| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10153 |
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| Symbol | sskB |
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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 | BN001308 |
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| Strand | + |
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| Start bp | 1226637 |
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| End bp | 1230904 |
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| Gene Length | 4268 bp |
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| Protein Length | 1313 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | MAP kinase kinase kinase (Eurofung) |
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| Protein accession | CBF87987 |
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| Protein GI | 259488502 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.701768 |
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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 | 42 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATTGTT GTCGCCACAC GGTGCACCGC CACAGCCGGC TGGCAGCTTG GCGTCTCGAT
CGCCTCCAAC TTTCTCCCGG ATTCCCCATC GAGACCACCA CCAAGTCATG GACCCTCAAG
CGGTCCGCGA ATACCAGCTC ATGGAGCAAC CGGACGTGGG ACATATAGAT TCCGATGGAT
CCGGCTCATC TGATGATATT CTAAATCCCC CATACGTTGT TCGACCCGGG CCAATTGTCG
GCGAACCCTA CGACACCCAA ATGGCCTCGT CCAACGCTGG CCTCCCCTCC TCTCCCCCTC
AGACTCATCC TTCCCTCAGT TCCTGGGCCC CTGCTACTCC AGCACGTCCC CGCGGTGCTA
GTGTTGGCAC ACCAGCTTTC GATAAGATGT CTTCACCAGC CGTCGAAGGA ACGCCACTCG
TTGAGCGCGA GCTCCGAATG CAACAGCGCC CTAGTCACCC TGCCAGAACT CCTTCCAATA
CTTATGCACC GCAACGACGG CCTCCCCCAT ATATTAGCTT TCAAGACGAC CGCCAGCGGT
CGTCGTCTAA TAAGCGAACT CCGAGACGGA ATCCGGATGC TCAGTATCGA GCACAAGAGA
AAGCGTACGT CCAACGCATC CGTGAGGATC CGCAGGGATG GTACAGCCGG TTTGAAGATA
CCGGGATGGG TGTAACTGGT GATGCCTCTG ACCTTGAGGA TCCTTCGCCC TCCTCGGAAT
TGCCGTTTGA GGATGATACA TACGATCCTG ACATTCAGCT TTTCATTGCC GATGATAACC
AGCCTTCAAT GGAGGAGCTT AAGAATCCGA AGAATCAGGA ACGGCTTGAG TGGCATTCTA
TGTTGGCTTC GGTGTTAAAA GGCGATGTCG TTAAGCAGGA GAAGCAGCGG TTACTTGGTT
CCGCAGAGCC TAATAGATCA GCTGCTCAGA ACCATGCAAT CTGGCTTGGT GTTCGAGCTA
GGACATGTGG CCGGAGCTTG ACACTGCAAC GGAAGCTCAT TGAGGATGCA AGATCTGGTC
TTGGGCCTAT CATCGAAAAT ATCATCAATT TCGAGATCAA AGGTGAGACT GAGATTGGGA
AATCGCCTAT CAAGCAGGTA GAGGATATTG TTGAGCAAAT TGGGAAATGT GAGGCGCTTT
ATCCAACCCA TAAAGAGCTT GAAACAGCGC ATCCTCGCGT TGCTTCGGAA GAGTACTGCT
