| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00847 |
|---|
| 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 | 2234560 |
|---|
| End bp | 2237903 |
|---|
| Gene Length | 3344 bp |
|---|
| Protein Length | 996 aa |
|---|
| Translation table | |
|---|
| GC content | 50% |
|---|
| IMG OID | |
|---|
| Product | molecular chaperone (Eurofung) |
|---|
| Protein accession | CBF88666 |
|---|
| Protein GI | 259488868 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 17 |
|---|
| Plasmid unclonability p-value | 0.877729 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 45 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | CAGACTTCCT GCCAGGTGGC CAGTATCTTT CTTGAGGATT CTGTCCCAAA TGGCACTTCT
CACTACTTGA TCTCTTTTCT CTCTCTGACC TTGCTATCCT TACATTGCCG CACTTTTTAC
AACTTTACAG TGCTATTCTC CGATTTACAG CTAATCTATT GGTCGACTTG AGCACTGACT
ACTACAACTC TCTCACAAGA GTCGGCTGTC CATTTCGCTC ATTGCTTGCG TCTTGTCGGT
TTTTCATTTT TTTCCCCGAC TGCTCCAAAG GTATGCTACC AGGACCAGTC TCATCATTTT
GAGACACTCT GCTTATCACC TTTGACGTCT TGCAGCAGCG GAACTAAAGG ACAATGGCTC
CCGGTGGCCG ACGAAGAACG AATAACCTGC TACCACTTTT TTCCTCGTCT CCTCTTCTCT
CCCTCGCACT TCTCCCGTTT ATTCTATTCT TCCTAAGCTT CCCCGCTCCC GCATCCGCCG
TGGGTTCAGC GGTCCTCGGA ATCGACGTCG GCACGGAATA CTTGAAGGCG GCGCTTGTCA
AGCCAGGGAT TCCGCTGGAA ATTGTGCTCA CTAAGGACTC AAAGCGCAAA GAATCAGCTG
CTGTTGCATT CAAGCCTACC AGGCAAAGTG ATGCGTCGTT TCCGGAACGG TTCTATGGAG
GTGATGCTCT TGCATTATCT GCGCGGTACC CAGACGATGT CTACGTGAAC CTTAAGATAC
TGCTCGGAGT CCCCTTCAAC GATGGAAAGA ACGAGCTCAT AGAGACATAC CGGGCACGCT
TCCCTGCTTT GAGATTGGAG GATGCTCCTT TTGAGAGGGG CACCATTGGC CTCCGAAGCA
ACAGACTGGG CGAGGCGGAA CGGAAAGATG CTTTCTTGGT CGAAGAGCTT TTGGCAATGC
AACTCAAGCA GATTAAGGCT AATGCTGACA ATTTGGCTGG CAAGGGATCG GATGTTAGAG
ATGCCGTTAT CACATATCCG GCGTTCTATA CTGCGGATGA AAAAAGAAGT CTGCAATTAG
CCGCTGAACT GGCCGGATTG AAAGTCGACG CGCTTATCAG CGATGGCCTT GCTGTTGGAC
TCAACTATGC GATGAGCCGA ACCTTTCCCA GCGTTTCTGA TGGGGAGAAA CCTGAGTACC
ACGTTGTATT TGATATGGGC GCTGGCTCCA CTACTGCCAC TGTCCTCCGC TTCCAAAGCC
GCAAAGTCAA GGACATTGGA AAGTTCAACA AAACCATCCA GGAGGTCCAG GTCCTGGGAG
CAGGGTCGGA CAGGACTCTT GGCGGCGACT CTCTGAACGA CCTAATCGTT GGTGATATGC
TTTCTCAACT CCTTGATGAC AAAAAACTCA AGGGCCGTGT TAGTCTCGCA GATTTGCGCT
CTCACGGGAA GACTATGGCA AGATTGTGGA AAGATGCGGA AAAAGTCCGC CAGGTCCTCA
GCGCCAACAC CGAAACTGGC GCTTCTTTTG AAGGTCTCTT CGACGAAGAT GTTAATTTCA
AGTACCGCGT GACCCGTTCT AAGTTCGAGT CACTGGCAGA GCAGCATATC GCTCGTGTTG
GGAAGCCACT TGAGGAGGCC TTGGCAGCTG CTGGGTTACA ATTGAACGAC ATTGATTCAG
TCATTCTACA TGGTGGTTCA ATTCGTACCC CATTTGTTCA GAAGGAACTA GAAAGATTTT
GCGGAGGGTC GGAGAAAATA CGAACAAACG TCAACGCCGA TGAGGCTGCC GTTTTTGGCG
CTACTTTCAA AGGAGCTGGT CTCAGCCCAA GCTTCCGTGT TAAAGAAATT CGCGCTATCG
AATCGTCCGG CTACCCTGTC GTCCTCAAAT GGTCCTCCGA ATCCAGGGAA AGGCAGCAAA
AGCTGTTTAC TCCCTCTTCC CAAGTTGGGT CAGAGAAGCA GCTCACAATG AAGAACCTGG
