Gene ANIA_11010 details

Gene Information

• Locus tag: ANIA_11010
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001304
• Strand: -
• Start bp: 2629927
• End bp: 2633379
• Gene Length: 3453 bp
• Protein Length: 1120 aa
• GC content: 52%
• Product: GTPase activating protein (Gyp2), putative (AFU_orthologue; AFUA_5G07440)
• Protein accession: CBF80101
• Protein GI: 259484137

Plasmid Coverage information

• Num covering plasmid clones: 22
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 41
• Fosmid unclonability p-value: 0.988868
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGATGCAGT GGACGTCGCT GGTTCAGAAA GCTCAGTCCT TCATTGACCC GGCCAACTTC 
ACCATCCCAA ACCTCACCTC ATCCTCCGAC CGAAACCCTT CGAAATCATC CCTCTTCCGC 
CAGCAATTCC GACTTCCTGA CTCGCAAAAT CCGTTGCAAG AAATTACAGC TGAGCTCATA 
CTCCCTGTAT CGCACACATC GTCTTCTGCT TCCGGCGCCC AATCGAAGAA CATCGACCGC 
GGTGGCAATC GATATGCGGG TAGACTGCAT CTGAGCGAAC GATTTCTCTG CTTCTCGACA 
CAGCCCACCA GCTTCCTTCC TTCTGCCACT CTAGCCACTT CGACATATTG GGCTGGCCAG 
ACGAACGGTA CCGGGCCGTC TGGCAATGGA TTTACAATCC CTCTGTGTTC GATTCGCCGG 
GTGGAGCGGT TGAACAGTCA GAGCCATATT TTTTCTCTAG CCTTGACCAC CTGGAATGGA 
GCGCTGGGCA AACAGCAGGC GCCTGGATTC ACACCCCAGA GGTTTACCAT CGAGCTGGTC 
GGGAGCAGGC AGGCCTGCGA ACGATTCTGC GATGGTTTGA AGAAGAACTT ACGCGAATCT 
ATGAAGGAGA TTGAGAACCT GCGTTTGGTG GTAAATGACT GCTATTCCGA GTATCTCCTG 
TCGGGCGCCA AGTCAAAGGC CCAGTCAGCT GATGACCCTG AAGCGAGGCC ACCCCCGGAT 
GCCGGACTGG GAATGCTGTT TCGCTATCCG GGTGATGCCC GCAAACTCAG GGATCGGAGC 
AAGATGAGGC TCTGGGGAGA ATATTTCCGA GGTACGCGTC CTTTTGTGTC ATCTTGGGCA 
TGAACTAAGA TTGTAGAAAA TGGCCGCAAT GCTACGTTAA TCCGGCAACC TACCTTCCAT 
AAACTCATAC GCGTTGGTCT CCCCAACCGG CTTCGGGGCG AGATCTGGGA GGTGGCCTCC 
GGTTCACTGA ACCTGCGGCT GCGGTCGCCG AAACTTTACG AGCAGACTTT AGCGAAATTC 
GAAGGCCAGG AGTCGTTGGC GATCGACGAG ATAGAGAAAG ACTTGAATCG CAGCTTACCC 
GAGTATGCGG GCTTCCAGAG CGAGGAAGGC ATAGGTCGTC TTCGAAGAGT CTTGACTGCC 
TACAGTTGGA CGAACGCTGA GATTGGCTAC TGTCAAGCAA TGAACATTGT TGTCGCAGCA 
TTATTGATGT AAGATGCCGC ATCCCTTGTC AGACCGAAGT CTAACCAGAC TAGATACATG 
TCAGAAGCCC AAGCCTTCTT TCTACTCTCT GTTCTGTGCG ACCGTTTAGT GCCGGGATAT 
TACTCGACCA CCATGTATGG CACATTGCTT GACCAGAAGG TGTTTGAGTC GCTTGTTGAG 
AAGACTATGC CGATTCTTTG GGACCATCTG AACAAATCTG ATGTCCAGCT GTCTGTGGTC 