CAAGTCGCGA TGCTGTGTTC GCCTGGCATA ACACTACCAT TCTGATCAAT ACGGAGCTTG
CTATTTTGCA GAAGTGGGTC GGGAATGCCG AGCTTGACTT TAGCAAAGCT GGATTGAAGC
CTGCTAATAG TGATCTTTCC GATGAATCAT CCTTTCTTGA TCGTATCATG AAAGAGGACG
GCCTCAAAAC CCTTCAAGGG GAGCACAACA TGCTGAATGG CATTGGGGCG GTAATCCAGA
AGGCGAAGAA TACTTTGATA GAGAACGCAA CTTCCTTCGC CAAACGACAT TTACCACCTT
ACATTGAGGA ACTTCTCATC CTCATCAACT TCCCTTCTCG TTTGATCCAA GAGATTATCC
GCGTTCGGCT ATCCTACGCA CGGAATATGA AGGACCCGGC ACAACAATCC CCCATCCTGG
TTGACCAGAT GATTACACAG TTCCAGATTC TGATGAGAGC TGCCGTAGAT ATCAAGCAAC
GGTATCTTGA TATCGCCCGA CCGGAACCGG GCTGGGATCT TCCACCCTGC ATCGACGAAA
GCTTTGATAG TGTCGTGCTC GATGCTCTGC GATACTACTT TCGGCTACTC AATTGGAAGT
TGCAAGCAAA CAAGAACACG TTCAAAGAGG CGGAAATTCT GGAGCAGGAA TGGGATTTCT
GTAACGAAAT CGGTCGTCAG CTTGATAGCG GTGATATTGA AGTTGCGGAG CAGTTTAGGT
AAGGCCAACA CTGTCCCACA TAGTGCTATT ATGCTAACTT TTACAGTGTC TTGACTGCTA
GGGCTATCCA TCGCTTGCTG ATTCATTTTG AGCGCGAGCT GCACGTCCAG GAGGATGAAG
ACCCGGCGGA GCTGGATAAA CGATTTAAAG GTATCCTGGA TTCAACTCGT ATTCGGCAAC
GGAAGCTTTA CCGATTCTCT CGGTTTTTGC GCCAATTGTT TGAAAACGCC TCTGAATATA
ATCTTCCGGC GGACATCTCA TGGGACTTCT TCGAAGCCCT GTTTGTATCG GATCACTTTC
TTATCAAATC CAATGCGTCC TCCGCTCAGA AGGGTGTTTA TTACTTTGCG CATCCTGCGC
TCTGGAACCG TCCAGATGAG ATTGCGGCTA TTCTCGGAAC ATCATTCCGT GAAGAAGAGG
TCGGGAAAGA GCTCACCCAT GTGCCATACG TGCTTGCTGT ACGTCCTGAA AAGCCGTTAT
CCTGGGCGGG CAAAGAGATG CAGGTTGAGC TGGTTGAGCA ACCCACCGAC TTGCGGCTTG
GGAAGCTGCG CCTTATCGTT GAGGGATCAC AGCAGCGCCT AGTCAACGCG AGGCTTGAAC
TAACTCACTT GACCGGCATT CAACTCGACA TGGCCATTGA GCAACGTGCA AACCTTAGTC
GTGTCAACGC CGAACTCAAT AGGATTAAGA AGATATCGTT CAAACTCTCC ATGACTATTA
TGGACAGCGT CGCGATTCTT AGAAGACAGT TAAGGGAGAA AGGCGTGGAA AACACCGAAC
TCATTCAGGC ATGCTACGCC TTCGCGACAG AATTCGGTAA ACGTTCATCG AACGTTGATC
CTAACCGACG TGCAATGAAC AGTGCTAGAC TGGCAGAGTT ATCTTTAGAC TGGGTCTCGT
TCATCTGTGA TGATTGTGAT GCTGCTGATC GGAAGACCTT CAAGTGGGCC GTGGCTGCCC
TTGAGTTTGC GATGGCCATA ACGTCTAGCA GACATCTTCT TTCAATGGAC GATGCACATT
TTGCACGATT GCGGCAGAAA GTGGCGGGCT GTATGTCGCT TCTTATCTCT CACTTTGATA
TCATGGGCGC ACGGTCTTCA CGTGCAGCCC AGGCTGAGAA GCAACGTATG GATGAAAGCG
CTCGTTCCTG GAAGATTGGC GCTGGCCGAA TCCTTACTGA CGAGGAAGCC ATGAGGCTCG
TTCGTGAGCA GCGTCTCATA AGCTTGAATG CCATCGAGGA AGGTCGGGTT GAGGCAGATG
CCAAACGTCA GGCTCTAGGA AGGGTTCTTG AAGGAACAAA TGAGGCTGAT AAATCTCTCG
CGGTGTTATC TTCGTCGGCG ACGAACGTAA CATTACGTTG GCAGCAGGGT CAGTACATCG
GAGGTGGTAC ATTTGGGTCT GTCTACGCTG CGATCAATCT GGACAGCAAT TACCTCATGG
CAGTTAAGGA GATTCGTTTG CAAGACCCAC AGCTTATTCC TAAGATCTCG CAACAAATCC
GTGACGAGAT GGGTGTCTTA GAAGTCTTGG ATCATCCCAA CATCGTGTCA TACCATGGCA
