| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01660 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | Yes |
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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 | BN001307 |
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| Strand | - |
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| Start bp | 1480909 |
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| End bp | 1486677 |
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| Gene Length | 5769 bp |
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| Protein Length | 1764 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | telomere length regulator protein (Rif1), putative (AFU_orthologue; AFUA_4G08830) |
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| Protein accession | CBF85318 |
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| Protein GI | 259486999 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.341862 |
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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 | 40 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTGACG TTCTGGGTCC TTTGTCAGCT CGTCCGCCGA CTCCACCAAG GACTGCGTCT
CGTATGCTGT CTGAGAAAGA TCGGACGGAG GACTCGCCAG TGCCCGTACA AACGCCTAAT
GAATCTCCTG TCCTGCAGAA CGACTCGACC TCAACTGGAG CACCTTCCAG CCGCCAGTCG
AAGCGCGTGA ACTTTTCGCC ATGGCCAAAA TTCATAAAAC CTCCTTCCTT CACGAACCCG
AAGTCGAAAG CTCTCCTTCC TTCGAACGAT CTCAAGCCGG TTAGATCAAT ACTCAAAACG
ACGAACTCGC CCGGCCCTGT TCATTCGGCT GCTGCTATCA CGTATACCCC AGAGTCTTTC
GCAATGCTCT TAGAGTCCCT CACCCAGCAA TTGGCTGGAG AGTCGACCAG CTCAAGGATA
GATGCGTATA TGCAGTTCTT TGGTGCATTA AGGGCATACG AAAAGTTGCC CACAGAAGAA
GAAATTCTGC ACAAGATGAG CCTGATTGCA GAGTTCATCC AACGGGATAT TAGCCGCGAT
CTCACAAAGG GCGGTCCACT GGATACAAAC CTTGTCATCC AAGCACTAAA ACTTTCTGTG
GTGCTTGTTT GGCATCCTCA GATCTCTCCT CAATTGCCGG ATGAGTTCAA GCTTTTCCTC
ATTGAGCACT CGGTCGTCTG TCTCGAGAGT GAAAATCTTC CCAAGTCCGT TGTGACCCAT
TATCTCACCG TCCTGTCAAC GCAGAAGTTC CCAGCACGGA TAATCACAGC GGCAAGGACG
ACGCGCATAC TGGGAATGCT GCATAGTATA ACGGACAGAG TCAAAGGAAA CTCCGTAATC
TCTCAGCGTT TAATGATTTA CGAGCGACTA TTTGACGTGG CAAAGCCGAC ATTCCTTGCC
CTATCGACTT TGTGGATGGA TCATCTCATA TCTGGTTTGC TCCATCAAAT CAAAAATGTC
CGATTAAACG CGCTTGAGCT CGGTTTCAAC GTGTATATGG CGTCTGGTTC GAACTCCACT
TTGTCCAAGA CACTCCGTGA TATCTTCGAC CGACCACTCG CAAACAACCG GAAGCTGGTC
TCCGAGGTCA GCGAGCGTAT GTCAAGGATG ATGTCGAATC CAGAAACCGG CGAACACGTT
