| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01628 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001307 |
|---|
| Strand | - |
|---|
| Start bp | 1356151 |
|---|
| End bp | 1359437 |
|---|
| Gene Length | 3287 bp |
|---|
| Protein Length | 1051 aa |
|---|
| Translation table | |
|---|
| GC content | 54% |
|---|
| IMG OID | |
|---|
| Product | sodium ion P-type ATPase (Eurofung) |
|---|
| Protein accession | CBF85251 |
|---|
| Protein GI | 259486963 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 22 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 44 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGCTCGCG AAAAGACTGC AGACCCTGGA GGGATACGCC CCGGCCATGC TGACCTGAGC
CAGCCGGCTT ACTGTCTCCC ATTCGATGTC GTTTTGAAAG AGCTCGGGAC CAACGTCGAC
GAGGGACTGA CAAAGGATGA GGCCGCCCGT CGCCTTCAGC AATATGGGCC CAACCAGCTC
GACGAGGGCG AGGGTGTCTC TGTTGTCAAG ATCCTCGTGC GCCAGGTGGC CAATGCAATG
ATGCTAGTTA AGCGGCCCAC TTTCCTCTTT TCCTAACACA TCATTTATAT AAGAGCTCCT
AGAGTCTGAT CCAATTCGTC GTTGCAGGTG CTGATTCTGG CCATGGCGGT CAGTTTCGGA
ATTCAATCGT GGATTGAGGG CGGCGTGATC TCAGCCGTCA TCATCCTGAA TATTGTTGTC
GGGTTCTTCC AGGAATATGC AGCCGAGAAG ACTATGGAGT CGTTGCATTC GTTGAGTTCG
CCAACGGGAA CCGTTTCAAG AGGCGGCGAG ACCTTCTCGG TTCCATCTGC TGAGATTGTC
CCCGGTGATA TGGTTGAGTT GAGGACGGGT GATACCGTCC CTGCGGATAT CCGGTGAGTT
AACTCTTATT CAATGATGGA GGTACGGGGA TTGACCTGAT TAGACTGGTC GAAGCCGTCA
ACTTCGAGAC CGATGAAGCC CTTCTCACTG GAGAATCCCT CCCCGTGCAA AAGGAATGCG
ACTCTACGTT CAAGGAAGAG ACCGGCCCCG GTGACCGGCT GAATCTTGCC TACAGTTCAA
GCACTGTCAC TCGTGGTCGT GCCAGAGGCG TAGTCGTTAA TACAGGCATG GCTACCGAGA
TTGGTTCCAT CGCGGCCGCG CTTCGTGCCA CTAACAGCAA GCGCCGTCCG GTCAAACGCG
GTCCTGACGG CGAGACCAAG AAACGCTGGT ACCTCCAGGC ATGGACGCTG ACTGGTACTG
ACGCAGTGGG CCGATTCCTG GGAGTTAATG TAGGGACTCC GTTGCAGCGT AAGTTGTCGA
AACTTGCTAT CTTGCTATTT GGTGTCGCTG TGCTCTTTGC CATTATTGTC ATGGCAGCCA
ATCTGTTCTC GAACGATAAC GAGGTAATCT TGTACGCTGT TGGAACCGGT CTGAGTATGA
TCCCTGCCTG TTTGGTGGTC GTTCTTACAA TCACCATGGC TGTCGGGACA AAACGCATGG
TGGAACGTAA TGTGATTGTC CGCAAGTTGG ATTCATTAGA GGCCCTTGGA GCGGTGACCA
ATATCTGCTC TGATAAGACT GGTACCTTGA CCCAAGGCAA AATGGTGGTT AAGAAGGCCT
GGATACCTTC GCGGGGGACA TACTCCGTTG GTAATTCGAA CGAGCCCTTC AACCCAACCG
TCGGAGACGT CACTTTCACG CCGCTTTCAC CAGTGGACTT CGTCGACGAA AAAGAGGGCC
CTGTGACTGA GAATGTGGAA AGTCTAGTTG AAGGGAACCG TGCACTTGAA GACTTCCTGG
ACGTTGCGTC TATGGCTAAC CTTTCTCACG TTTTCAAGTC TGAGGAAGGA GATTGGCGTG
CCCGAGGTGA GCCAACTGAG ATCGCCATTG AAGTGTTTGC CTCCCGTTTC AACTGGAACC
GAGACCGATG GACCAAGGGG TCGAAAGCCG TGTGGCATCA AAAGGCAGAA TTTCCGTTTG
ATTCAACGGT GAAGAGGATG TCTGTCATCT TCAGCAAAGA GACTCCAGAC GGGGAGCACA
GCATGGTATT TACCAAAGGT GCCGTGGAGC GGATCGTCGA CGCCTGCACG ACGGCTGTTT
GGGACAACTC ATCGGCTCCT GTGGCTCTAA ACGACGAGAT GCGCAGTCAG ATTCTCCAGA
ACATGGAGGA ACTTGCCAAA TTGGGCTTAC GCGTGTTGGC ACTGGCTCAT CGGCCTTACA
