Gene ANIA_05571 details

Gene Information

• Locus tag: ANIA_05571
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001305
• Strand: +
• Start bp: 2113696
• End bp: 2117274
• Gene Length: 3579 bp
• Protein Length: 1048 aa
• GC content: 53%
• Product: oxoglutarate dehydrogenase (succinyl-transferring) (Eurofung)
• Protein accession: CBF81643
• Protein GI: 259484969

Plasmid Coverage information

• Num covering plasmid clones: 23
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 37
• Fosmid unclonability p-value: 0.532364
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGTTTCGTT CTACCGCCAT GAAGGCGACC GTGCGCGGTG CTGCCTGCTC TTCATGTAGA 
CGGTCAATGT CTCTCGCTTC TACCGTCAGA CGTGCCGACT CGAGCTCAAA ATTTGGCCTA 
GCTACCCGAC GACCTCTCGC CCTTGTTGGC AAGAGATTCT ATGCCTCGTC TGCCGAGGAT 
TCTGGCGTGG TAAGAATGTC CTTTTCGAAA ATTGTTCCTG ATATTCGACT GACTTATTGC 
TTCCCTCATT ATTAGGCCGC CAGCGACTCC TTTCTCTCAG GAAACACCGC CAACTATATT 
GATGAGATGT ACGTCGCATG GAGGAAAGAC CCTTCAAGCG TCCACATCTC GTGGCAGACG 
TATTTCCGTA ACATGGAGGA GGGCAAAATG CCAATCTCCC AGGCCTTCCA GCCCCCTCCT 
ACCCTCGTTC CGACGCCCAC TGGGGGCGTC CACCAGGAGA TGCCCGGTGC TGGTCTCGGT 
CTTTCCCAAG GCACTGATGT CACAAAGCAC CTGAAGGTCC AACTACTTGT TCGCGCATAC 
CAGGCTCGCG GTCACCACAA GGCTAAGATC GATCCCCTGG GTATCCGTGG CGAAGCTGAA 
GCCTTTGGTT ACAGCAAGCC CAAGGAGCTC GAGCTGGACC ATTACGGCTT CACCGAGCGC 
GATCTAGATG AGGAGTTTGA CCTTGGTCCA GGTATTCTTC CCCGCTTCGC TACTGAGGGC 
CGTAAGAAGA TGTCTCTCCG TGAGATCATT GCTGCTTGCG AAAAGATCTA CTGTGGCTCG 
TACGGCGTGG AGTATATTCA CATCCCCGAC CGTAAGCCTT GCGATTGGAT TCGTGATCGT 
TTCGAGGTCC CGGAGCCCTA CAAGTACTCC GTCGATGACA AGCGCCGCAT TCTCGACCGT 
CTCATCTGGA GTTCTAGCTT TGAGGCTTTC CTGGCTACCA AGTTCCCTAA CGATAAACGT 
TTCGGTCTGG AGGGTTGCGA AACCCTTGTG CCTGGTATGA AGGCTTTGAT CGACCGCAGT 
GTCGATTATG GTATCAAGGA CATCGTCATC GGTATGCCCC ACCGTGGTCG TCTCAACGTC 
CTGTCCAATG TCGTTCGAAA GCCCAATGAA TCCATCTTCA GTGAGTTCGC CGGTTCTGCC 
GAGCCTTCCG ATGAGGGCTC TGGTGATGTC AAGTACCACC TTGGCATGAA CTTCGAACGC 
CCCACCCCCT CTGGTAAGCG TGTGCAGCTC TCTCTTGTTG CAAACCCGTC CCATCTCGAA 
GCCGAGGACC CCGTCGTCTT GGGTAAGACC CGCGCTATCC AGCACTACAA CAATGATGAG 
AAGAACTTCG ATAGCGCCAT GGGTGTTTTG CTGCACGGTG ATGCTGCGTT TGCTGCTCAG 
GGTATTGTCT ATGAGACCAT GGGCTTCCAC TCCTTGCCCG CCTACTCCAC TGGAGGAACT 
ATCCACATCG TCGTGAACAA CCAGATTGGT TTCACCACCG ATCCTCGCTT TGCTCGCTCT 
