| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04719 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001303 |
|---|
| Strand | - |
|---|
| Start bp | 1188983 |
|---|
| End bp | 1193326 |
|---|
| Gene Length | 4344 bp |
|---|
| Protein Length | 1199 aa |
|---|
| Translation table | |
|---|
| GC content | 50% |
|---|
| IMG OID | |
|---|
| Product | conserved hypothetical protein similar to Rho guanine nucleotide exchange factor (Eurofung) |
|---|
| Protein accession | CBF76930 |
|---|
| Protein GI | 259482442 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 12 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 45 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGCCGATA TTGGGGGCCA GCAAGGCCGG AACTACCGGC CTCATGGTCA TCCGTCCTCT
GTCCAGCGTG ATGCTGCCTT TTCAGAAATT TTTGGCGGAG CACGGCAGCC TGGGCGCTCG
CAGACCATGA CATCCCAAAC GCCCCAGTTC TCCCAAGAGC GGGCTCACAC GATGTCATCG
CAGGTTCCGC GCCCACAAAT GCAGAGAGGT CCTCTCCCGC CACAGCGCCC GATGCAGAAC
GGATACCCCC CGAGCCAGTC AAACGGATAT TACCAGGCAT ACCCCGGTTC AGCTACTATG
ACTTCGCAAT CTCCTCAGGG GCCTCCTCGA CCTTACCCTG GGCGCTATGC TTATCCTCAA
CCGCAGCGTC TAGATTCCAG ACCAGTTCCG GGTCCTCCCT ATCAAGATGC CAAGGGGTAC
AATCGAGCGA TTCCTCATCC TGCCCTGAAT TCGGACCCCT ACAGGTCAAG ATCGATGGCA
AGACTGGGAG GGCCACCAAT CCAACCGCCC CAGCCGAACA GCTTCAACCA TACATCAGCG
ATCGCTTCTC GCAATCAGCC GTATAATCCA GCAACTCCAA TGACACCGCA AGGACGTGTG
GTGCCCGAAC GACACGGAAA TGAGCGCGCC ATGTCCCTGA CTTCATACTC TATGGATCGC
GAGCCGATGC ATACGACAAG AACCGGGTCT GGACGAGTGA TCCCCAATAG GCGCCAGCCA
TCAGGGCCTG TTCAACCGCC AATAGCGCAA CATGACGACT ACTCCGACTA CATGAATGGA
AGGGTCCGCC CGCCAAGTGA CGGTCCAATG CCCAACCCTA GGACCTTCTC CATGGCATCA
ACTGTTGCAC CTGATCGTAC AATGAGCATG CAAAGCAACC TAACTCACAG ACCTAGTGCT
CAGACGACAA CGACCCTTGT GTCGAACAAC TCGCGCCGCA GCAAACTGCT TGCAGTAAAC
CCAGCTCTTC TCTCGCGGGT TGCTGATGCA TTTCGAGAGC AAATCCCGCT GGGCGAGAAA
CAGAAGAACG GCCTTTCGTA CCAAAACGCT TTCTCGGGCG CAGATGCGGT GGATGTTATC
TGCAGTATCA TCAAGACGAC TGATCGAAAC CTTGCTCTCC TTCTTGGACG CGCTTTGGAC
GCGCAGAAAC TCTTCCACGA CGTCACTTAT GATCACCGCC TCCGAGACGC CCCCGGCGAA
CTCTATCAAT TTAAGGAAAC ATTGGGGGAG GAAGCGCCTA GTTCCGAGGT CAATGGTGTT
TTCACTCTTC TAACCGAATG TTATTCTCCA ACCTGTAACC GCGATAGCCT GTGCTATTCT
ATCGCCTGCC CCAGACGACT CGAGCAACAA GCCAGGCTGA ATATGAACCC GCTTCCGGTA
CTCCGAACTT CAGCCTCAAA GAGCAGCCTG CACGGCGACG ATGATGGCGG CGACAACCAG
