Gene ANIA_01580 details

Gene Information

• Locus tag: ANIA_01580
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001307
• Strand: -
• Start bp: 1191996
• End bp: 1195533
• Gene Length: 3538 bp
• Protein Length: 1128 aa
• GC content: 49%
• Product: conserved hypothetical protein
• Protein accession: CBF85153
• Protein GI: 259486910

Plasmid Coverage information

• Num covering plasmid clones: 20
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 31
• Fosmid unclonability p-value: 0.0427699
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGACCTCTT TAACGCGCGA CGAATACACG TTTGCGTGGA TATGCGCCTT GCCGCTGGAG 
ATGGCAGCAG CCCGTGCCAT GCTGGATAAA ATCCACAGTC CCCTGCCCAA ACAATCCGCC 
GATCCAAATG CCTACGAAGT TGGCGAATTG AACGGTCACT ATATTGTCAT TGCATGCCTA 
CCAGCCGGCG TATACGGAAC AGTCTCTGCT GCAACCGTTG TGTCGCGCAT GCGTCTAACG 
TTTCCCCGGC TTCAATATGG GCTGATGGTT GGAATTGGAG GCGGGGTTCC GGGCAGAAAT 
AATGATATTC GATTAGGCGA TGTGGTGGTC AGCAAGCCAG TTGGAAAATA TAGCGGAGTA 
TTACAGTATG ATTATGGCAA GGCAGTCCAG GGCGGGATAT TCGAGCCAAC AGGCACCTTG 
AACAAACCAC CACACGCTTT CTTGACCCAT ATGGGTCAGC TTGAGGCAAA GCAAATGACC 
GAGGGCAAGG CTGCGCTTTC GAAAATAGTG CGAGAAGCCC TAGAAAAGAA CCCTGAAATG 
ACAGAAAAAT TCGCGCCCCC AGAACACTAC ACAGATCGTT TATTCCACTC CTCCTACCAT 
CATATCCCTG GGGAAGACAC GTGTGAAAGA TGCGATGTTA AACAATTGAT TAAACGCCAA 
CCACGTGAAA CTAGGTCACC ATATGTTCAC TACGGACTGA TTGCATCTGG GGACCAGGTG 
ATGAAGGACT CAGAAACACG CGACCGTCTA GCTAGACAAC ATGGGATACT CTGCTTTGAG 
ATGGAGGCAG CAGGCCTTAT GGACGAACTA CCCACACTTG TAATCCGGGG GATATGCGAC 
TATTGCGATT CCCATAAACA GAAACAATGG CAGAGTTATG CAGCTTTAAC AGCAGCTGCC 
TATGCAAAAC TCTTATTATC AATCATGCCT GTTTGCCGAA CATGTCGAAC AGAATCCAAT 
GCATCGGAGC GCAATCTATT GCGGCACTGG ATGGTCTCGC TAGAACGAAA TCCAAGATTC 
GTTGGTCGCC AGGATGAATT GTCACAGTTA GAGAAACTGC TCACAGCACC AGATGGACCT 
AAGAGGGTTG CAATTACCGG TTTAGGGGGT GTTGGAAAGA CGCAATTAGC CTTAGAGGTG 
GCACATCGCA TACGGAACCA AGACAGGGAG TGCTCGGTTT TCTGGGTCCC CTGTACTAGC 
TATGCAATGA TTGAGCAGAC ATTCATGAAT ATTGCACATA TGCTTGGACT TCATGAAGTG 
AAACCAGCAG AGGTGAAAGA ACGGGTTAAG CTGTACCTGA GCTCTCAGCG GGCAGGAAAG 
TGGCTGCTAA TTTTTGATAA CGCGGATGAT GCAGATATGT GGTTAACAAC TACCCCAGCC 
CTTGAAGAGA TCCTTCCCAA GAGCGAACAG GGCCGCATTC TCTTCACCAC CCGCAATGGG 
GAACTTGCGG TGGAGCTCAC GTCATCAAAT ATTATTCATA TCCCAGATCT GGACAAGAAA 