CCTCAAATCT GGGGTGTCAT CACACTACTT CTTAGAAGCA AGCGGTTCAA CATAGACCAG
TGGCAGCACT TCAAAGAATG GGTTCTCGTT CTTCAGAAAT GCTTCAATTG CAATGATCCT
GAAATCAAGT CAAAAGCCAT TGGTAACTGG AACCGGTTTG TATTAGTGGC CAATATCAGT
GACACAACTA GTCGGTCCCT GCTGCGTATG CTTAGCAAGC CGATACTCTC TCAGTTTGAA
AGAAAGAAGC ACGACAAGAC AGGCTCCCAG CCCAGCCAAC TCGTGATTGC CAGTTACTAC
AATCTGCTAT ATTATGCCTT TCGACCTGAT GCATCTCACC AACAACTCGA TAAAGTTTGG
GAAGAGTACA TCCTCTCGCC ATCTTCAAAT ATTTTTTCCT TTGTCCCCAG CCTTAGCGAC
AGGCTTGCGC ACGTGCTGTC CAGCATGCTA TGGAGTTCAC ACCCTCTCAG GGCTTGGTCG
GATAATCGCG TCAATGAACC AAAAAGGATT GTGCCAGAAG AACTGCCACC CTTGGATTGC
AAATGGGTTA GGTCAAGGAT TCCGGATGTG TTGAGGGTGT TCGAGGCTAT CTTGAAGTCG
TCAATTTGGG GCCCGGAGAT GGAGAAGTCC AATATTGCTG CAGCGTGGGT TAGTCTATCC
CATGCCCTGG CGTTTGCAGC CAGTAAAGAG ATTACACCCT CTCCTGAGTC TATGCAGACA
GTGGCCCATG TTTTGGGGCT TCTCCAGCGG CTATGGAATG GAGGACCCTC GTCTCTCAAT
GCTGTCGATG GCGATTCAAT GGATACTTTC TTTGAACGCT TTAGATTTCT GTCAACGACC
ATGGTTAGCG CCCTAGGCAG TATTCCATTT ACGGAGAAAC TACTCCTGAA GACGGCGGAT
TCATACCAAG CCGCAACCCC TACACACCGT CATCCGAAAG CAAATAATAA TCCCGACAGC
CCTATATTGC ACTTGCTACG GCTCCTCATT GATGTCTCAG GGATCTCAGG GCCAACGGCT
GCTTACTCAC GCCTTATCGG AGATATCGTT GAAGCAGCCT GCCATGGGAA AGTTTCAAGG
GGCTCCCGAC TCGACATCTT GAGACAATGT GCCGATTTGT ACCCTGACGG AAGTGGATTC
CATGGCGTTG ATAACTTTGC GCAGGTTGTG TGGACAACGA CTGCTCAAAT GTCTGCAGAT
TGTTTATGCT CCTCTACTAT GGAATCAGCT CGCGGACGGG ACGGGTCTAT TGCCCGTGAT
TATGACAACG TAATCAAGAT CCTGTCTTCA GGATTAAAAT ACTCAGACAG TTTCCAAGTC
TGGGATCAGC TTTTGGGCGC GTCTATTCGT GCCCTTAGGA ATGAGAAGGG AGATTGTGCA
ATCACGCCGA CAGTCCTAGT GCCCCTCGTG GGCTTGATGA TGAAACTCGA TATCTGCACC
GCATGTTCAC CCGCTTCCTC GATAATCCAT CATTGTTCAA TGATCCCCTT CTCGGAGTAT
GAAAATGCTG CCAACGACAA CAACACACCT CCTTTTCCAA CCGCATTAGT TGGATTGGCC
CATCAGATTC TCTCCGGATC TTATGAACTG CTGATGCCTT TACATTCCAA TAGTGCTGCT
GTATTCATAG AGACTCTCGT CTCTTTCTTA AATTCAGGAA CCTTCGTTTT CAGATCTGTG
CTACTTGATC AGCTTCAGCA TCCCCTTGGT CTCTTTCTGA AGGATGAGTC CCGCAAGCTT
ACTGTCGAGA GTGGCGCTGA CAGCCGGATT CTGACTGCTG TAAGTGCACC AAAAATATTC
TAGATTGGTT ACCTCCTAAC TTTGAGAAGT GCCACGCGCT AGCATCAACT GTGCTGAATA
TCTTACAAAT CTTGCCTCGC TATGCTTCCA CTTCTCACAA ATTCGAGCAG ATTATTTGCT
CGGGCTTGGG GTCCTCGCAT ATATCGACAG CTAACCGATT CTGGGAATTT TGGAAGTCTT
CCTTTGGCTC CCAGCAGCCT TCAATGCACC CAGGTAGTAT ATCCCAAGCG GTGCGAAACC
TGGAAGCCCG TGCCGGCAGC GAGACACAGG AGTCGAACGT AGATACCGCC CAGTTGTCAC
AAAGCATGAA AGAGGTCGAC GGTCCGGGCG ATGTTAAAAC TGATAATATT CCGACAGAAC