ACGAGCAAGG CCGAACCCTT GAAGGATCTG ATCTCAACCG CGATGATATT GAGAAGAACC
TCTGCTTCCT CGGCCTCATC GGCTTGTATG ACCCGCCGCG TCCTGAAACT GCGGGGTCCA
TCACTGCCTG CTATAAGGCT GGGATCACGG TGCACATGGT GACGGGCGAC CATCCAGGGA
CGGCTAAAGC AATTGCCCAG CAGGTGGGCA TCCTCCCGGC AGATATGTCA GTCCTCGGAA
CAGATGTGGC CGAGGCCATG GTCATGACGG CCGCTCAGTT CGATAGACTC TCCGATGAAG
AAATCGATGA CCTCCCAACC CTCCCACTTG TGATTGCTCG ATGTGCCCCT CAAACAAAAG
TACGCATGAT CAACGCCCTT CACCGGCGCG GTAGGTTCGC AGCAATGACC GGTGACGGTG
TCAATGACTC ACCCTCTCTC AAACACGCTG ATGTCGGCAT CGCCATGGGC CAAGCCGGGT
CGGACGTCGC CAAAGACGCC TCAGACATTA TCCTCACTGA CGACAACTTC GCATCGATTC
TGAACGCTGT CGAAGAAGGC CGCCGCATCT TCGACAACAT CCAAAAGTTC GTGCTGCATC
TACTTTCAGA GAATATTGCG CAAGCATGCA CACTGCTCAT TGGGCTCGCC TTCAAAGACC
TCGACGGCAA ATCCGTGTTC CCGCTCGCCC CTGTTGAGAT CCTCTGGATC ATCATGATCA
CGTCTGGCAT GCCAGACATG GGTCTTGGTA TGGAGGTCGC AGCACCAGAC ATCATGGACC
GACCACCGCA ATCCAAGCAG GGGATTTTCA CCTGGGAGAT AATCGTCGAC ATTCTCGTCT
ACGGCTTCTG GACCGCAGCG TTATGTCTCT CTGCGTTCTC CCTACGCATG TGGGGATTCG
GCGACGGCAA TCTTGCGTCT GGCTGTAACC GCGAGTACTC TGACGCCTGC GACCTGGTCT
TCCGCGCGCG GGCTACCACG TTTGTCTGCC TCACATGGTT CGCGCTCTTC TTGGCCTGGG
AAATGGTCAA CCTCCGCCTG TCGTTCTTCC GCATGCAGCC TGATAGCAAG AAATACTTCA
CCCAGTGGAT GTATGATGTC TGGCGCAATA AATTTCTCTT CTGGTCCATC ATGGCAGGTT
GGATCACCAC ATTCCCAATT CTTTATATCC CTGTCCTGAA TACAGTCGTG TTCAAGCACA
CAGGTATCAG CTGGGAGTGG GGAATTGTAT TTGTTGAAGC CGCGCTGTTC TTCGCCGGCG
TTGAGGCTTG GAAGTGGGCG AAGAGAGTTT ACTACCGTAA ACAGGCAAGA AAACAGCAAG
GCGTCAGGCC GTTTGGAGAG GTAAGCAGGG GCCCTCAGGA TGCCTAA
|
|---|
| Protein sequence | MAREKTADPG GIRPGHADLS QPAYCLPFDV VLKELGTNVD EGLTKDEAAR RLQQYGPNQL
DEGEGVSVVK ILVRQVANAM MLVLILAMAV SFGIQSWIEG GVISAVIILN IVVGFFQEYA
AEKTMESLHS LSSPTGTVSR GGETFSVPSA EIVPGDMVEL RTGDTVPADI RLVEAVNFET
DEALLTGESL PVQKECDSTF KEETGPGDRL NLAYSSSTVT RGRARGVVVN TGMATEIGSI
AAALRATNSK RRPVKRGPDG ETKKRWYLQA WTLTGTDAVG RFLGVNVGTP LQRKLSKLAI
LLFGVAVLFA IIVMAANLFS NDNEVILYAV GTGLSMIPAC LVVVLTITMA VGTKRMVERN
VIVRKLDSLE ALGAVTNICS DKTGTLTQGK MVVKKAWIPS RGTYSVGNSN EPFNPTVGDV
TFTPLSPVDF VDEKEGPVTE NVESLVEGNR ALEDFLDVAS MANLSHVFKS EEGDWRARGE
PTEIAIEVFA SRFNWNRDRW TKGSKAVWHQ KAEFPFDSTV KRMSVIFSKE TPDGEHSMVF
TKGAVERIVD ACTTAVWDNS SAPVALNDEM RSQILQNMEE LAKLGLRVLA LAHRPYNEQG
RTLEGSDLNR DDIEKNLCFL GLIGLYDPPR PETAGSITAC YKAGITVHMV TGDHPGTAKA
IAQQVGILPA DMSVLGTDVA EAMVMTAAQF DRLSDEEIDD LPTLPLVIAR CAPQTKVRMI
NALHRRGRFA AMTGDGVNDS PSLKHADVGI AMGQAGSDVA KDASDIILTD DNFASILNAV
EEGRRIFDNI QKFVLHLLSE NIAQACTLLI GLAFKDLDGK SVFPLAPVEI LWIIMITSGM
PDMGLGMEVA APDIMDRPPQ SKQGIFTWEI IVDILVYGFW TAALCLSAFS LRMWGFGDGN
LASGCNREYS DACDLVFRAR ATTFVCLTWF ALFLAWEMVN LRLSFFRMQP DSKKYFTQWM
YDVWRNKFLF WSIMAGWITT FPILYIPVLN TVVFKHTGIS WEWGIVFVEA ALFFAGVEAW
KWAKRVYYRK QARKQQGVRP FGEVSRGPQD A
|
|---|
| |