| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04566 |
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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 | BN001303 |
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| Strand | + |
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| Start bp | 1639918 |
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| End bp | 1643424 |
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| Gene Length | 3507 bp |
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| Protein Length | 918 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 | Chitin synthase C (EC 2.4.1.16)(Chitin-UDP acetyl-glucosaminyl transferase C)(Class-I chitin synthase C) [Source:UniProtKB/Swiss-Prot;Acc:P30583] |
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| Protein accession | CBF77244 |
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| Protein GI | 259482604 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.0856181 |
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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 | 38 |
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| Fosmid unclonability p-value | 0.834607 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCCTATA ATCGCTTGGG TCAGTACACA ATTAATTTTC TCTTCTTGTT TCTGCTTAGC
CATACTGTTC TGCCTGAGCT CGCATTGCGC GGCTCGCCTA CATTCTCGGC ATCAAATTTC
CCAACCAGTT CTGAAACTCT AGCTCCCGAC GAATCGCGAC TTCAGTGAGG GGGTCCTACA
GCAGATTCGT ACTAGGATCG TAGCGCGAGC CCCTGGCTCT TCCTCAGTTT CATTTCGTTA
TTAGTTTACA TATGGTCATC TCTTGTGGTT GCTCTTCTGT TCTATCTCCG TTACTCTTGC
GCATGCTCGA CCGCGGCCGC TCAATTGACA TTTGGATCCA GGAGACCCCT ACGGGGACGA
CCGCGACGCT CGTTCCCCCA TCATGAATCC CAGCAGCTTG AGTAACCGAT CGCCTTCGCC
TGGGCGACCG CTCGACGGCT ACCAGCTCTC AGATGCGCCG TACGGACATC ACCATCACAT
AGAAATGCCC TCGAGTGACC GATTGGCCGA ACAACCGACG GTAAGATAGT CAGGAACTGG
GGCGGTAGAT ATGGATACTG AACTGTTGTG CGATAGTATT CGGTCGAGAG AATCCCGCAG
TCGTATGGCC ACAACGAAGC GTATGAAGCG CAGCACCAAC ATTATCCAGG TTACGAGTAC
TCGGTGGACC CCGAAGCACA CCATGACGCT TACTATACCC AACCATACCA GCCTACAGTT
ACACCGGGCC ATGACGATTA TGACCTCGGC CAGTATCCAG GACATCAGCA TTCTTACCAG
GATGATGAGC CGATCCTCCA ACCGGAAGAC CCCTTTCAGG CCCAGAACCC ATACAGCGAC
GACTACCAGG AGGACATGAC AATTGCCCCA ACGCCTAGTC CCGCTCCGCT CCGGCGATGG
AAGACTGTCA AAGAGGTGCA ACTATTTCAA GGCAATCTTG TTCTAGACTG TCCTATCGCA
CCAAAGCTAC TCAACCAAAT TCCCCATGCG GAGAACGGCC AGCGCGATGA ATTCACGCAT
ATGCGCTATT CCGCCGCTAC TTGTGACCCT AAAGACTTCT TCGAGGAACG GTTTACCCTG
CGCCAGAAGC TTTTTGCCAA ACCCCGACAC ACGGAACTGT TTATTGTCGT GACGATGTAT
AATGAGGACG ACTTTCTCTT CGCGAGAACG ATGGTCGGAG TATTCAAGAA CATTGAGCAC
ATGTGTTCAA GGACTCGAAG CAAGACCTGG GGCAAAGATG CCTGGAAGAA GATTGTGGTC
TGCGTCATTA GCGACGGTCG TGCTAAGATT AACCCGCGAA CGCGCGCGGT CTTGGCTGGT
CTGGGATGTT ATCAGGATGG CATCGCGAAG CAGCAGGTCA ACGGGAAAGA CGTTACAGCG
CATATCTACG AGTACACAAC CCAAGTTGGC ATGGAGTTAA AAGGGAATCA GGTCCATCTC
AAGCCTCGCT CGGGAGTGCC GGTGCAGATG ATTTTCTGCC TCAAGGAAAA AAACCAGAAA
AAGATTAACT CACATCGCTG GTTCTTCCAG GCTTTTGGCC GTGTACTTGA CCCCAACATC
TGTGTCCTAC TCGATGCTGG CACGCAGCCT GGTAAGGATT CGATCTATCG TTTGTGGAAG
GCTTTCGATG TTGAGCCGAT GTGTGGAGGT GCTTGTGGTG AGATCAAGGT CATGTTAGAC