GCTCTATAGT TGCATCAGAA GATGCGTCGG TAAAGTCTCG CATTGCATTT ATCTTGGATG
CACCGTCCGA GTCGCCGGGC TTTGCTCGCT TTGAACCTCC TGTGATGGGC TCCGACCTGG
GAGCCCCAGC GTTGCAACAG ACGGCAGGGT GGGGCCTCCA ACAGGAGGCT CATGTTCAGA
AAGCTTGCAG CGATCCTCCT TTCGAGGACT CGGCTGGGAC TGCCAAAGAA GACACCTCCC
ATCATAAGGA GATGTTCTCC ATGATCGACA ACCTTCGTTC ATCGTCTCCT CCTTTTACCA
CTCCGAAGGA ACTTGGGTTC ATGACACCAC CGCATATACG TAACCTCAGA AACCGAGAAT
CCGGATCTGA AACACCGCGG ACGCCTACAA TACCAGCCGT CTCTGCGGAT AACGAAGACG
GATTCCTTGG TTCGTCTCCG ACACCTGCTA TCCGCGGCCG AACATCGTCG GTTGCCTCCG
CAATCCCTCC ATCGTTTCCT TCCGGCGACT CCATGGACAT TGATCCCCCT TCCTCACCAC
CCGAGCTTCA TTCGCAGAGC GTTGATTCAC GGCAAACATC TCCTTCCAAG TTAACCAAAG
ACAGAAATGC CAAAAACAAA AAGAAAAATA GGCCCAGGCG ATTAAGGACA CCAAGCAAGA
AAAATTCGTA TTCTGTTCCT TTGGAAACCG AGCAAGCTGA ACAAAATGAG GGCGCTCTAG
GGCAAAGTAT GAAAAGTCGT CTCCGTTCGG CGACAGAAAA ACCCTCAGCA AAGAATGAAG
GCGAAATTGC TCAACAAGCG CAGGAATTGC AAGAAGCAGC ACAAACCGCG CACGATGACT
TCATCCATAA TCCTGCCGCT GAAATTAAAC CTCAGAATGT CTCTGAGCTG CAACATGATC
GGATGGACCC GGGCGTGGAC TCAGCTAGTG AGGACACCGA TACGCAGGCC ACATCGCAGC
TCGAACAAGA TCTTGTATAC GCCATGGACC TGAGCAGTGA CAAGGCAGAT AGCGAAGCTG
CAGCGTACAT GGGAAAAGCC GCCATCACTC GCAAACGCAA GCGGGAATTG GAGAACTGGA
CTTCTCCTGC CAAAGAGGAG CGTCGCCGCT CGTCAAGGAT TTTTGCGGCA ACACCAGCTG
CCGAAGTCGA AAAAAATCAA CTTCTTTCCA AGAAACAAAA GCTTACAGCT ACGCCTCAAG
ATACCGGCTT CTCGCCAGCT AACCGAGCCA CGAAGAAGCG GAAGCATGAG ACAGTTGAAG
TTACAGCCGA AACCCCGAGA AAGGAGCAGA TCAATATGGA CAAAGAGGCC ACTAGAGAAC
CAGGGTCTCA GAGATCTCAG AAGCGGCGAT CACACCGTAT TAGTGGTGTA CCTGCACCCG
ATATCCCAGA TGAACTTCCT GCCCCGAAGA AGTCTCCGCG GCCCAGTAGT TCGCAGAAGC
AGGCGTCGAA GCCGAAGCAG AACAAGAAGC AAACTAACCG CATGTCGGAG AGACGCCGCT
CTCAACGAGC GGGAGCTTCG CAGGACGAAA TCATTCCGGA AACGGATAGT TCTATGGAGA
AATCAGTTGA ACATTCTCAA CTTTCTACGA CAGACAATAA CTCCGAGCAA CAACCGCAAC
CAACCGATGC TGCTCATAGA GACCAACCGG GACCGCAGGC TAGTCAACAA GCAGAAGCGT
CTGGGGAAGC CATAGCCATT CAAATAGCGG AATTCAGAGC AACTGGGTCG GAACGAGCCG
CAGTAACAGA TGTCGAGGGT GCATTTATCC CAAAATCTCA AGCGGAGGCC GAGAAGCAAG
CTCTCTCCGA CTCAAGCCAG CCACACCAGC CGTTGTCCGC ACCAGATCAA TCGACGTCAG
AGAGAGCGCC CCAACCAAAC CAAGACTTCC AAATCTCAAC CTCCCTCCGC TCCCTCATCG
ACCAAGTGAA GTTATCTTCG CTCGACCGAA ACGCTGTCAA AGAGCTGGAT GAACTCCTCT
TCGATCTTCG AGTGGAGATG CATGAGGCTT TGCGGCGCCA TCATGCCAGT GACACCCATG
GCTAATCCAA GCCAGTGAAA CCCATTCAGT TTACATTTGC AGGAAAAAAT AAAAGAAAAG
GTCCAAAAAA GAAGAAAAAT AAAAAAGAAA GAAACGGGGG AAAAATGAAG ATTTTGCATA
