCGC GCCTACCAGC
CAACCTGGAA TGGCAATGCA GCATCAGCCC CAGACTGAGC CAAAGACAAT TTCCCCAAAG
GACGCAGTGC TCAACGATTT CAATGAGGGT AACGATCATG GGCTACCGCT TTACCAGACC
GACTTCAACC TAGGTGACAA TCTTGGACTT CGTCAGGAAA GCTTTCAGCC GGCTCCGAAT
TTCCCTTCCA TGGAATCATT CCCTGCTCAG TTCAACCAGT CCCAGTTCAC CTTCAACCAG
CCACAGCCTC AGTCGCAACC TTCCAGTCGA CGACCATCCC AGCAACAGCA ACAGCAACAG
AACTTCCTGC ATCACACTCC TGAGTTTCCT GCGTCAATCC CTCGATTCGA GTCTACGAAC
AGTGAAGCTT ACTCGAATGG TCTAACGTCG CCTACTCTGT CGAAGACGGC TGGCCCAGTG
CAGCGACCTG CGAACACATC GTCAAATGGT GGCACCTACA CCTGCACGTA CCATGGCTGT
ACGCAGCGTT TTGAGACACC ATCTGATTTA CAAAAACACA AACGCGAGGC GCATCGTCAA
ACCACACCGG GGGGTCACCT GGCACCGCGT GACGGGACAT CACGCAACTC GCAAGCTGGT
CCCCACAAAT GCACCCGTCC GAATCCTTCG ACAGGAAAGC CTTGCAATTC TATCTTCTCT
CGGCCTTACG ATCTTACACG GCACGAAGAT ACGATCCACA ATGCCCGCAA ACAGAAAGTC
CGCTGTCATC TGTGCACCGA GGAAAAGACC TTTTCGCGCA ATGACGCTCT GACACGGCAC
ATGCGGGTGG TACATCCCGA AGTGGAATGG CCCGGCAAAC AGAAGCGCAG GACGAGGGAG
TAGAGAGTTA TCCAATTTCT CAGGGGATGC AGTATTGCTC TGCTAGAGCC TTCCCTAACC
CCGCGAACTT AGCGAATGGG ATCAACTGCC TCACGAGTTC GTGAGAGCAC CGAATGACTC
GACATGCGAT GAGCCAGCCT CTGATGTCAT AGGCGTCGCT CAAAGGGGAA GAAGGGGGTA
CGCACTGCTG ACAAATCCCG ATCGTCATCA GACTTTCCAT TTTGGCGGGT GCATTAGGAC
CCATGACGTC ACCTATAACA CAACTTACGT CCCAACTTTC AGTTTACCTC CTTGTTGATG
CTCGATGACG CATTTCTTTC TCCTTCTCTC ATCTTCGATT TCCTTTATGG TTACTACTTT
TGTATTGATT CAGCAAGCCA GCCTTGTTCC TTTTTCTCGA TTGAGCTATA GATTGCGTGT
GTTTTGTGCA TGGGTGGAAG CATGGATAAA AAGACCGTCT GTTATTGTTC TGTTTTCTAT
ACACAGGTGT GATGATTGTT TCTATTGCAT GCTGTGCTAT GACTTTCTCA CTGTATTATA
TTGACAATTA CTGTACGACG TTATGATGTC CAGCACGATG GGGGTTTGTG TTCAGATTTG
GTGCTTATAC AGCATTGGCT TCTTTGACTT CGCGGGCGAC TGAAAATAGC TGAGACTTAT
CTGTATAATA TGTACATTAA CCAACGAAAG ATCAACTGTA TCTAATAGTG ACTGAACTGT
GTTCTCTACC TCTAT
|
|---|
| Protein sequence | MYMHPSVRKG AITSDQTSTL SSFNYPDSVF IQDDQFLPDY TQDLPFQYLS QDLGRLQSPF
QYHQHLNVVS PPSSVPSSPT SSPASSVSHF PAATAASADY SAVFDGSSSF EAPSMTPASS
YNPEIHIQHS NSPQQQSYLP QYNQQFVFGN SPMLAQQQFI PNNHGWENNL QISNSHNIPR
MSQQFNGHQQ TPNASGRSPV NQRAAYNSAP PTKPLPTPVH TPVQQSFLTP QFQKNELVHD
GNYSFIPDHQ HQQQQQQLSD HSHAPSVSTV SHNSPVTPQN QLEEVEDSKV VPNGENQHSD
DRWLDDYLRF DALPDYSGSN GLPLGIPKLN RTITDAYQDE LFNPTMMHTP QLSKQANQNQ
QNLLAPSYNN IVANRLQAAN QGHLCARVQS PVGSIARERS PFRQNSPMAA EYEQQAMTSA
PTSQPGMAMQ HQPQTEPKTI SPKDAVLNDF NEGNDHGLPL YQTDFNLGDN LGLRQESFQP
APNFPSMESF PAQFNQSQFT FNQPQPQSQP SSRRPSQQQQ QQQNFLHHTP EFPASIPRFE
STNSEAYSNG LTSPTLSKTA GPVQRPANTS SNGGTYTCTY HGCTQRFETP SDLQKHKREA
HRQTTPGGHL APRDGTSRNS QAGPHKCTRP NPSTGKPCNS IFSRPYDLTR HEDTIHNARK
QKVRCHLCTE EKTFSRNDAL TRHMRVVHPE VEWPGKQKRR TRE
|
|---|
| |