CATGGGAAGA AGTTGTTCAA TCCACTGGTC GCTGGGCAGA ACTTCGAGTA CAAGCTCAGC
AACATCCTGG ATAAGCCTTT GGAATCGGCT TTTGGATTCA TTTCTGTGCT TCCGGGTGCC
TTCTCCGCCT ACCGCTATAT TGCACTACAG AACGATAAGA ACGGCCAAGG TCCGCTGGAG
CGGTACTTCC TCGGTGAGAA GATGCACGGC GCCAATGCAG GCATATTTAC TGCCAACATG
TATTTGGCCG AGGACCGAAT CCTATGTTTC GAAATCGTTA CTAAACGCAA TTGCCGCTGG
CTACTTCAAT ATGTCAAATC CTCAACTGGT GAAACTGATG TGCCGGATCA GATGGCGGAG
TTCATCCTCC AGCGTCGTCG ATGGCTGAAT GGTAGTTTCT TTGCGGCCGT CTATGCCATT
ACACACTTCT ATCAGCTTTG GCGCAGCGAC CACAGCTTCA TTCGAAAGTT CATGTTGTTG
ATCGAGACGA TATATCAGAC GATTAACATG CTGTTCGCTT GGTTTGGCAT TGTAAGTCCT
CTCTTTGGAT ACATTGGAGC CTACTAATTG CTATAGGGTA ACTTCTTCTT GGTTTTCCAT
ATCCTCACAA CGTATCTTGG CGATGCAGAC CTCCTAGGAA CTGCTGGTAA GGTCTTGGGA
GTAGTTTTCG AATGGCTCTA CCTCGCAACC CTGGTGACCT GCTTCGTTCT ATCCCTGGGT
AATCGTCCTG GCGGCTCCAA CAAACTATAC ATGACGATGG TGTATTTGTG GGTTTTCATC
ATGATCTACC TCGCGTTCGC TGCGGTCTTC GTGACGGTGC GGTCCATTCA AGAAGAAGTT
AAGGATGGCT CGTTTACCTT TTCGACGCTT TTCACCAATA GCACTTTCTT CTCTATAATT
GTCTCGCTGG GCTCGACGTA CGTCATGTGG TTCATCGCAT CGATTATTTT CATGGACCCA
TGGCACATGT TTACATGCGT AAGTCTCGAC TTGTGATGTT CTTCAATATG GTTCTGACAT
TTGCAGTTCA TTCAATACAT CCTTCTAACC CCTACCTATA TCAACGTCCT GAACATCTAC
GCTTTCTGCA ACACGCACGA CATAACATGG GGTACGAAGG GTGATGACAA AGCCGAGAAA
CTACCATCAG CAAATCTCAA GCCCGGTGGT AAAGTCGACG TCAACATTCC TCAGGATGAC
GGTGATCTTA ATGCCCAGTA TGAGGCGGAG CTCATGAAAT TCGCTCAGAA ACCACCCAAG
GAAATCAAAA CCATTTCTGA GGAGGAACGT CAGGCCGACT ACTACAAGGG GTTCCGGTCC
TCCGTCGTTC TCGTCTGGGT ATTTTGCAAT TTTGCTCTGG GCGCTGTTGT CCTCAGCTCG
GCCGGACTGG ATCGCTTCAG TGATGACGCC GAGGCCGCGG AGACAGATAG GAACAATCGG
GCCATGATTT ACATGGCCGT TGTGCTATGG AGTGTGGCAG GTCTCTCGAT CTTTAAGTTT
CTTGGTGCGA TGTGGTTTTT GGTTGTGCGA ATGGTGAGTA TCTTCTCCAG ATTTATCTCT
TCAGTTAGTA CAGCATCTAA CATGATATGT AGTTCCGAGG TGTCTAATCT CTTCCACCGA
TCACGTATTA CCCTCCAAGC ATTTAATGGC AGACGGTTTT TGTCGATTCC TGCAGGTTCA
GCATATCGCA ATGATGATAA AGACAATGGC TTATGGAACG TTATTGTATT CATGTCCGAT
TGATTTCTGC CCGACCGGTT GCTGGGCGTT GATGTGTTTA TATGTAGACG ACCGTTGATA
CCTCCAATGT ACGATTTTCT CAATGTG
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| Protein sequence | MSYNRLGDPY GDDRDARSPI MNPSSLSNRS PSPGRPLDGY QLSDAPYGHH HHIEMPSSDR
LAEQPTYSVE RIPQSYGHNE AYEAQHQHYP GYEYSVDPEA HHDAYYTQPY QPTVTPGHDD
YDLGQYPGHQ HSYQDDEPIL QPEDPFQAQN PYSDDYQEDM TIAPTPSPAP LRRWKTVKEV
QLFQGNLVLD CPIAPKLLNQ IPHAENGQRD EFTHMRYSAA TCDPKDFFEE RFTLRQKLFA
KPRHTELFIV VTMYNEDDFL FARTMVGVFK NIEHMCSRTR SKTWGKDAWK KIVVCVISDG
RAKINPRTRA VLAGLGCYQD GIAKQQVNGK DVTAHIYEYT TQVGMELKGN QVHLKPRSGV
PVQMIFCLKE KNQKKINSHR WFFQAFGRVL DPNICVLLDA GTQPGKDSIY RLWKAFDVEP
MCGGACGEIK VMLDHGKKLF NPLVAGQNFE YKLSNILDKP LESAFGFISV LPGAFSAYRY
IALQNDKNGQ GPLERYFLGE KMHGANAGIF TANMYLAEDR ILCFEIVTKR NCRWLLQYVK
SSTGETDVPD QMAEFILQRR RWLNGSFFAA VYAITHFYQL WRSDHSFIRK FMLLIETIYQ
TINMLFAWFG IGNFFLVFHI LTTYLGDADL LGTAGKVLGV VFEWLYLATL VTCFVLSLGN
RPGGSNKLYM TMVYLWVFIM IYLAFAAVFV TVRSIQEEVK DGSFTFSTLF TNSTFFSIIV
SLGSTYVMWF IASIIFMDPW HMFTCFIQYI LLTPTYINVL NIYAFCNTHD ITWGTKGDDK
AEKLPSANLK PGGKVDVNIP QDDGDLNAQY EAELMKFAQK PPKEIKTISE EERQADYYKG
FRSSVVLVWV FCNFALGAVV LSSAGLDRFS DDAEAAETDR NNRAMIYMAV VLWSVAGLSI
FKFLGAMWFL VVRMFRGV
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