| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10448 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | No |
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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 | BN001302 |
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| Strand | + |
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| Start bp | 3524628 |
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| End bp | 3529094 |
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| Gene Length | 4467 bp |
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| Protein Length | 1488 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | TPR domain protein (AFU_orthologue; AFUA_3G01710) |
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| Protein accession | CBF75768 |
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| Protein GI | 259481856 |
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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 | 10 |
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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 | 33 |
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| Fosmid unclonability p-value | 0.162575 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAAACCC GGAAACGGTT GCTGGGACCG AAGCACCCTG ATACTCTGGC CAGCATGGCT
GGCCTCGCAT CAACATACCA ATCTCAAGGG CGTTGGAGAG AAGCGGAATG GCTAGAGGTG
CAAGTAATGG AAACCCGGAA ACAGGTGCTA GGGTCATGGC ATCCTGATAC TCTGACAAGC
ATGGCCAATC TTGCATCAAC ATACTGGAAC CAAGGGCGAT GGAAAGAGGC AGAAGCGCTG
GAGGTGCAAG TGATGGAAAC CCGGAAGCAG GTATTAGGAT CATGGCATCC TGATACTCTG
ACGAGCAAGG CCAATCTTGC ATTAACATAT CAATATCAAG GGCGATGGAA AGAAGCGGAA
TGGCTAGAGG TGCAAGTGAT GGAGACCCGA CAACAGGTAT TAGGGCCAGA GCATCCTAAT
ACTCTGACAA GCATGGCAAA CCTTGCATTG ACATACCGAA ATCAAGGTCA ATTGAAGGAA
GCTGAAAGGC TTGGTGTGCA GGTAATGGAG ACCAGTAAGC AGGTACTCGG GTCAGACCAT
GATGACACTC TGGCTAGCAT GGCCAATCTT GCATCAACAT ACTGGAGTCA AGGAAAATGG
AAAGAAGCGG AAGCGCTGTT TATACGGGTT TTGAATACCC AGAAACAAGT GCTGGGTCTA
GAGCACCCTG ACACTCTGGC CAGCATGGCC GACCTCGCAT CAACCTACCA AAACCAAGGC
CAATGGAAGG AAGCAGAAGA GCTGTTCATA CAGGCGATGG AGATTCAGAC AACTGTGCTA
GGATCAGAGC ACCCTGATAC CCTGATCAGT ACGGCTAATC TCGCATCAAC ATACCGAAGT
CAAGGTCGAT TGAAGCAAGC CGAAAGGCTT GGTGTGCAGG TAATGGAGAC TAGCAAACAG
GTACTCGGGC CAGACCATCC TTACACCTTG ACCAGCATGG CCAATCTTGC ATCAACATAC
TGGAGTCAAG GAAAATGGAA AGAAGCGGAA GCGCTGTTTA TACGGGTTTT GAATACCCAG
AAACAAGTGC TGGGTCTAGA GCACCCTGAC ACTCTGGCCA GCATGGCCGA CCTCGCATCA
ACCTACCAAA ATCAAGGCCA ATGGAAGACA GCAGAACAGC TGTTCATCCA GGTAATGGAA
AGCCAAAAAC TTGTGCTGGG CCCGGAGCAT ACGAACACTT TGACTACTAT GGCAAACCTC
GCGTCTGTGC TATTAAGACA AGGTCAATGG CGGCAGGCTG AAGAACTACA CCTACGAGTG