TCTCTTCCCT GGTTCCTTTC TTTGTATATC AACTCCATGC CCCTGGTGTT TGCCTTTAGA 
GTCCTCGATG TTTTCTTCTT GGAAGGACCG AAAGTGCTCT TCCAGGTCGG ATTAGCAATT 
CTCCGCATCA ACGGGGAGGA ACTTCTTGAC GTTCAGGATG ACGGGTCTTT TATTTCAGTC 
TTAAAATCCT ACTTTTCACG CCTTGACGAG TCGGCTCATC CACGGTCCGA GAATCCAAAG 
CTCAGAGCTA TCACGCGGTT CCAGGAGTTG ATGGTGGTCG CTTTCAAAGA GTTCTCTCAA 
ATCACTCATC AGACCATCAC CGAACAGCGT GAGAAGCACA AAGATGCAGT TTTAGAGAAT 
ATCGAAAGCT TTGCTAAGCG CACATCGATA CGAAATCTCG GCCCTGAAAG CAAGAAATTG 
AGTTCAGACG ATTTAGGAGC AATCTATGAC CGCTATTACG AAGTTCTCTA TGACTACCAG 
CAAAGGCAAA AGGTTATCGA GGAGGAGAAG AAGCGGCAGG AGAGAAAGAA GTCGCAACGC 
GTTTCTGTTA TTGGACCGTC GGTGGACCGT GAAGTTGGCC GTGTGGGCCT TGGTCCTAGC 
CCAACTCATA TGGATTACAA TGCCTTCCGA GAGTTCCTCG CCGCAACCGC AAAATGGGCT 
ATAGCTGATT CTCCAGGTCC CTCCCGAAAG CAATCCGACT CGGGCAGCTT CCGAGGACTG 
GGAAGACCTA CCATGAACAA ACGGCCGTCG CCGGCCGACC ATGAATTCAT GCAGCGCTTG 
TTTCGCAAGT GGTCAACTGA CCCAGATGAT GGCTTAAGTC TGCAGGATGT TGTCAACGGC 
ATTGCACGTC TGAAAGGGCC GCGAGATATT ATGAACAATA TCACTTATTT TTTTGACCTT 
TATGACGACA ACGGGGATGG CAAGGTTGAT AGAGAGGGTA TTCTTCGAAT GTCAGAAGCG 
CTGCTCTTTC TCTCCCGGCG GGGATTCGAC GGAACCATCA CCCCCAGTCA GAGCACTGAA 
AATTTAATGC CAGGCAAAGA AGAAGATAAA CTCAGCACGG GCGAGCGGTT TCTGGGAAGT 
GTGAGCTCCT TCATACGGCG CTGCTTTGAA TATGCCGACC CTACCAAAAA GACATTAGAA 
GCTGAAAAAT TAGCCGAAAC AACGGACAAC CTCAACTCGT TCAGTATTGG AGATGATGAG 
GAGGATTTGA TAGACGTGGG TGACGACGAG GTAAAATCCG AGTCAACCCC AAGCCCTGAG 
GGTGAAACGC CCGGGACGCC TTCCTTGGAG CCAACAGAAC GCAAGCGTGC TCGAAGCACA 
TCTGAGGCGG CAAATCCGGC TCTCGACCCC AACAACCCTC TGCATATCAC CCTTCCCACT 
TTCCGGATGG TTGTTCTAGC AGACGAATTA CTAGAGCAGT TCTTCGACAA TTACTTCCCC 
CAGTCCTTCC ATCTTTCCGA GCAAGGCGCG GCCGCCGCGC AACTCCCGTC CCTGTCCTCA 
AACCTCACAA CATTCTCTAA CATTGGAGCT GCCAAACAAC AGCCAACATC TTCTGGCCCC 
ACAGTCGCAG GCGCCTCCGG TGGCATCGTC CCACCAAACC GGGGACTCCG TGGCGTTTTG 
GATAATATTG TCACTGACGG AATCCGCATG GCAGCCGAGG TGAAGAAGCG GATGGACGAG 
GCCCAGCGCG AGCTGGAACG CAATGCCCTT AATCGCGACG ATGATGACGA AGATGATGAG 
GACGACGACG GCCATCATGG CACCGCCCCA GCCATTGTTG GTGGGATTTC ATCCTGGGGT 
GCAGGCGCTT ACGGTGCCGA TCCTGAGCGG CGCAGCGTTC GGGAAACGGA TCGGGATCTG 
TTGGAAGGAG CGGAGGTTGT TAATATCCGC GGAAAGGATG ATGTATCTCT CTTGGATGAC 
AAAGACTCTC ATCAAGAAAG CAGTAGCGGT CAACGTACCG CCGCAGGCTC GGATGATAAA 
GTTGTCAGCA AGGTTGTGGA GTTCGAGTCT TGA 

