| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nmag_0386 |
|---|
| Symbol | |
|---|
| ID | 8823207 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Natrialba magadii ATCC 43099 |
|---|
| Kingdom | Archaea |
|---|
| Replicon accession | NC_013922 |
|---|
| Strand | - |
|---|
| Start bp | 373771 |
|---|
| End bp | 376977 |
|---|
| Gene Length | 3207 bp |
|---|
| Protein Length | 1068 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 58% |
|---|
| IMG OID | |
|---|
| Product | ATPase (AAA+ superfamily)-like protein |
|---|
| Protein accession | YP_003478537 |
|---|
| Protein GI | 289580071 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 4 |
|---|
| Plasmid unclonability p-value | 0.222582 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGGCACAAA CCGGATCTTT ATCAAATACC CTCGAAGACA CGGTAACCCT CAGCCGTGAA
CTTCGAGAAG ACGGACAAAT AGATGGTCAA GTAAAGCTCT ACAACGTCGA CGACGACAAC
GAATTCGAGT CCGACGCGGA GCTCTTCTTC GAACGGACGC TGATGACTCA GGGGCTCCGA
GAGGCCCTCT CGATCCTCCG CGATTCCTTG ACTGGCGATG ACCCACGGGG GACGCACATC
CTCTATGGCC CCTATGGGAG TGGGAAATCC CACCAAATGG TGGCGCTGTA CCACTGTTTC
GATGATCCCG TTGCTGCGGG TTCGTGGGCA ACCGAGGAAA TTGAGGAGTT CGAATCATCG
CTTCCGGAGT CTGCAGTCCC AATCACGGTC GCTATGCAGA ACGAACAGTA CGAGTACCTT
TGGGAGCCGT TCTTCGAGGC ACTCCACTAC GACCCCGGGA CGTACGAGTC CGGCGGCTAT
CCGGACATGC AGACGATTCA GGACGCCGTC GGCGATGACA CCGTCGCGTT CTTCGTCGAC
GAGCTTGAGG ACTGGTTCGA TACGCTCCAA GGGGACCGCA AGAGCGCGAA CAAGGCCTTC
CTCCAATCGC TGCTCGAATC GACAGCACTG TCCGATTTAG AGCTCTACAC TATCGTCTCT
GTTCTTCGTG AGGGCTCCGA GGTCCACGAT ATTCTGAACC GGGAACAGGC GGTCGAAGTC
AACATGAACA ACCAGGTGGA CAAGCGCGAA GTCCTCCACC ACCGGTTGAT CGAGGACACT
GACGAATCAG CTGCTCGTGA GATCGTGAAC GGGTACTTCG ACGCCTACGA TCAGTCGGAC
CACGTCACCA TTCCTGACGA CCTCCTCTCG GAGATGCACG ACCTCTACCC GTTCCATCCT
GTCCTCCTTG ATGCGCTTGA GACGCGGTAC TACGCTGACG AGGGGAACCA GAACACGCGC
GGGATGATCT ACCTCTTCTC GAAGGTCCTC CTCGAAATGC AGGACCAGAC AAACCTGATC
ACACACGGGG ATATCGATGG GATCGAGTTT GAGGGCGAAC TCTCCAAGAT TAACTACGAA
CGACTGAACG CTGCGACCGG CGACATCAAG AATCGGGTGG ATGAGGACGA TGTCCCCCAT
GGTCGCCGCA TCCTCAACAC CATCCTGCTC TACTCACTGA AGCCGAGCGA GGGAGAGGGC
GCAGAGGTCT CGGAGATCGT GATGGGGGCG TACCAGACGG GCGACCTCGT CTCCGATGTC
GTGCTCAACC TTGAGCGACT ACACGGCGTC GCCTGGCACC TCCACAAGCT GAACGGGAAA
TACGCCATCC GGGATCGTCA GAACCCGAAC GCACTCATTC GGAACGCCGC AGTCGATGTC
TCCGAGCGAT CAGCGAAGGC CGAAACCGCC GACTTCATAA CCGACATCTT CGGGTCGAAC
GCATCTCCCG TTGGCTTCCG AACTGACGAT ATTCGGGACG TCCCGGACGA CCGCGACATC
