| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06316 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001301 |
|---|
| Strand | - |
|---|
| Start bp | 565896 |
|---|
| End bp | 570074 |
|---|
| Gene Length | 4179 bp |
|---|
| Protein Length | 1228 aa |
|---|
| Translation table | |
|---|
| GC content | 51% |
|---|
| IMG OID | |
|---|
| Product | ATP-binding protein (Eurofung) |
|---|
| Protein accession | CBF69717 |
|---|
| Protein GI | 259479468 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 17 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 47 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGCAACCA TCAAGGCCAT CGAGGCCCGC TCAGTAATTA CCCCTCAACC CGAGAAGATT
ATGCTTTCTA ACATTTTTAC GTGCTAGATT CATCAAATCC AGTCCGGCCA GGTCATTGTT
GATCTTACCT CAGTGATAAA GGAGCTTGTT GAGAACAGCC TTGATGCTGG TGCCACATCG
ATCGGTCAGT CCTAATAGCC TAATGTCATC ATGAGTACAT CTGACAAGTG CTTCTGTAGA
AGTTCGTTTC CGAAATAGCG GCCTCGACCT GATCGAGGTT CAGGATAATG GCAGCGGGAT
CGCCCCAGAG AATTATGAGA ACGTGGGTAC GGGATTTGCA ACAATACGCC GAAAAATCGC
AGCTGACGAG ACCATCTACA GCTCTAAAGC ACTACACATC CAAACTGTCC TCCTACGATG
ACCTCCTTCA CCTCCAGACT TTCGGATTTC GCGGCGAAGC TTTATCGTCG TTATGCGCGC
TCTCCGACTT TCGCATCACG ACCGCCCAAG CTAACCAGGC CCCGCGCGCG ACCCGTCTCG
AGTTCGAACA ATCGGGGAAG CTGAGAAAGA CAGAAGTAGT TGCGGGGCAA AAAGGTACAG
TCGCATCCGT GGAAAGTCTG TTCAGAAAAC TGCCTGTCCG ACGACGCGAG CTGGAAAAGA
ACATTAAACG CGAGTATGGC AAGGTCCTGA ATCTGCTACA TGCATACGCT TGCATTAGCA
CAGGAGTACG CTTTACTATC AAGAATACAC AAGCCAAGAA GACAGTTGTA GTCTTCGCAA
CGAACGGAAA CCCGACAACA AAGGAGAATA TCGCCAACGT CTACGGCGCG AAGACACTTC
TTGCGTTGAT ACCGCTGGAT CTGGAGCTGC AGTTTGAGCC GTCTGTAGCT GAAACGATGA
TGGCCGGCGA TAAGAAGAGC AACATCCAAG TGCGCGGACA CATCTCGCGA CCTGTTTTCG
GCGAAGGCCG CCAGACGCCT GATCGGCAGA TGCTCTTTGT GAATTCCCGC CCCTGTGCGT
TGCCACAAAT TACCAAGGCA ATTAATGAGG TGTACAAATC GTTTAATTTG GCTCAGTCAC
CATTTGTCTT CGCGGACTTC CATATGGACA CGAATGCGTA TGATGTCAAT GTGTCTCCAG
ACAAGCGGAC GATCCTGTTG CATGACGCCG GGGCACTTAT TGAGTCGTTG AAGCAGTCTC
TTCAGAAACT GTTTGAGTCT GCGGATCAGA CTGTGCCTCA GTCACAGATT CTTGGGAAGC
TACCGCTCGC TAGACAGCGG TCCTTGCCGG AAACTACTAG GTCTGATCGA GCTATGGAAC
AGGAAGCATC AGACCGTGAC GAACGTGAGG GGGGCAGTCA ACCGAACCCG CAAGACAGGA
TGAAGGGCCT TCTTGGCAAT ATCAGGACTC GAGACACTCC ACCGGATGAA ACATTGCCCA