GTTGAGACAA GAAAAAAAGG CCTGGGCGAG GTAGACCCTC CTACGCTAAA TAGCATGGTG
GACTTAGCTT CCATATACAA GCATCAAGGA CGCCTTGCTG AAGCTAAGGA GCTTGAACGG
CAAATAGAGG ATGCTCGTAT ATGGCAACTG GAGCAGGACT CGGACACAGA TTCGGAAACA
TCTATCATTT CATCTATCAT GTCGGAAGCC TATTCTCATG ATAGCACGAC CTCCTCGGGG
TCACTCTACG AGACCCAACG TGCTGTCCCC GAAAGAGTAG CACGAGCATT ATTTGAGGAA
ATGGAACTTC AAGCTTATTA CAGAAGAGCC ATTGAGAAAT TTGGGAAAGC GCATTTTACA
AGAAACCATG ACCATATCCT AAGAAGGCTT TTCAAGGATC TCAGATTGGA AGCCAAAAAT
CCTCATCATC GACGGGCACT TCGCTTTGCC AATTGGCTTT CGCTTAATAG AGTGACCGAG
TTAATATGCG AGCTCTGTGA TCCAAACCCA GATCTTCAGC AGCTCCGAAC CACTCAGCTA
TTACTCACGC AGAAGGAAGA TCGTCAGTTC ATTCTGAATC GACATCTAAG ATCACTAGCC
AACAAGTTAG ACAACACCTC AATTTCCGAA CTGCATGACC CAGGCATGAC GGTGACGGAG
GCGGTGGTCA TGCCGGACTT CGAGACAAAA AAGGATTCTA AACATCATGG AGATGACAGA
GAGCGCAGAG AGGACGGAGA GGATGAAGAG GACGAGGAAG ATGAGGGAGA TGTAGACCAG
GCCCGGATGC TCCAGCAGTT AGATATGGAA TATCTCATGG GTGGAAAGCC TTTCCGGTCT
TATAAGGACA GTGTTCGACA TCTCTCTCAC ACTCCCAACA CGATGAAGGA AGCTATTGAA
TCACAAAACA TTGACAACAT CCGAAGGTTG TTAAGGAAGG GATCTGATCT GGCGGTAATG
GACGAATACG CCTGGATAGA GGAACTTTAC AAACTAGGGT ACTCTGTTGA CGATATTGCA
GAGCTTCTGA TTGAAAACGC CAAAGACTCT CCCTGGATTA ATTTTGAGCC AAATTCTTAC
GAGGAGGCTG AGCCACAACA TGGGTTGCAC CTTAGAGATT GTGCTCATCA ATTCTCTTTC
AATAGACCGC TCTCTCAGGG CCAATTATTG ACTACAGAGA CCGTGAGCCG GACAGAGATC
GTCCAAGAGA TTCAAGAACT CTGTGGCCTT GCTGGAATTA CTCCTGGTTC ACCAGAGCTT
CGGAGTCGCA CCGGTTCCGT CAAATTTGAA GAACAGAACT CGGTTGCTAT TATCTCCTAC
GCTGTAAATG AGAATGACCA TGATCTGGAT GGAAACTCTA TTATTTCCAG GCTGTATCGC
ATCATTGAAC GCCTTTCCTC TGCTGCTGGT CGAGTTCAAT CGGCAGGTCT CTGCTGCGAC
TGCTTCACCA TCATACGATT TCCGGAAGAC CAGCCCAATC CGCAACTATC ATCAGTTAAC
CAGGTTGAGA TGTGTTGTAT GGAATTTGAA CTCATCGTAC AGATGAAAAC TGAGTTACGG
CGCCTTCTGA GCGTCGAATG CATTGAAATG ACAGACGTCG CCGGTATACG AGCAGTCACA
GAGCGGATCC TTGAACTTCT TACACAAACG GCAAGAAATA TCCCTGTGGA CACGGTCGAC
TGTGTTTTCA ACTATTGTTG CCTAGCGATT CAATTCCTCT CTTTAGGTTT TCTATCGTAC
TTTCAAGCGC ACATGGGGCC CATACAATTC TTCTTCTTGG ATACTCTGCA AACTACTTAT
GTGCTTTCAG GAAATGAGGT GTCTCCCAGT CGATACCATG AGATCATAGC AAGCTTAACC
AATCTCACCT GTATGGGTGA AATGATTCAG TCTCCAGTTT TCACGTTCAG GATTCGTTCC
GCGGAGACAA AAGATTCTGT CGAAAAAACT GGGCCAAAAC ATGATCTTCT CGCGAGTATT
GAGGACATTC TTGATACCTG GGGTCCGGGA CAGGTCATTG CCCGACGCTT GGACAACCTG
CCGTACGCGA TCAGGTTGGG GGGTGGTTTC ATTACTTATG ACGGTCGAAA ATACCACTGG
AGCCAAGATG TAGCGGCCGA ACAGTGGTCT CCTATCAAGT GGGAGCGGCG TCACAAAGTA
GTGATAGGAG CAGTGGTTAC AGTCAATGGG CTCTGCACGA TTGACGAAAA CCAATACTGG
GCCAAGTCAT CCACAATTCT TGAGCCCCTG GGTACGTATC CAACATGGTG GGAGCTTAAC
CAGAGACAGT CTGGGTTTCA GGCTGGCAAC TATGTCCTAT ATCAGATCAA CGGTGTTTGG
TGCAAAATGC ATGGCAGAAC TCTAAAACAG TCCAAGCTTG AGCAAGACGA TGAAATGCTG