GCGATGGCGT TTTTGAGCTA TTTTGTTCTC GGACAAGGAC TACTTAGGTA TATCAGATCG
TAAAGCTTAC GTACGTGGTC GGGGCACATC AGTCAAGTTG ACTCAGCTTT ACTAGATTTC
ATCAGCCTTG GGTTCTTACT TTGTTGCTTG CCTTTGTCTC TTCTTGCATG ACTGGGTGGC
TTGTCTTTTT TCATGTTATG CTGTTGTACC CGTATGTCCT TGAGATGAGA TTACCTACCT
TTTCATACCC AAGTAGCAGG TCTGAACGTG ACGGTATAGT TCAAGGATGA GAATTGCTAG
GCAATAGGT
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| Protein sequence | MVDVLGPLSA RPPTPPRTAS RMLSEKDRTE DSPVPVQTPN ESPVLQNDST STGAPSSRQS
KRVNFSPWPK FIKPPSFTNP KSKALLPSND LKPVRSILKT TNSPGPVHSA AAITYTPESF
AMLLESLTQQ LAGESTSSRI DAYMQFFGAL RAYEKLPTEE EILHKMSLIA EFIQRDISRD
LTKGGPLDTN LVIQALKLSV VLVWHPQISP QLPDEFKLFL IEHSVVCLES ENLPKSVVTH
YLTVLSTQKF PARIITAART TRILGMLHSI TDRVKGNSVI SQRLMIYERL FDVAKPTFLA
LSTLWMDHLI SGLLHQIKNV RLNALELGFN VYMASGSNST LSKTLRDIFD RPLANNRKLV
SEVSERMSRM MSNPETGEHV PQIWGVITLL LRSKRFNIDQ WQHFKEWVLV LQKCFNCNDP
EIKSKAIGNW NRFVLVANIS DTTSRSLLRM LSKPILSQFE RKKHDKTGSQ PSQLVIASYY
NLLYYAFRPD ASHQQLDKVW EEYILSPSSN IFSFVPSLSD RLAHVLSSML WSSHPLRAWS
DNRVNEPKRI VPEELPPLDC KWVRSRIPDV LRVFEAILKS SIWGPEMEKS NIAAAWVSLS
HALAFAASKE ITPSPESMQT VAHVLGLLQR LWNGGPSSLN AVDGDSMDTF FERFRFLSTT
MVSALGSIPF TEKLLLKTAD SYQAATPTHR HPKANNNPDS PILHLLRLLI DVSGISGPTA
AYSRLIGDIV EAACHGKVSR GSRLDILRQC ADLYPDGSGF HGVDNFAQVV WTTTAQMSAD
CLCSSTMESA RGRDGSIARD YDNVIKILSS GLKYSDSFQV WDQLLGASIR ALRNEKGDCA
ITPTVLVPLV GLMMKLDICT ACSPASSIIH HCSMIPFSEY ENAANDNNTP PFPTALVGLA
HQILSGSYEL LMPLHSNSAA VFIETLVSFL NSGTFVFRSV LLDQLQHPLG LFLKDESRKL
TVESGADSRI LTACHALAST VLNILQILPR YASTSHKFEQ IICSGLGSSH ISTANRFWEF
WKSSFGSQQP SMHPGSISQA VRNLEARAGS ETQESNVDTA QLSQSMKEVD GPGDVKTDNI
PTERSIVASE DASVKSRIAF ILDAPSESPG FARFEPPVMG SDLGAPALQQ TAGWGLQQEA
HVQKACSDPP FEDSAGTAKE DTSHHKEMFS MIDNLRSSSP PFTTPKELGF MTPPHIRNLR
NRESGSETPR TPTIPAVSAD NEDGFLGSSP TPAIRGRTSS VASAIPPSFP SGDSMDIDPP
SSPPELHSQS VDSRQTSPSK LTKDRNAKNK KKNRPRRLRT PSKKNSYSVP LETEQAEQNE
GALGQSMKSR LRSATEKPSA KNEGEIAQQA QELQEAAQTA HDDFIHNPAA EIKPQNVSEL
QHDRMDPGVD SASEDTDTQA TSQLEQDLVY AMDLSSDKAD SEAAAYMGKA AITRKRKREL
ENWTSPAKEE RRRSSRIFAA TPAAEVEKNQ LLSKKQKLTA TPQDTGFSPA NRATKKRKHE
TVEVTAETPR KEQINMDKEA TREPGSQRSQ KRRSHRISGV PAPDIPDELP APKKSPRPSS
SQKQASKPKQ NKKQTNRMSE RRRSQRAGAS QDEIIPETDS SMEKSVEHSQ LSTTDNNSEQ
QPQPTDAAHR DQPGPQASQQ AEASGEAIAI QIAEFRATGS ERAAVTDVEG AFIPKSQAEA
EKQALSDSSQ PHQPLSAPDQ STSERAPQPN QDFQISTSLR SLIDQVKLSS LDRNAVKELD
ELLFDLRVEM HEALRRHHAS DTHG
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