GGAGAACACT TAGCCAACAA CATTTTTCGC CTGCTTCATC TTCGCCTGCG CCGGTGCAAG
AACCGCAAGA TACAGCCGAC GACCGAATCT CCGATGACGA CCTTTTTGTC AGTCAGACTC
CATCCCAAGC AGGAACAGAA CTCCAGGACG TTCAGCATGA CGCACCAGCA TCCCATTCCC
GTGAACTTAT TCCAGACTTT GAAACCCCTA ACACTATACA AAATGCATTT GACCGCATGA
GGCCGAGACG TTTACCGGCA GAGATGGCCA CGATCACTAT CGGCAACAGG ACAGTCACGT
CAATGGTAGG GAGCGGCGTG CCTAGGAAGA GGAACACGAG CGACTCACCC ACTCTCCCCC
CGAGAAAGCG ACGAATTCAT ACCCCGTCTC GTCCTAGCAT ATTTGGTCGT ATGCAGGATT
TTGCGGCGCC CGGGTCTCAG ATGTCGACCC ATGATAGTGA CGAGCAGGAG AGTTTTGAGG
ATGAGGACGA GGAAGAAGTG GAAGAAAGTG ACGGTGTACA CGAAGACCTC GAGGCAGAGG
CAGGGAAAGA AACCGAGAGT GAAGTCGAAG ATCAAGTTGA GGAAGAAGTG GAAGAAGCTG
AATCTTTCGT ACCATCGGAT GATAATGCCA CCCAGTCTGA CGAACACACT CAGACTGAAC
CGCAGCCGGC TAAAGAGGAT ATGAACGCCG AGGAAAAGAA AAGACGCGAA GATGCCGAAG
TTCAACGCCT CATCGAAGAA GCAGGAAAGG CCAATCAAGC GAACAGTATC AGCAGAGCGA
ATAAACTACA CAAGGGCGTC AGTTACAGGG ATTCAACCGT GCATCTCGCA ACTGCAATCA
ACGCATCCCT CTCCAGGATT GAATCTCAAG CAAAGTATAT CCACGACAGC CACAGCAGAC
GAAACCTTTC ATCCTCTGAA GACGAACTCG ACGAATCTAG ACTGTCCCAA GTCGCACCTG
AAGAGCGTCT AACACTAACT GTTAACAAAG ACGACTTTGC GCGCATGCGC ATCCATGGCC
AATTCAACCT AGGCTTCATT CTCGCCTCGC GAACCACATC AACATCGCAT CGCGCAGAGT
CCGACCCAGC CTCGGGCCTA GGGTTCAAAG ACGAACTCTT TATAATCGAC CAACACGCCT
CAGACGAGAA AATCAACTTC GAGCGCCTCC AATCCACAAC GACCGTTCAA AACCAGCGCC
TCGTCCACCC CAAACGTCTC GACCTCACAG CCGTCGAAGA GGAGATCGTC ATCGAAAACC
AGGTCATCCT TGAGAAAAAC GGCTTCGTCG TTGACGTCGA CGACAGCGGT GACAAGCCGA
TCGGGCAAAG GTGTAGTCTT CTTTCATTGC CGCTCTCCAA AGAAGTGGTA TTCGATGTGC
GCGATCTGGA AGAACTTATC GCAATACTAA CCGAAACATC TACACCAAAT ACCACGGGTC
CGGAAATTGA TATCCCTCGG CCCAGCAAAG TCCGCAAAAT GTTCGCGATG CGCGCGTGCC
GGTCCAGCAT CATGATTGGC AAGACGCTTA CGCAGAGACA GATGGAGCGT GTGGTTAGGG
ACATGGGGAC TATTGATAAA CCATGGAATT GCCCTCATGG ACGGCCGACC ATGCGCCACT
TATTCAGTCT GGGGCGTTGG GAGGTGTGGG ACGAGTATGC AGACATCCAT AATGCGAGCC
GCGAGGACGG TGATTTATTA GACCCTGTTG ATGATTTGAA TGCTTGGAGG GAGTATGTGA
AGGATGCGGC AGAGGAGTTA AATAAGTAGA TATAAATTCA TGAGGTTCGG ATGGCTGGTT
ATATATAATC TAGAGGTTCT TCATGTTAAC CCGAACTATC AGACTTGACT ACAAACCCAA
CTCATCCATA TGCAGCTAAA CAAGTCATGT GGTCGTCCAA CAAAGTGAGG TGAGGTGTAC
CAACACAATA TATCAATCTT GTTACACTTC ACCAACAGTT TACCTCACAA ACAGCCCCCT