AAATTATGGA TTAACATGGT CCCCAAAGAG GTGTCAGACA GTGTCGATGA TAAAGAGAAG
AAGCGACAGG AGATCATCTT CGAGATCATG TACACGGAGC GAGACTTTGT GAAGGACTTA
GAATATCTGC GTGATTTCTG GATGAGGCCA CTACGTTCTG CCAGCAACTC CCCCATTCCC
GAGCACAGAC GGGAGAAGTT CATACGGACT GTATTTGGCA ACTGCTTAGA TGTTCTCAAA
GTCAATGGCG CACTCTCTGA GGCTCTCAAT GCAAGGCAAA AGGAAAGTCA TATTGTGAAG
ACGGTCGGTG ACATCTTCTT GCAACATGTG CCGCGTTTCG ATCCGTTCAT TAAATATGGC
GCAAATCAGC TCTACGGCAG ATACGAATTT GAGAAGGAGA AGTCTTCGAA TCCAGCTTTC
GCAAAGTTTG TGGAAGAGAC TGAACGGCTG AAAGAGTCCC GGAAACTGGA GCTGAACGGT
TACCTGACTA AACCAACTAC ACGTCTGGCT CGGTATCCTC TACTGCTAGA ACAGGTCGGC
AAAAACACTG CGGAGGGGAG TGCGGATAAA GAAGATATCC CGCATGCGAT CAGGATTATC
AAGGATTTCT TGTCCCGTGT CAATGCCGAG AGTGGAAGGG CCGAGAACCA CTTCAACCTG
GTGTCTCTCA ATTCCTCGTT GAAATTTGGT CCAGGTGACT ATGTTGATTT GAAGCTCACA
GAAGAAAACC GACAAATGTT GACGAAAATG GCGTTTAAGA AAACGCCTAC TGATAACTCG
GAGGTTACAG TATATCTCTT CGATCATGCT GTTCTTCTGG TAAGAATCAA GGTCGTGAAC
AAGCGAGAAG AGTACCGAGT CTACAGGAAA CCTATTCCCC TAGAACTCTT GGTAATACCC
CAAATGGACG AGGTCATCCC AAAGCCTGGC ATTGCGAAGA GGCCATCGTC AGGGTTACTT
GCCAACAAGA CTGCTGCGAA TCCACCGGCC GCGAAAGATA CCCTACCGAT AACTTTCAGG
CATCTTGGTA AAGGTGGATA CGAGCAGACG CTATATGCCT CATCCTCACA ACAACGAAAG
AAGTTCCTGG AGCTAGTGGA CGAGCAGCAG ACAAAGCTCC GAGAACGCAA CAGTAACTTC
TACAACAAAA ACATCATTTG CGAAAAATTC TTCAATTCAG TGAACAGGGT GAACTGCCTT
GTCCCAATTG GTATGAATCG TTGCGACCCT GCTTAGATAT TAGCTAACTC GATGCTGAAG
ATGGTGGTCG GAAACTTGTA TATGGCACAG ATAGCGGCAT ATACGTGTCG GACCGAAACC
CACGGGACCA GTCCGCGAAG CCAAGAAAAG TGCTAGATGT CAGTCAAGTG ACTCAGATTG
ACACGCTGGA GGAGTATCAG CTACTCTTGG TTCTTGCGAA TAAGACTTTG TACTCTTATC
CGATGGATGC TCTTGAGGTC ACCGAAGGCC AAAACCCAGC GGCTAAGAGA CCGAAGAAGA
TCCAGGGTCA TGCGAACTTC TTCAAATCCG GAATCGGTCT TGGACGTCAC CTGGTGTGTT
CAGTCAAGAC TTCGGCTCTC TCAACGACCA TCAAAGTATA TGAGCCCATG GACAATCTAG
CCAAGGGTAA GAAGAAGTCT ACTGTCAGCA AGATGTTCCA GAGCGGGCAA GATACCTTAA
AACCGTTCAA GGTTAGTTTA GCCCCCACAT CAGTCCTGAT TTCTGAGCTA ATCAATCTAC
AGGAATTCTA CATCCCGGCA GAATCATCGT CGATCCATTA CCTCCGATCA ACCCTTTGCG
TTGGTTGTGC TCGTGGCTTC GAGGTTGTCA GTCTGGAAAC GACAGAGACT CAATCTCTTC
TGGACCAAGC AGACACATCT CTGGACTTTG TCGCACGCAA AGAGAACGTA AAACCCATTC
ATATCGAACG GTTGAATGGA GAATTCCTAC TGAACTACAG CGACTTTTCA TTCTTCGTTA
ACCGCAATGG TTGGCGTGCG CGGGCGGATT GGAAGATCTC CTGGGAAGGG AATCCCAATT
CTTTTGCACT CTCATTGCCT TACATACTAG CATTTGAACC GAACTTTATC GAGTTCAGAC