AAGATTTCGA GTTCAGCTTC TACCAACAGG TTCCGACCGG CGAAGACGTA GTTGATGTAC
CTGTTCTCGG AGTGAAGACG GAAAATCTCA CCGCATCTGT CGACAAACTG AAGGAAAGTT
TTGGTTGCGC AGCTGCCAAC ATTACTACGA AACTTCAGAT CAGGCTTAGC CCTCTCGACG
GACTTCCTGA AGTTTCGAGC GGGGTTGTGA GCTGTGAAGT GGAGTATTCT AAATTGGGAA
GTGTTGTCGA GGATGTCAAA GGGTTCTTTG GACTAGGTTC GAAGAAGGAT GAACAGGAGC
CTCTCAGAGA AGATGGAGAG CCAAATGAGT CTGTCACCTT GGAGGCCGAT GAGCCCAAGG
CCTCCACATC GTCAGCCGAT GATGCTAAAA CCACGGACCC TGCAAAAGAC TCCAAGAAAG
CCGCGTCTCA ACCCCGGCAG GAAACAATCC CCATCAGTTT CACAACGTTC CCGCTCGGCG
TTCCTGCTCC ATCTCCAGCC GAACTTGAGC GCATCCAAAG CCGTCTCGCT GCGTTTGACG
CCTCCGACCG TGACCGCATT CTTCGCGAAG AAGCCCTGAA TGAGTTGGAG TCATATATCT
ATAGGAGTCG GGATCTCGCA GAGGAGGAAG AGTTTGTAAA AGTGCTCAAA GCGGATGACT
TAACCGCCCT CACTGAAAGA GTGGCCGCTG CCAGTGATTG GATTTACGAC AGTGAAGACG
CCAAGACACC AGAGTTCAAG GAGAAATTGA AGTCATTGAA GGAGATCGTC GAACCAGCAT
TGAAGAGAAA ACAGGAGAAC GCTGTTCGTC CTGCGCGTGT GCAACTCCTA CAGGAGTCAC
TTAAGAATGC CCAAATGGTG ATAAGTGTTA TGGAAAAGCA AATCCAGCAA GACGAAGATA
TTTATTCTTC CAGCCTCGCA GCAGCTAGCA CATCGACCAC CAGTGAATCG GAAACATCCT
CATCGACACC TTCAGTATCG GCCGATGCTG GTGATCTGGA AAATGACGCC TACAGCACTT
CAACTTCGGA AACATCATCG GCCAAAAGTG CTACGACGCC TGCGCCCTTG AAATACTCTG
TCTTTCAACC GTCTGACTTG GCAAGTCTTT CAGAGACGTA TGAAACCGCT AGTTCATGGC
TGGAAACCCG ACTTGCCAAC CAAGAAAAGC TGAATGAGAC GGACGATCCC GCTTTAACTG
TGGCAGAAAT TGATGCCCAC CTCAAGCGCC TCGAGAGAAT CTCAAATCGC ATTTATGAAA
AGATGGGCGC AGCAGCAGCC AGGAAGTCAT CTGGCGACAA ATCCACGAAG AAGAATGGCA
AGAAAGACAA GGCCGAAAAA CCGGTACAGG AGAAGGAAGC TAAGGATACT GAAGAGAATA
AACAAGACGA AAAGCCAAAC TACAACAAGA AAGATGAGTT GTAA
|
|---|
| Protein sequence | MAPGGRRRTN NLLPLFSSSP LLSLALLPFI LFFLSFPAPA SAVGSAVLGI DVGTEYLKAA
LVKPGIPLEI VLTKDSKRKE SAAVAFKPTR QSDASFPERF YGGDALALSA RYPDDVYVNL
KILLGVPFND GKNELIETYR ARFPALRLED APFERGTIGL RSNRLGEAER KDAFLVEELL
AMQLKQIKAN ADNLAGKGSD VRDAVITYPA FYTADEKRSL QLAAELAGLK VDALISDGLA
VGLNYAMSRT FPSVSDGEKP EYHVVFDMGA GSTTATVLRF QSRKVKDIGK FNKTIQEVQV
LGAGSDRTLG GDSLNDLIVG DMLSQLLDDK KLKGRVSLAD LRSHGKTMAR LWKDAEKVRQ
VLSANTETGA SFEGLFDEDV NFKYRVTRSK FESLAEQHIA RVGKPLEEAL AAAGLQLNDI
DSVILHGGSI RTPFVQKELE RFCGGSEKIR TNVNADEAAV FGATFKGAGL SPSFRVKEIR
AIESSGYPVV LKWSSESRER QQKLFTPSSQ VGSEKQLTMK NLEDFEFSFY QQVPTGEDVV
DVPVLGVKTE NLTASVDKLK ESFGCAAANI TTKLQIRLSP LDGLPEVSSG VVSCEVEYSK
LGSVVEDVKG FFGLGSKKDE QEPLREDGEP NESVTLEADE PKASTSSADD AKTTDPAKDS
KKAASQPRQE TIPISFTTFP LGVPAPSPAE LERIQSRLAA FDASDRDRIL REEALNELES
YIYRSRDLAE EEEFVKVLKA DDLTALTERV AAASDWIYDS EDAKTPEFKE KLKSLKEIVE
PALKRKQENA VRPARVQLLQ ESLKNAQMVI SVMEKQIQQD EDIYSSSLAA ASTSTTSESE
TSSSTPSVSA DAGDLENDAY STSTSETSSA KSATTPAPLK YSVFQPSDLA SLSETYETAS
SWLETRLANQ EKLNETDDPA LTVAEIDAHL KRLERISNRI YEKMGAAAAR KSSGDKSTKK
NGKKDKAEKP VQEKEAKDTE ENKQDEKPNY NKKDEL
|
|---|
| |