| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08435 |
|---|
| 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 | 472185 |
|---|
| End bp | 475104 |
|---|
| Gene Length | 2920 bp |
|---|
| Protein Length | 850 aa |
|---|
| Translation table | |
|---|
| GC content | 52% |
|---|
| IMG OID | |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | CBF80543 |
|---|
| Protein GI | 259484376 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 21 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 55 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGTCTACA AATACTACCC CATCACCGGA ATAAGGGCCG GAAAGGGCCC TAACGGCGAA
CTTCCTCTGC GACAGGATAT TGACGTATGG AGTTCGAAGC CGGAGAACCG AGTGCAAGTC
GTCCTGTTTC TCAAAGCCCT GAAACGGCTA CAGGATGTTC CTCCTGAGAA CCGCGATTCG
TTCTTCCAGA TTGCTGGTAT GCCGGCTCGA TCAGATGGCT CATCTCAAAC CTCGCTCGAG
TAGTTAACAT TGCTCCCATA GGAATTCACG GCATGCCCTT CACGTCCTGG GATGAGCCCT
TCGAAACAGA AGCGAATGTC GCGCAGAAGG GATACTGTAC GCATGCGAAC TACCTCTTTC
CCTCCTGGCA CCGGCCATAT CTGCTTCTCT ACGAGGTAAA TAGCAACTCA TTCCGGTGCG
AAAATCCCAA GCCTAACAAT CCTTTAGCAA CAAATCTACG AGATCATGAT AAACGAAATT
ATCCCCCAGT ACCCCGAAAA GCACCGGCCT ACCCTGCGGG CTGCAGCAGA CACATGGCGT
CTACCTTACT GGGACTGGGC CGTTAACCCT AAAATCCCTT GGCTGGCGGA AGACCCCGAA
CTCCAGGTCT CACTTTTCGG AGAGCTAGAG ACATTGCAGA ATCCGCTATA CCAGTTCCGT
ATGCCGGACG GCAAGGCCAT GGAGCATCAC GGTGTGGGAG ATGTGCAAGC TATGGGAGAG
GATATTATCT ACTCCGTAAG ACCAGCTCTA AAATCCTGAC GGCCACGGGG CTAATGAATG
GCGACCATGG CAGTATGGCA AATGCAAAGC AACGAGTCGG TGCCCAAAGG ACGAGCAGAA
CAAGCCTGAT AGCGAGGCTT GGATCAAAGG TGTTGTGAAT AACGATGAAG TGATCAAGTA
CATGACGATG CATAGCTCTG TTGATGGGAA GGACTATGGC GCTGCGGCGG AGCTTGTCTA
TCGTCTCCTT ACATACCCGC TTGAGTACGA GCAGTTTTCA ACCACTGCCA TCTTCACGAG
TGAGCCGAAG GTTTCGGCGG ATGTGAATAT TGAGTTTATC CATAACAATA TCCACTGGTG
GGCTGGTGGT GAGGGAGGAC ATATGTCGCA GATCCCGGTT GCGACATTTG ACCCGATTTT
TTGGTTGCAT CATTGGTATT TCTTTCCAGT CGTCTGGTAA CCTGGAGCAC TGCTGAACTG
TTTAACAGCA ATATCGATCG GCTGTTCGCC ATCTGGCAGG ATCTCAACCC GGACAAGTTC
TTTACGGAGG GCTCCCGGGG AGACTTCTTC CAGGAGGTGA TTGGGTTGCC AGACACCATT
TCGCCGGAGA CGCCCTTAAG GCCTTTTCAC AAAGATGAAG AAGGGAACTA CTGGACTTCC
AGAGAAGTGC GCGACTTCAG GGCGCTAGGT TATACCTATC CCGACCTGCA TCCCGTGACA
CCTGGGTCTG GAGGGATTCC GTTCGATGCT GCCGCATATA AAACTAAGCT CTTCCAGACT
GTTACCTTGA AATATGGAAT ATCGCGTCTT GAAGCTTTAA CGCAGCTGGA GCTGTCCAAG
AACGGTGTTG GAAAGCCTCT TCCTGAGGGA ATGCGCGAGG TCGATGGAGG CATCGCCGGG