ACATCGACAC GAGCGAACTG ATCCATATCA TGACTGGAAA GAATATTCGC ATGCTACATT
CTTCCACACG AGAGGTATGC TCGATCTTCT CCCTTTGAAA AGACGGGTTA CTAACGGCAC
AGATTCTTTA CGCCTATGAG GATGATTCAG GCGAAGATGT TGTGGCTAGC TTGGATTTCT
GGAAGCACAA GCCGCTGGCA CAGCATTAGG CTTCTGCACA GAACTGGCGC CTGCTTTTGA
TCGCTTTTTA GACCAGATTC TATTTCTGCT CATTGAAGAA GCATTTCGAC TCCATCTCTT
CCCACTTCTT TTTCTTCTTT ACTCATTTGC TTCCTTTTTG AGCTGCCTCA AAGATTTTCT
AATACCTCGA CGTTTATTTG GTCCGTCCCA GATCGAGCCT GCTTTGCTCT CAAATTATCT
TCCGTTGGCC ATTTACTTCC ATCGTGCTGT GTACAATGAA GCGCAAATAC CATGTTCTTT
TTCTCATATA TTCCTGTCAT TGCCTTCTCA TCCTGTCCGA TCTCTTTTTG CATCACTTCA
CAATCTTCTT TCTTTCCGTC TCTGTCTGTG CGGGAATCGT CTGTCCTGTC TTATCCTATC
CTGTCCCGCT GTGTCTTCCA CGCCCATAGC GATTACATAT ATTTAAGTTA GCTGCAGGGT
AAGCTGGCCC TGACCCCGAT TCTCCCTCTG AATTGACTGG CTTGGTCTTC TACCCGATGC
ACCTGGTCCT TAGTATTCGT AGGATAGCAT CTAAGTACAT ATATATTTAC ATTCCAAACA
GACAATACTA CGCAACCTAC CGTC
|
|---|
| Protein sequence | MADIGGQQGR NYRPHGHPSS VQRDAAFSEI FGGARQPGRS QTMTSQTPQF SQERAHTMSS
QVPRPQMQRG PLPPQRPMQN GYPPSQSNGY YQAYPGSATM TSQSPQGPPR PYPGRYAYPQ
PQRLDSRPVP GPPYQDAKGY NRAIPHPALN SDPYRSRSMA RLGGPPIQPP QPNSFNHTSA
IASRNQPYNP ATPMTPQGRV VPERHGNERA MSLTSYSMDR EPMHTTRTGS GRVIPNRRQP
SGPVQPPIAQ HDDYSDYMNG RVRPPSDGPM PNPRTFSMAS TVAPDRTMSM QSNLTHRPSA
QTTTTLVSNN SRRSKLLAVN PALLSRVADA FREQIPLGEK QKNGLSYQNA FSGADAVDVI
CSIIKTTDRN LALLLGRALD AQKLFHDVTY DHRLRDAPGE LYQFKETLGE EAPSSEVNGV
FTLLTECYSP TCNRDSLCYS IACPRRLEQQ ARLNMNPLPV LRTSASKSSL HGDDDGGDNQ
KLWINMVPKE VSDSVDDKEK KRQEIIFEIM YTERDFVKDL EYLRDFWMRP LRSASNSPIP
EHRREKFIRT VFGNCLDVLK VNGALSEALN ARQKESHIVK TVGDIFLQHV PRFDPFIKYG
ANQLYGRYEF EKEKSSNPAF AKFVEETERL KESRKLELNG YLTKPTTRLA RYPLLLEQVG
KNTAEGSADK EDIPHAIRII KDFLSRVNAE SGRAENHFNL VSLNSSLKFG PGDYVDLKLT
EENRQMLTKM AFKKTPTDNS EVTVYLFDHA VLLVRIKVVN KREEYRVYRK PIPLELLVIP
QMDEVIPKPG IAKRPSSGLL ANKTAANPPA AKDTLPITFR HLGKGGYEQT LYASSSQQRK
KFLELVDEQQ TKLRERNSNF YNKNIICEKF FNSVNRVNCL VPIDGGRKLV YGTDSGIYVS
DRNPRDQSAK PRKVLDVSQV TQIDTLEEYQ LLLVLANKTL YSYPMDALEV TEGQNPAAKR
PKKIQGHANF FKSGIGLGRH LVCSVKTSAL STTIKVYEPM DNLAKGKKKS TVSKMFQSGQ
DTLKPFKEFY IPAESSSIHY LRSTLCVGCA RGFEVVSLET TETQSLLDQA DTSLDFVARK
ENVKPIHIER LNGEFLLNYS DFSFFVNRNG WRARADWKIS WEGNPNSFAL SLPYILAFEP
NFIEFRHIDT SELIHIMTGK NIRMLHSSTR EILYAYEDDS GEDVVASLDF WKHKPLAQH
|
|---|
| |