ACAGCTCATG ATATGCTGGA CAGGCTAGTA TTACAAAAGA ACCTGCTCCA GGACCCTGTC 
ACCACAAGTT CTTTCCTGGA ACAGCTGGCA TACTTCCCAT TGGCAATTTC TCAGGCATCA 
GCATACATCA ATAAAAAGCG TCTAAGTCTG TCTATATACT CCAAGATTTT ACAACAAGAA 
GAATGAGACG CCGTGGAACT CCTCAGTGAA GACTACAAGG ATCCAGGACG ATATAACGAT 
ATTCAGAACC CTGTCATTAC TACCTGGTTA ATATCATTCA AACAAATTCA GCAGCAAGAT 
CAGTTAGCAG CAGACTATCT ATCTTTCATG GCCTGCCTCG ACCCACGAAA CATCCCCTCA 
TCACTTCTGC CTAACCAATC AACTGATAAA CAGAAACTTG ACGCCTTAGG CCTTCTAAAT 
GCGTACTCAT TTACTCAATG CCAGGGCACA CAAATAAGCA TGCACAGGCT TGTGCATATT 
GCGATACGGA ACTGGCTGAG AAAGAATGGG CTTTTCAGCC TCTGGATCCA GAGGGTGGCT 
GATCACCTGG AGAAACTCTT TCCGAACAGT AGCCATCATA ACCGGGGGCT GTGGCGAGGA 
TACCTCCCCC ATGCATTAGC ACTTGTGCAT GAAAATGAGT TTATTCTACA ACTAGGACAG 
TATACAGAAT TGTTTGAGAG AATATCAGGT TGCCTTACAA GAGATGGAAG GTATTCCGAG 
GCAGAGGTAC TATACAGCAA GCTCATGACG ATAAACCAGG AGAAAAATAG CTATGAGCAC 
CCGGACACTC TCAGAAGCAT GGCAAATCTG GCATCAACCT ACTGGAATCA GGGCCGATGG 
AACGAAGCTG AGAAGTTGGG GTTGCAGGTC CTGGAGACAA GGAAGGCAGT ACTGGGTCCT 
GAGCATCCAG ATACTCTCAG CAGCATGGCA AATCTGGCAT CAACCTACTG GAATCAGGGC 
CGATGGAACG AAGCTGAGAA GTTGGAGTTG CAGGTCCTGG AGACAAGCAA GGCAGTACTG 
GGTCCTGAGC ATCCAGATAC TCTCAGCAGC CATGGCAAAT CTGGCATCAA CCTACTGGAA 
TCAGGGCCGA TGGAACGAAG CTGAGAAGTT GGGGTTGCAG GTCCTGGAGA CAAGGAAGGC 
AGTACTGGGT CCTGAGCATC CAGATACTCT CAGCAGCATG GCAAATCTGG CATCAACCTA 
CTGGAATCAG GGCCGATGGA ACGAAGCTGA GAAGTTGGGG TTGCAGGTCC TGGAGACAAG 
GAAGGCAGTA CTGGGTCCTG AGCATCCAGA TACTCTCAGC AGCATGGCAA ATCTGGCATC 
AACCTACTGG AATCAGGGCC GATGGAACGA AGCTGAGAAG TTGGAGTTGC AGGTCCTGGA 
GACAAGCAAG GCAGTACTGG GTCCTGAGCA TCCAGATACC CTGACCAGCA TGGCAAATCT 
GGCATCAACC TACCGGAATC AGGGCCGATG GAATGATGCT GAGAAGCTTG ATGTGCAGGT 
CCTGGAGACA AGGAAGGCAG TACTGGGTCC TGAGCATCCA GATACCCTGA CCAGCATGGC 
AAATCTGGCA TCAACCTACT GGAATCAGGG CCGATGGAAC GAAGCTGAGA AGCTTGATGT 
GCAGGTCCTG GAGACAAGGA AGGCAGTACT GGGTCCTGAG CATCTACATA CTCTCAGCAG 
CATGGCAAAT CTGGCATCAA CCTACTGGAA TCAGGGCCGA TGGAACGAAG CTGAGAAGTT 
GGAGGTGCAG GTCCTGGAGA CAAGGAAGGC AGTACTGGGT CCTGAGCATC CAGATACTCT 
CAGCAGCATG CATAATCTTG CCTATACATA CCATTCGATG GGTAGAAACA CTGAAGCCTC 
AGATTTAATG ACACAGTGCG CTACGCTTCG TGCCAGAAAT ATAGGCTCTA CCCACCCTGA 
TACATTGTCT TCCAGCGATG CTCTTACGGA ATGGCAAAAG CTGGACCATC ATAGATCATC 
AAAGCCAGGC AAAGGCCGAA AACTAAAGGC CTTGGGGCGT GTTCTCGGTT TTAAGTAG 