ATCCCTTTCT TGGATGACCT CTGGGGCCTT CAGGTCAGCT TTTGCACGAG TGTTGCACGC
CGTGTCGCCC TCCGAGAGAT GGTGGCTGAT CTGCTGCCAA CGTTTGCTAC CGCTACCTAC
ACTAATGAGC AGCAAGAACT ATGGGAAGAT CTCAAGATGA ATTACAACAT TGTGGATTCA
TTCAAGGGAG GCAATCTTAA AGACTGGTTC AGGTTGCTCA CTCCTCAACT GTACCAGTAT
ACCTTGGGCA TTTTGCGTAA GATGTTCAAT GTGCTTCAAC ACACGGGAAT CGATAGGGAA
GGAAGGTATC TTTTGGTTTC ATGGCCTCAC GAACATGATC TCCTACGAGG CTTCAAAATA
CCATGTGAAA AGCAGAGCTC TTGGGCGCGA ATACTCGCCG ACTCTGATGA TTGTGCCACA
TTCGCGTACA TCTCGTCGAA GTGTCTCGAA ACTGAAACGA TAAAGTGCAG TGGGCCGCTT
CGGAACTGGA CAAACACGAC TCTACTTCTC GAAACAGCAG TCATATTTCA TAATTTGAAA
GAACCAAGCT TCGAATTGGA GAATGACGAG ATATTTTTCT TCAAGAAACT GGACTCATTA
CTCTATGTAA GAGTGCACAG ACGAAACGAA ACTAGCGCAG CGAGTCTTCT CACTCCATCC
ACGTCGATTG CGTCGATACC CTGGAGCTTG CAGCAAAGAT TATTTATGAG AGAAAAACAA
AGAAGGAAGA GGAGATTACG GGAGAAACAA GCGACTTACG ACATTGGTGA GACAGTGGTT
GTATTAGCAG CTAAGGGCTT GCTGTAG
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| Protein sequence | METRKRLLGP KHPDTLASMA GLASTYQSQG RWREAEWLEV QVMETRKQVL GSWHPDTLTS
MANLASTYWN QGRWKEAEAL EVQVMETRKQ VLGSWHPDTL TSKANLALTY QYQGRWKEAE
WLEVQVMETR QQVLGPEHPN TLTSMANLAL TYRNQGQLKE AERLGVQVME TSKQVLGSDH
DDTLASMANL ASTYWSQGKW KEAEALFIRV LNTQKQVLGL EHPDTLASMA DLASTYQNQG
QWKEAEELFI QAMEIQTTVL GSEHPDTLIS TANLASTYRS QGRLKQAERL GVQVMETSKQ
VLGPDHPYTL TSMANLASTY WSQGKWKEAE ALFIRVLNTQ KQVLGLEHPD TLASMADLAS
TYQNQGQWKT AEQLFIQVME SQKLVLGPEH TNTLTTMANL ASVLLRQGQW RQAEELHLRV
VETRKKGLGE VDPPTLNSMV DLASIYKHQG RLAEAKELER QIEDARIWQL EQDSDTDSET
SIISSIMSEA YSHDSTTSSG SLYETQRAVP ERVARALFEE MELQAYYRRA IEKFGKAHFT
RNHDHILRRL FKDLRLEAKN PHHRRALRFA NWLSLNRVTE LICELCDPNP DLQQLRTTQL
LLTQKEDRQF ILNRHLRSLA NKLDNTSISE LHDPGMTVTE AVVMPDFETK KDSKHHGDDR
ERREDGEDEE DEEDEGDVDQ ARMLQQLDME YLMGGKPFRS YKDSVRHLSH TPNTMKEAIE
SQNIDNIRRL LRKGSDLAVM DEYAWIEELY KLGYSVDDIA ELLIENAKDS PWINFEPNSY
EEAEPQHGLH LRDCAHQFSF NRPLSQGQLL TTETVSRTEI VQEIQELCGL AGITPGSPEL
RSRTGSVKFE EQNSVAIISY AVNENDHDLD GNSIISRLYR IIERLSSAAG RVQSAGLCCD
CFTIIRFPED QPNPQLSSVN QVEMCCMEFE LIVQMKTELR RLLSVECIEM TDVAGIRAVT
ERILELLTQT ARNIPVDTVD CVFNYCCLAI QFLSLGFLSY FQAHMGPIQF FFLDTLQTTY
VLSGNEVSPS RYHEIIASLT NLTCMGEMIQ SPVFTFRIRS AETKDSVEKT GPKHDLLASI
EDILDTWGPG QVIARRLDNL PYAIRLGGGF ITYDGRKYHW SQDVAAEQWS PIKWERRHKV
VIGAVVTVNG LCTIDENQYW AKSSTILEPL GTYPTWWELN QRQSGFQAGN YVLYQINGVW
CKMHGRTLKQ SKLEQDDEML IPFLDDLWGL QVSFCTSVAR RVALREMVAD LLPTFATATY
TNEQQELWED LKMNYNIVDS FKGGNLKDWF RLLTPQLYQY TLGILRKMFN VLQHTGIDRE
GRYLLVSWPH EHDLLRGFKI PCEKQSSWAR ILADSDDCAT FAYISSKCLE TETIKCSGPL
RNWTNTTLLL ETAVIFHNLK EPSFELENDE IFFFKKLDSL LYVRVHRRNE TSAASLLTPS
TSIASIPWSL QQRLFMREKQ RRKRRLREKQ ATYDIGETVV VLAAKGLL
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