 

Protein sequence

MMQWTSLVQK AQSFIDPANF TIPNLTSSSD RNPSKSSLFR QQFRLPDSQN PLQEITAELI 
LPVSHTSSSA SGAQSKNIDR GGNRYAGRLH LSERFLCFST QPTSFLPSAT LATSTYWAGQ 
TNGTGPSGNG FTIPLCSIRR VERLNSQSHI FSLALTTWNG ALGKQQAPGF TPQRFTIELV 
GSRQACERFC DGLKKNLRES MKEIENLRLV VNDCYSEYLL SGAKSKAQSA DDPEARPPPD 
AGLGMLFRYP GDARKLRDRS KMRLWGEYFR ENGRNATLIR QPTFHKLIRV GLPNRLRGEI 
WEVASGSLNL RLRSPKLYEQ TLAKFEGQES LAIDEIEKDL NRSLPEYAGF QSEEGIGRLR 
RVLTAYSWTN AEIGYCQAMN IVVAALLIYM SEAQAFFLLS VLCDRLVPGY YSTTMYGTLL 
DQKVFESLVE KTMPILWDHL NKSDVQLSVV SLPWFLSLYI NSMPLVFAFR VLDVFFLEGP 
KVLFQVGLAI LRINGEELLD VQDDGSFISV LKSYFSRLDE SAHPRSENPK LRAITRFQEL 
MVVAFKEFSQ ITHQTITEQR EKHKDAVLEN IESFAKRTSI RNLGPESKKL SSDDLGAIYD 
RYYEVLYDYQ QRQKVIEEEK KRQERKKSQR VSVIGPSVDR EVGRVGLGPS PTHMDYNAFR 
EFLAATAKWA IADSPGPSRK QSDSGSFRGL GRPTMNKRPS PADHEFMQRL FRKWSTDPDD 
GLSLQDVVNG IARLKGPRDI MNNITYFFDL YDDNGDGKVD REGILRMSEA LLFLSRRGFD 
GTITPSQSTE NLMPGKEEDK LSTGERFLGS VSSFIRRCFE YADPTKKTLE AEKLAETTDN 
LNSFSIGDDE EDLIDVGDDE VKSESTPSPE GETPGTPSLE PTERKRARST SEAANPALDP 
NNPLHITLPT FRMVVLADEL LEQFFDNYFP QSFHLSEQGA AAAQLPSLSS NLTTFSNIGA 
AKQQPTSSGP TVAGASGGIV PPNRGLRGVL DNIVTDGIRM AAEVKKRMDE AQRELERNAL 
NRDDDDEDDE DDDGHHGTAP AIVGGISSWG AGAYGADPER RSVRETDRDL LEGAEVVNIR 
GKDDVSLLDD KDSHQESSSG QRTAAGSDDK VVSKVVEFES