AATGACTTTG CTATCAGTAT TCGGTTCTCA AAGTATGTCC GATTCCCTTA CACCACAGAA
CCTGTTTGCT GATTAGCGCA TTATAGGTTC GCCTTTGGTG GCCGTCCGTT CAACATTGAG
ATCTACCTTG AGCCCGCAGA GGGGGGGCGT CATTTCACAG CCGATGAATA TGTCACCAAT
ATCTACAACT TCAGTACTCC GAGCACTGTT AATGGACAAG AGGTCTGCAG TAACTGTACC
GACCTCCAAG CTAGGGACGT CCGTCTAACT GCGTACGTTC CCATCACCCC GATCCTGAAT
AGATTGATCC TGGAGGGACG ATTATCGTCG CTCAAGAAGG ACGATGTTGA GGCTATACTA
AAGCGGCTCT ACTGGCGGGT TACCATGGTC AGTAATTGTA GCGCCTGGGA ATATACATAC
TGATGAAGAC AGGCTGGTCG ACCAGTTCCT GAAGAACAAT GGACGGCGCT GAATCTGCAG
GTTCTTGTCT CCATGGCTGA GATGTCGCAC AGCAAAGATC CCGCCAATCC ATCCAAGACA
GAGACTGAGC CTGAGGTACT GCCGGATGTC GGCCAGCCAG AGCCTCCACG GCCAGTCGAG
CCTCAACCAG AGCCAGAGCC AGAGCCAGAG CCAGAGCCAG AGCCAGAGCC AGAGCCAGAG
CCAGAGCCAG AGCCAGAGCC AGAGCCAGAG CCAGAGCCTG AACCGGAAGC TGAACCTGAG
CCGGAACCCT CTAAAGAACC AGGCACTCCA CCGCAACCAG AAACGTAGGT CGGCATTCCC
ACTCTTCTTT CCTATGATTA ACAGTGCTAT TTGCAGCCCC GGTTTATCCC TCGAACAAAC
ATACAAGCTC GGCAAAGAAG CTTCTACCGG TCAATCAATC ACCGTCACAA CATCCGCTTT
CAACCTGAGC ATTCCCTCCC GGCGAGACAT GAATCGAATT ATCTTCATGC ATTTCGACGA
AAGCCAGGGC GAGCTGGATA CGGACAACTT CGACGCCTTG CTGAGCATTA ACATCATTCG
GCGTCTGTCT TCTATTCAAA TCCAGACCAA GGCAGCCGGG GAGAGTTGGG AGAACAAAGA
AATGATTCCG TTCCCTGCCT GGCTGTTGGT CTTACTGAGT GGCCTGCAGA TCCGGGTGGA
TGTGAGGAAC TCGATGCTGG AAATTTATAT CAACGGCTTC CATCTGTATT CGCTTGCCAG
ACAGTTTGGA AACAAGGGGG TCACGCATGT CAGGTATGAA GCGAGATCCG CGGAGGATCA
GCCGGCATTT GGGGCAGTGC TGGGAGTGCA TAGTACCTAG
|
|---|
| Protein sequence | MVYKYYPITG IRAGKGPNGE LPLRQDIDVW SSKPENRVQV VLFLKALKRL QDVPPENRDS
FFQIAGIHGM PFTSWDEPFE TEANVAQKGY CTHANYLFPS WHRPYLLLYE QQIYEIMINE
IIPQYPEKHR PTLRAAADTW RLPYWDWAVN PKIPWLAEDP ELQVSLFGEL ETLQNPLYQF
RMPDGKAMEH HGVGDVQAMG EDIIYSYGKC KATSRCPKDE QNKPDSEAWI KGVVNNDEVI
KYMTMHSSVD GKDYGAAAEL VYRLLTYPLE YEQFSTTAIF TSEPKVSADV NIEFIHNNIH
WWAGGEGGHM SQIPVATFDP IFWLHHCNID RLFAIWQDLN PDKFFTEGSR GDFFQEVIGL
PDTISPETPL RPFHKDEEGN YWTSREVRDF RALGYTYPDL HPVTPGSGGI PFDAAAYKTK
LFQTVTLKYG ISRLEALTQL ELSKNGVGKP LPEGMREVDG GIAGNDFAIS IRFSKFAFGG
RPFNIEIYLE PAEGGRHFTA DEYVTNIYNF STPSTVNGQE VCSNCTDLQA RDVRLTAYVP
ITPILNRLIL EGRLSSLKKD DVEAILKRLY WRVTMAGRPV PEEQWTALNL QVLVSMAEMS
HSKDPANPSK TETEPEVLPD VGQPEPPRPV EPQPEPEPEP EPEPEPEPEP EPEPEPEPEP
EPEPEPEAEP EPEPSKEPGT PPQPETAICS PGLSLEQTYK LGKEASTGQS ITVTTSAFNL
SIPSRRDMNR IIFMHFDESQ GELDTDNFDA LLSINIIRRL SSIQIQTKAA GESWENKEMI
PFPAWLLVLL SGLQIRVDVR NSMLEIYING FHLYSLARQF GNKGVTHVRY EARSAEDQPA
FGAVLGVHST
|
|---|
| |