Gene ANIA_00040 details

Gene Information

• Locus tag: ANIA_00040
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001308
• Strand: +
• Start bp: 4718676
• End bp: 4722126
• Gene Length: 3451 bp
• Protein Length: 1134 aa
• GC content: 50%
• Product: DNA polymerase gamma (AFU_orthologue; AFUA_5G12640)
• Protein accession: CBF90322
• Protein GI: 259489774

Plasmid Coverage information

• Num covering plasmid clones: 10
• Plasmid unclonability p-value: 0.0503014
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 44
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCTTAAAG GTCACTGCAC ACCCTACTCG CGGGGTGTTC CTCGTTTTTA TGCTCAGAAA 
ACTCGCATTC GCTCATTTGC TCAGTCGCAA GCCTCGCCAC TAGCAGCAAG ATACTACAGC 
ACACAAGATG GAGCTGTTGA GCGCCAACGG AAGTCGTTGT CTGGTAAGTA AGCTACCACT 
CATCAATATC CTTGGTACTG ACTGTATAGT GCCTGGTGTG GCCAGATTCA ATGAAATTGG 
TGTTCAACAG CTGAGCGATC ACGTTTACTC CCAAATCTTT TTCAACAAGC CGACGCCGCC 
AGATCCGAAC CTAGTCGCGC TATCTAAAGA TCATCTTGCG CGACATGATC TCCTTGGGAA 
GGCGCAGGAG CATGCGGACC CGGTCGCCTT TGACCTCCCC GGCCTTCAAG GTCAAACGTT 
GGATGAACAC TTCTATAAGC TGGGAATGGA CTCATCAGAA CCATATCTCA CTTACTCGAA 
AGAATACGCA GTCGTTAATT CGCCGGAACT CCCGCGCAAA TGGGTCAGGC GCAGCGGATG 
GACCAAATAC AACAGTGATG GCAGTTGGGA AGCTGTGGAT GCGCCAAACG AATCAATGAT 
TACATTTGAT ACGGAAGTGA TGTACAAGGA GCATCCATTT GCTGTAATGG CATGCGCTGT 
TAGCCCGACA GCTTGGTACG CATGGATATC TCCTTGGTTA TTAAGGGAGT CCGAGAATGA 
AATTCAACTT GTTCCTCTAG GCGATCCAAC TAAGCCCCGT ATCATCGTGG GACACAATAT 
CGGCTATGAT CGTGCGCGCG TCTTGGAGGA GTATGACCTT AAGCAGACGG CTAATTTCTT 
TCTCGACACG ATGTCGCTTC ATGTCGCGGT GAATGGGATG TGCTCACAGC AACGGCCTAC 
ATGGATGCGT CATAAGAAGA ACAGAGATCT AAGAGACAAG ATTGCAAGTG ACAGTAACTC 
CGTTGAGCTT GCAGCTTTGA TCGAGAATAA AATGATACGG GAAGAGGAAG AAGAACTGTG 
GGTTGGAAGG AGCTCGGTCA ACTCACTCCG CGATGTAGCC AAATTCCATT GCGATGTTAC 
TATTGACAAG TCTCAGAGGG ACTATTTTGG CGAGCTTGAG AGACCGCAGA TACTGGCAAA 
GCTGGATGAG CTGCTCGACT ACTGTGCTGC GGATGTTGCA ATCACCCATC GTGTGTACAA 
GAAGGTTTTT CTTAATTTTC TTGAGACTTG CCCACATCCA GTCAGCTTTG GCGCTCTTAG 
GCATCTCTCG TCTGTGATTC TTCCAGTTAA TCAGACTTGG AAGGAGTATC TTGATAACGC 
CGAGTCGACC TATAATCAGA GACTGGGTGA TGTCCAGCGA AGACTTGTCG AGCTATGTGA 
TGAAGCGCTG AGTGTCAAAG ATGATCCAGA GAAATACATG AATGATCCCT GGCTACGACA 
GCTGGATTGG TCCGGCCAGG AGGTCAAGAT GGTGAAAGGA AAGAAGAAAG GCGACCCTCC 
TCGACCCGCC GCCAGGCAGA AGAAGCCTGG CATGCCGCAG TGGTACAAAG ATTTGTTCAG 
CTCGAATACT GCAGATATTA ACCTAACGGT CCGGACACGG ATCGCGCCAA TCTTGTTGAA 
GCTATCATGG GACACGCATC CACTGATCTG GTCAGATAAG CACGGCTGGA CGTTCAAAGT 
TCCCCGCGAC AAAGCTCACC AGTACGAGAA TCAACCAGTG GTTGCATGTA ATATGACAGA 
GGAAAAAAAT CCAGAGCTAC ATAATGATAG GAAGCACATC TACTTTAAAC TTCCTCACAA 
GGACGGACCA ACGGCGCGCT GCGTCAGTCC GTTGGCCAAA GGGTACCTGC AATATTTCGA 
GCGTGGCACA CTGTCTTCTC AGTATGCCCT TGCTAAGGAG GCATTGGAGA TGAATGCATC 
TTGTTCTTAT TGGATTAGTG CTCGTGACAG AATCATGGGC CAGTTGGTTG TTTATGAGAA 
TGATGTACGG CCTGCTTCTC CGAGTTCAAA GAACGGTGAT CAAAAATTGG GTTATATTCT 
ACCTCAGATC ATCCCTATGG GCACAATCAC TCGAAGGGCA GTGGAGAACA CGTGGCTTAC 
AGCGAGTAAT GCCAAGGCGA ACCGTGTTGG CTCTGAGCTG AAAGCAATGA TAAAAGCCCC 
TCCGGGCTAC GCTTTCGTTG GTGCTGATGT TGACTCTCAA GAGCTGTGGA TCGCAAGTCT 
CATTGGCGAT GCCCAATTCC AGCTTCACGG CGGAAATGCA ATCGGATTCA TGACCCTCGA 
GGGATCCAAA GCTGCAGGAA CTGACATGCA CTCCCGCACC GCTAAGATTC TGGGCATCTC 
GCGAAATGAC GCAAAGGTCT TCAACTATGG TCGTATTTAT GGAGCCGGTG TCAAGTTTGC 
GGCGACGCTG CTGCGCCAGT TCAACCCATC GATGTCTGAA AGAGAAACCC AGGAGGTAGC 
AAGTAAGCTT TATAAAGAGA CCAAGGGTGC CAAAACCACT CGCCGCCTCC TGAGCGATAA 
TCCATTCTGG CGGGGAGGCA CAGAGTCCTT TGTCTTCAAC AAGCTAGAAG AGTTTGCTGA 
TCAAGAAAGA CCACGAACCC CAGTTCTAGG CGCCGGTATC ACCGAAGCCC TAATGCGGCG 
CTTTATCAAC AGAGGAAGCT TTATGACTTC CCGTATCAAC TGGGCTATTC AGTCTTCTGG 
TGTCGACTAT CTACACATGC TGATCATCGC CATGGATTAT CTCATTCGAC GCTTCAATAT 
TCAGGCGCGT CTAGCCATCA CCGTCCACGA CGAAATCAGA TACCTTGTCA AGGAGCAGGA 
TAAATATCGC GCTGCTCTGG CCCTGCAGGT TTCCAACGTA TGGACGCGCG CCATGTTCTC 
GCAGCAGGTT GGCATCAACG ATCTGCCTCA ATCATGCGCC TACTTCTCGC AAGTCGACAT 
TGACCATGTC TTACGCAAGG AAGTCGACAT GGACTGCGTA ACACCTTCCC ACCCACACAA 
GATCCCACAC GGAGAGAGCT TAAACATCAC CCAGCTTCTT GATAAGAATG ACGCAGCCCG 
CCTCGACCCA TCAATCACCC CCATCTCCCG CCCTACACCC GAAAAGTATA CCTACACGCC 
TCGCAAAACC GTCATGTCTG CGCTCCAAAC CACCAACAAC CTAGCATTTA TCAAAGCCCA 
GATTACGAAA GATGACAAAG AGCTCCGCGA TATCATCAAA GATGTCACGA AACTCAATAA 
CCCCGTCAAC GCCAAATGTA CAGTTCCGCG GTCGGACACG CGCGCCAAAG CAACAGCCAA 
ACCTGTAGCC GAACCGCAGA AAGCCATCCT CATGGATATT GGCTCTGGTT TATACGGTGG 
CGGCGTTCGA GACTTCACCC AGGGGAGCAG GCCTCCTCAA GTCAACCTCC ATCGGCAACC 
GTGGAAACCA CGACCCACGG CTAGAGCATA G 