ACACCTTACT GCTCAGACAT CGCCAAGTCG ATTGATGCGC CTGTCTTCCA CGTCAACGCT 
GATGACGTTG AGGCTGTTAA CTACGTCTGC CAGGTCGCTG CTGACTGGCG CGCCGAGTTC 
AAGCGTGACG TTGTCATTGA TATTGTCTGC TACCGTAAGC AGGGTCACAA CGAGACTGAC 
CAGCCCTCTT TCACCCAGCC TCTAATGTAC AAGCGCGTTG CTGAGAAAAA GCTTCAGCTC 
GACATGTACG TTGAGAAGCT CATTTCCGAG GGCACCTTCA CCAAGGAGGA CATTGACGAG 
CACAAGAAGT GGGTCTGGGG CATGCTCAAT GACAGCTTTG ACCGAAGCAA GGACTACCAG 
CCCACCGGTA AGGAGTGGCT GACCTCCGCC TGGAACGGTT TCAAGACTCC CAAGGAGCTT 
GCCACTGAGG TGCTGCCGCA TCTTCCCACC GCTGTCGAGC CTCCTATTCT GAAAAATGTC 
GCCGACAAGA TCAGTGGTGC TCCTGAAGGC TTCACTCTTC ACCGCAACCT CAAGCGTATT 
CTGGGCAACC GCAAGAAGAC CGTTGAGGAG GGTAAAAATA TTGATTGGGC TACTGCCGAG 
GCTCTTGCCT TCGGTTCCCT CGTCAGCGAG GGTTACCACG TCCGTGTGTC CGGTCAGGAT 
GTTGAGCGTG GTACTTTCTC TCAGCGTCAT GCTGTTCTCC ACGACCAGGA GACTGAGGCG 
ACTTACACCC CTCTTCAGCA CATCAGCAAG GACCAGGGTA GCTTTGTTAT TTCTAACTCG 
TCTCTGAGTG AATTCGGAGC GTAAGTTTCA CTGGAAATTC TCTTTCGCAA TTCTCTAACC 
TGTTTACAGC CTTGGCTTCG AGTATGGTTA CTCTTTGACC TCTCCTAACG CCCTTGTTAT 
GTGGGAGGCT CAGTTCGGTG ACTTTGCCAA CAACGCTCAG TGTATCATCG ACCAATTCAT 
TGCCTCTGGA GAATCCAAGT GGCTGCAGCG CTCCGGTTTG GTCCTGTCTC TTCCTCATGG 
TTACGACGGT CAGGGCCCTG AGCACTCTTC CGGTCGTATG GAGCGTTACC TCCAGCTCTG 
TAATGAGGAG CCCCGTGTCT TCCCCTCCCA GGACAAGCTC GACCGCCAGC ACCAGGACTG 
CAACATGCAG GTTGCTTACA TGACCAGCCC TGCGAACCTG TTCCACTTGC TGCGTCGCCA 
GATCCACCGT CAATTCCGCA AGCGTATGTT GTTCCCTCCC TTACAATATG GACCTAAGCT 
AATCAAATCT AGCCCTTGTG ATCTTCTTCT CTAAGTCTCT CCTTCGTCAC CCACTTGCTC 
GCTCCTCTAT TGAGGAGTTC ACTGGCGACT CTCACTTCCA ATGGATCATT CCCGACCCTG 
CTCATGGAAC CGCCATCGAT GAGCCTGAGA AGATTGAGCG TGTCATTCTC TGCTCTGGCC 
AGGTGTACGC TGCCCTCACC AAGCACCGCG AAGCCAACAA CATCCGCAAC ACTGCCATCA 
CCCGTGTTGA GCAGCTGCAT CCCTTCCCTT GGGCTCAGTT GAAGGAGAAC CTTGACAGCT 
ACCCCAACGC TCGCAACATT GTGTGGGCTC AGGAAGAGCC CCTGAATGCC GGTTCATGGA 
GCTACGTCCA GCCTCGCATT GAGACTCTGC TTAACGAGAC CGAGCATCAC AACCGCCGCC 
ACGTCATGTA TGCTGGTCGC CCGCCAAGTG CTTCCGTAGC CACCGGCTTG AAATCCGTTC 
ACGTGAAGGA AGAGCAGGAA ATGCTCGAGG AGGCTTTCTC CGTCCACCAG GAGCGTTTGA 
AGGGCGAGTA GACTTGCACA AGTCAAGCAT TTCTTTTTTT CTTTCCGAGT GATCTATTTC 
TGAAGGGAGC GGGCTCAGCG TCTACTTCAT TTTGGTTTCC ACTGTATGAC TTCTTTCCTA 
TGTACTTTGT CTTCTGTTTT GCATCTGTCC TGGGTGCGCT GGACATTGGT ATTGGGTTTG 
ACCCTGGTAT AGATTTCCTG GGCTGGCCTG TATACCTAAA ATATGTCTTT CCGCGTATAT 
GTAAAATAAG TACACGTTTG GCATAATAAG AAATTTCCT 