TTGAAGTCCA TCGCGACAAG GTGTACATCT TCATGGAATA CTGCTCCGGT GGATCCCTCG
CCACCCTCCT TGAGCATGGC CGTGTCGAGG ACGAGACGGT TATCATGGTT TATGCGCTCC
AACTTCTAGA AGGTTTAGCG TATCTCCATC AATCCGGAAT CGTGCACCGC GACATCAAGC
CCGAAAATAT CCTGCTTGAC CACAACGGCA TTATCAAGTA CGTAGATTTC GGAGCAGCCA
AGATTATCGC TCGTCACGGC AAAACTCTCC TGCCTATGGA CGCCCTCGGC AACGGAGGAA
ATAAAGATGG CATTAACCCT AAAGACAACC AGGTCGCACC CAACCGGGGC AAGAACCAGA
AAACCATGAC CGGAACTCCC ATGTATATGT CCCCGGAAGT CATTCGCGGC GACACCAGCA
AGCTCGTACA CCGCCAGGGC GCCGTCGATA TCTGGTCTTT GGGCTGTGTT ATCCTGGAAA
TGGCCACGGG CCGTCGTCCC TGGTCGAGCC TGGACAACGA GTGGGCTATC ATGTACAATA
TCGCCCAGGG CAATCAGCCA GCGCTGCCGT CTCGCGATCA ACTCAGCGAT TTGGGCCTCG
ACTTCCTCCG TCGCTGTTTT GAATGTGATC CTATGAAACG GCCAACCGCG GCGGAACTGC
TCCAGCACGA ATGGATTGTC TCGATCCGTC AGCAGGTTGT GATCGAGACG CCTACGCCGA
GTAGCGAGCA TAGCGGTAGC ATCAGCAGTT CGAACTCGGG AAGTCGACAT AGCTCAGCGT
ATATGTAA
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| Protein sequence | MDCCRHTVHR HSRLAAWRLD RLQLSPGFPI ETTTKSWTLK RSANTSSWSN RTVGTPAFDK
MSSPAVEGTP LVERELRMQQ RPSHPARTPS NTYAPQRRPP PYISFQDDRQ RSSSNKRTPR
RNPDAQYRAQ EKAYVQRIRE DPQGWYSRFE DTGMGVTGDA SDLEDPSPSS ELPFEDDTYD
PDIQLFIADD NQPSMEELKN PKNQERLEWH SMLASVLKGD VVKQEKQRLL GSAEPNRSAA
QNHAIWLGVR ARTCGRSLTL QRKLIEDARS GLGPIIENII NFEIKGETEI GKSPIKQVED
IVEQIGKCEA LYPTHKELET AHPRVASEEY CSSRDAVFAW HNTTILINTE LAILQKWVGN
AELDFSKAGL KPANSDLSDE SSFLDRIMKE DGLKTLQGEH NMLNGIGAVI QKAKNTLIEN
ATSFAKRHLP PYIEELLILI NFPSRLIQEI IRVRLSYARN MKDPAQQSPI LVDQMITQFQ
ILMRAAVDIK QRYLDIARPE PGWDLPPCID ESFDSVVLDA LRYYFRLLNW KLQANKNTFK
EAEILEQEWD FCNEIGRQLD SGDIEVAEQF SVLTARAIHR LLIHFERELH VQEDEDPAEL
DKRFKGILDS TRIRQRKLYR FSRFLRQLFE NASEYNLPAD ISWDFFEALF VSDHFLIKSN
ASSAQKGVYY FAHPALWNRP DEIAAILGTS FREEEVGKEL THVPYVLAVR PEKPLSWAGK
EMQVELVEQP TDLRLGKLRL IVEGSQQRLV NARLELTHLT GIQLDMAIEQ RANLSRVNAE
LNRIKKISFK LSMTIMDSVA ILRRQLREKG VENTELIQAC YAFATEFGKR SSNVDPNRRA
MNSARLAELS LDWVSFICDD CDAADRKTFK WAVAALEFAM AITSSRHLLS MDDAHFARLR
QKVAGCMSLL ISHFDIMGAR SSRAAQAEKQ RMDESARSWK IGAGRILTDE EAMRLVREQR
LISLNAIEEG RVEADAKRQA LGRVLEGTNE ADKSLAVLSS SATNVTLRWQ QGQYIGGGTF
GSVYAAINLD SNYLMAVKEI RLQDPQLIPK ISQQIRDEMG VLEVLDHPNI VSYHGIEVHR
DKVYIFMEYC SGGSLATLLE HGRVEDETVI MVYALQLLEG LAYLHQSGIV HRDIKPENIL
LDHNGIIKYV DFGAAKIIAH NQVAPNRGKN QKTMTGTPMY MSPEVIRGDT SKLVHRQGAV
DIWSLGCVIL EMATGRRPWS SLDNEWAIMY NIAQGNQPAL PSRDQLSDLG LDFLRRCFEC
DPMKRPTAAE LLQHEWIVSI RQQVVIETPT PSSEHSGSIS SSNSGSRHSS AYM
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