 

Protein sequence

MLKGHCTPYS RGVPRFYAQK TRIRSFAQSQ ASPLAARYYS TQDGAVERQR KSLSVPGVAR 
FNEIGVQQLS DHVYSQIFFN KPTPPDPNLV ALSKDHLARH DLLGKAQEHA DPVAFDLPGL 
QGQTLDEHFY KLGMDSSEPY LTYSKEYAVV NSPELPRKWV RRSGWTKYNS DGSWEAVDAP 
NESMITFDTE VMYKEHPFAV MACAVSPTAW YAWISPWLLR ESENEIQLVP LGDPTKPRII 
VGHNIGYDRA RVLEEYDLKQ TANFFLDTMS LHVAVNGMCS QQRPTWMRHK KNRDLRDKIA 
SDSNSVELAA LIENKMIREE EEELWVGRSS VNSLRDVAKF HCDVTIDKSQ RDYFGELERP 
QILAKLDELL DYCAADVAIT HRVYKKVFLN FLETCPHPVS FGALRHLSSV ILPVNQTWKE 
YLDNAESTYN QRLGDVQRRL VELCDEALSV KDDPEKYMND PWLRQLDWSG QEVKMVKGKK 
KGDPPRPAAR QKKPGMPQWY KDLFSSNTAD INLTVRTRIA PILLKLSWDT HPLIWSDKHG 
WTFKVPRDKA HQYENQPVVA CNMTEEKNPE LHNDRKHIYF KLPHKDGPTA RCVSPLAKGY 
LQYFERGTLS SQYALAKEAL EMNASCSYWI SARDRIMGQL VVYENDVRPA SPSSKNGDQK 
LGYILPQIIP MGTITRRAVE NTWLTASNAK ANRVGSELKA MIKAPPGYAF VGADVDSQEL 
WIASLIGDAQ FQLHGGNAIG FMTLEGSKAA GTDMHSRTAK ILGISRNDAK VFNYGRIYGA 
GVKFAATLLR QFNPSMSERE TQEVASKLYK ETKGAKTTRR LLSDNPFWRG GTESFVFNKL 
EEFADQERPR TPVLGAGITE ALMRRFINRG SFMTSRINWA IQSSGVDYLH MLIIAMDYLI 
RRFNIQARLA ITVHDEIRYL VKEQDKYRAA LALQVSNVWT RAMFSQQVGI NDLPQSCAYF 
SQVDIDHVLR KEVDMDCVTP SHPHKIPHGE SLNITQLLDK NDAARLDPSI TPISRPTPEK 
YTYTPRKTVM SALQTTNNLA FIKAQITKDD KELRDIIKDV TKLNNPVNAK CTVPRSDTRA 
KATAKPVAEP QKAILMDIGS GLYGGGVRDF TQGSRPPQVN LHRQPWKPRP TARA