 

Protein sequence

MFRSTAMKAT VRGAACSSCR RSMSLASTVR RADSSSKFGL ATRRPLALVG KRFYASSAED 
SGVAASDSFL SGNTANYIDE MYVAWRKDPS SVHISWQTYF RNMEEGKMPI SQAFQPPPTL 
VPTPTGGVHQ EMPGAGLGLS QGTDVTKHLK VQLLVRAYQA RGHHKAKIDP LGIRGEAEAF 
GYSKPKELEL DHYGFTERDL DEEFDLGPGI LPRFATEGRK KMSLREIIAA CEKIYCGSYG 
VEYIHIPDRK PCDWIRDRFE VPEPYKYSVD DKRRILDRLI WSSSFEAFLA TKFPNDKRFG 
LEGCETLVPG MKALIDRSVD YGIKDIVIGM PHRGRLNVLS NVVRKPNESI FSEFAGSAEP 
SDEGSGDVKY HLGMNFERPT PSGKRVQLSL VANPSHLEAE DPVVLGKTRA IQHYNNDEKN 
FDSAMGVLLH GDAAFAAQGI VYETMGFHSL PAYSTGGTIH IVVNNQIGFT TDPRFARSTP 
YCSDIAKSID APVFHVNADD VEAVNYVCQV AADWRAEFKR DVVIDIVCYR KQGHNETDQP 
SFTQPLMYKR VAEKKLQLDM YVEKLISEGT FTKEDIDEHK KWVWGMLNDS FDRSKDYQPT 
GKEWLTSAWN GFKTPKELAT EVLPHLPTAV EPPILKNVAD KISGAPEGFT LHRNLKRILG 
NRKKTVEEGK NIDWATAEAL AFGSLVSEGY HVRVSGQDVE RGTFSQRHAV LHDQETEATY 
TPLQHISKDQ GSFVISNSSL SEFGALGFEY GYSLTSPNAL VMWEAQFGDF ANNAQCIIDQ 
FIASGESKWL QRSGLVLSLP HGYDGQGPEH SSGRMERYLQ LCNEEPRVFP SQDKLDRQHQ 
DCNMQVAYMT SPANLFHLLR RQIHRQFRKP LVIFFSKSLL RHPLARSSIE EFTGDSHFQW 
IIPDPAHGTA IDEPEKIERV ILCSGQVYAA LTKHREANNI RNTAITRVEQ LHPFPWAQLK 
ENLDSYPNAR NIVWAQEEPL NAGSWSYVQP RIETLLNETE HHNRRHVMYA GRPPSASVAT 
GLKSVHVKEE QEMLEEAFSV HQERLKGE