 

Protein sequence

MTSLTRDEYT FAWICALPLE MAAARAMLDK IHSPLPKQSA DPNAYEVGEL NGHYIVIACL 
PAGVYGTVSA ATVVSRMRLT FPRLQYGLMV GIGGGVPGRN NDIRLGDVVV SKPVGKYSGV 
LQYDYGKAVQ GGIFEPTGTL NKPPHAFLTH MGQLEAKQMT EGKAALSKIV REALEKNPEM 
TEKFAPPEHY TDRLFHSSYH HIPGEDTCER CDVKQLIKRQ PRETRSPYVH YGLIASGDQV 
MKDSETRDRL ARQHGILCFE MEAAGLMDEL PTLVIRGICD YCDSHKQKQW QSYAALTAAA 
YAKLLLSIMP VCRTCRTESN ASERNLLRHW MVSLERNPRF VGRQDELSQL EKLLTAPDGP 
KRVAITGLGG VGKTQLALEV AHRIRNQDRE CSVFWVPCTS YAMIEQTFMN IAHMLGLHEV 
KPAEVKERVK LYLSSQRAGK WLLIFDNADD ADMWLTTTPA LEEILPKSEQ GRILFTTRNG 
ELAVELTSSN IIHIPDLDKK TAHDMLDRLV LQKNLLQDPV TTSSFLEQLA YFPLAISQAS 
AYINKKRLRR YNDIQNPVIT TWLISFKQIQ QQDQLAADYL SFMACLDPRN IPSSLLPNQS 
TDKQKLDALG LLNAYSFTQC QGTQISMHRL VHIAIRNWLR KNGLFSLWIQ RVADHLEKLF 
PNSSHHNRGL WRGYLPHALA LVHENEFILQ LGQYTELFER ISGCLTRDGR YSEAEVLYSK 
LMTINQEKNS YEHPDTLRSM ANLASTYWNQ GRWNEAEKLG LQVLETRKAV LGPEHPDTLS 
SMANLASTYW NQGRWNEAEK LELQVLETSK AGRWNEAEKL GLQVLETRKA VLGPEHPDTL 
SSMANLASTY WNQGRWNEAE KLGLQVLETR KAVLGPEHPD TLSSMANLAS TYWNQGRWNE 
AEKLELQVLE TSKAVLGPEH PDTLTSMANL ASTYRNQGRW NDAEKLDVQV LETRKAVLGP 
EHPDTLTSMA NLASTYWNQG RWNEAEKLDV QVLETRKAVL GPEHLHTLSS MANLASTYWN 
QGRWNEAEKL EVQVLETRKA VLGPEHPDTL SSMHNLAYTY HSMGRNTEAS DLMTQCATLR 
ARNIGSTHPD TLSSSDALTE WQKLDHHRSS KPGKGRKLKA LGRVLGFK