ACCTTATCAA GTCATTCCCC AATCCCCTTT CCTACATTTG CGATCAGTAT ACTACATTAC
TCAAGGAACC ACCCCGAAAG CAAGATGTCC CCCACCTCGC CCGCTATAAT TGCAGACCCC
CAATCCGCCC CTCAAAATCC CACCGCGACC TCGACCTCGG CCTCGAATTC GAACGCCAAC
ACCGGCCAAG ACCCCGTCTC TGACACACTC GACCCGCGCA CCCTCGCAAC ATCCGCCTTC
ACTGCCTCTC TTCACTCCCT CGGTCAAAAC TACACCAGTG CGCTCGTCGA TCGAGCCCAG
AACCTCCACT CTAATTCCCA GGCTTTGAAG AACCAAGAAG CGCAGCTAGC GCGACACACT
GAGAGCCTGC GTAAGCAGAA TGACGCTTGG GAGAAAGTTG CAGATGAGGG ACGGAACGCG
TTGAAGGAGA TTGGCGACGT GCAGAATTGG GCGGAGATGA TTGAGCGCGA TTTGCTTGTT
GTTGAGGATG TTGTAGGGGC TTTGGAGCGG GAGTTGGAGG AAGAAGAGAG GAGGGGTAGC
TTGGACGAGG ATGAGGAATA CAGAATGGAA GGGGCTGAAG GGGGGATTGG TAGAGAGCTT
GACCATGGCG GGAGCATGGC CAACGGGGTA GCGAATGTGA ATGTGAAGAT GAATGGAAAG
GTTGATAGAA AGGATGGAGA AGAGGATGGA AACGACAAGA ATGGAAAGGG GAAACAGACA
CCGCCAGAGA AGAAGGGGTG GTTCTCTTGG TTGTGGTGA
|
|---|
| Protein sequence | MATIKAIEAR SSGQVIVDLT SVIKELVENS LDAGATSIEV RFRNSGLDLI EVQDNGSGIA
PENYENVALK HYTSKLSSYD DLLHLQTFGF RGEALSSLCA LSDFRITTAQ ANQAPRATRL
EFEQSGKLRK TEVVAGQKGT VASVESLFRK LPVRRRELEK NIKREYGKVL NLLHAYACIS
TGVRFTIKNT QAKKTVVVFA TNGNPTTKEN IANVYGAKTL LALIPLDLEL QFEPSVAETM
MAGDKKSNIQ VRGHISRPVF GEGRQTPDRQ MLFVNSRPCA LPQITKAINE VYKSFNLAQS
PFVFADFHMD TNAYDVNVSP DKRTILLHDA GALIESLKQS LQKLFESADQ TVPQSQILGK
LPLARQRSLP ETTRSDRAME QEASDRDERE GGSQPNPQDR MKGLLGNIRT RDTPPDETLP
RRTLSQQHFS PASSSPAPVQ EPQDTADDRI SDDDLFVSQT PSQAGTELQD VQHDAPASHS
RELIPDFETP NTIQNAFDRM RPRRLPAEMA TITIGNRTVT SMVGSGVPRK RNTSDSPTLP
PRKRRIHTPS RPSIFGRMQD FAAPGSQMST HDSDEQESFE DEDEEEVEES DGVHEDLEAE
AGKETESEVE DQVEEEVEEA ESFVPSDDNA TQSDEHTQTE PQPAKEDMNA EEKKRREDAE
VQRLIEEAGK ANQANSISRA NKLHKGVSYR DSTVHLATAI NASLSRIESQ AKYIHDSHSR
RNLSSSEDEL DESRLSQVAP EERLTLTVNK DDFARMRIHG QFNLGFILAS RTTSTSHRAE
SDPASGLGFK DELFIIDQHA SDEKINFERL QSTTTVQNQR LVHPKRLDLT AVEEEIVIEN
QVILEKNGFV VDVDDSGDKP IGQRCSLLSL PLSKEVVFDV RDLEELIAIL TETSTPNTTG
PEIDIPRPSK VRKMFAMRAC RSSIMIGKTL TQRQMERVVR DMGTIDKPWN CPHGRPTMRH
LFSLGRWEVW DEYADIHNAS REDGDLLDPV DDLNAWRENH PESKMSPTSP AIIADPQSAP
QNPTATSTSA SNSNANTGQD PVSDTLDPRT LATSAFTASL HSLGQNYTSA LVDRAQNLHS
NSQALKNQEA QLARHTESLR KQNDAWEKVA DEGRNALKEI GDVQNWAEMI ERDLLVVEDV
VGALERELEE EERRGSLDED EEYRMEGAEG GIGRELDHGG SMANGVANVN VKMNGKVDRK
DGEEDGNDKN GKGKQTPPEK KGWFSWLW
|
|---|
| |