AAGGTCGTGG TAAAGGACGA TCAATGGACA CAGGAGGAGG TTGAGCGCGT AATCACAAAC
GACAGCCGCG GGCGTGAGTG GCGGAACACG CTCGTGTTCG TGCAGCCCTC CGGCGACAAG
GCGATTGAAT CGGGGACTCG ATACATCGAT AAAGCACGGT ACATCGAAGG TGCCCGTCAG
GTCCTCGCCG ATGAGTCCCT CGATGACGAG ATCCGCGAGT CAATTCAGTC GATGAAAGAC
CAGGAGGTAA GCGAGCTCCG TGAAGAACTG CAGCTGCTCT ATGGAGAGGT TCTAGACGGA
GACAACCTGC TCCAAGAGTT CGATCTCGTA GCACCGATGG ACCTCGATGT CTATGTCTCC
GATGGACCGG AACTCGATGC TTCGAACATC GCGGACTCCG CGGCGGCAGA TCCCTTCGAC
CTGCAGTCTC ACGTGTGGCC CATCGTGTCG GACCTGATGG AGCGTCGCGG CGAGATCTCG
ATCGAGGACG TGTACGAGCA GTTCCTCCGT GATCCGGAAC TCCCGATTCC CGGAAGCGCG
AACGACGTGT TGAACGCAAC CGTGGAAGCC CTCGAAGGGA AGCCAGTGTT AGCTCGTGAC
TCCGGCGGCT TCCGTGACGA CCCCTCCGGA AGTTCGCTTG ACACCGTCTT GGTCCGAAAG
GAGGACGTGG ACGTGTGGGG TGTTGACGAC GTCGAACAGC AACTCCGCCA GCGGTTCGGA
AGCGGGACGA CGGCGCTTGA TATCGGTGAC TTCGAGTTGG AACTGGTCGA GGATGGCGAG
ATCTGGCTCG ACGGCGACAG CCACGACGTC GTGATGCGTG CTATCGGGCG GCTGAACCGC
GAGGACCAAT ACGTGGTCGT TCGGGGCAAC GAGATTCTCG ATAAGCCGCA GTCGGATGGG
ACACTCCGGG ACGTCGGGAG TGCGACGACT GTCGGTGGGT CGTATCTCGC CGAGCGTATT
GAAGAGGCGA TCGATGCAGA GGGGTACGCA AACCTCGAAA CGATCATTGG CGAGATCCGC
GCGGACGAAT CTGTGTTCCT CCCGCCGGAC GAAACCGAGA CGGCAGCCCG CGAGGCAGTG
AATGAATTCC TCATCGACGA GTACGTGCTA GAAGCTGGCG GGCGGTATTT GGACTCTCTC
GGCGACCGGA ATCCGATGAC GGTGAAGATC GTTCCGACAG TCTCCGACCG TATCGGCAAA
CAGATTATAG ACTATCTAAC CGACCTTGAT ATCGGTGACC AGTTCACCGT GACCAAGGTC
ACCGATCGGT TCGATAGCTC CGTTACGGAG GACATGGTAC AAACATTCCT TCTGCAGAAC
CTCGGCCGTG AGGAGGAGCC AGTGTACGTC GTCGGGCCCA CAGGGTCCGA GAAGTCGTCC
GATTGGGTGC CGGGTTATCC GTTCCGGATC CCCGACGTCG GTTCAGAGAC GTGGCGATTC
GAGTACAACG GCGACGACGT CGCCGCCATG CGCAGAAAAT GGCGAAGAGA CCACCAGACC
GGGACTGTCG AGTACGGCGA CGTCACGTTC ATGCTCCCGG ACCGGGAGGG TGTACCCGGC
GCGCTTCAGG GGACGGCCGA CATCGAACGT TCGCAAGTGA GCTTGACGCT CCGCTCCGAA
CAGGATTACA CCAAGGTACA GGACTTGTTC GAGCGTATGC CCGACGAGGC GTCGAGTTTG
AAAGTCGAGA TTAGCTTCCA AAAGTAA
|
|---|
| Protein sequence | MAQTGSLSNT LEDTVTLSRE LREDGQIDGQ VKLYNVDDDN EFESDAELFF ERTLMTQGLR
EALSILRDSL TGDDPRGTHI LYGPYGSGKS HQMVALYHCF DDPVAAGSWA TEEIEEFESS
LPESAVPITV AMQNEQYEYL WEPFFEALHY DPGTYESGGY PDMQTIQDAV GDDTVAFFVD
ELEDWFDTLQ GDRKSANKAF LQSLLESTAL SDLELYTIVS VLREGSEVHD ILNREQAVEV
NMNNQVDKRE VLHHRLIEDT DESAAREIVN GYFDAYDQSD HVTIPDDLLS EMHDLYPFHP
VLLDALETRY YADEGNQNTR GMIYLFSKVL LEMQDQTNLI THGDIDGIEF EGELSKINYE
RLNAATGDIK NRVDEDDVPH GRRILNTILL YSLKPSEGEG AEVSEIVMGA YQTGDLVSDV
VLNLERLHGV AWHLHKLNGK YAIRDRQNPN ALIRNAAVDV SERSAKAETA DFITDIFGSN
ASPVGFRTDD IRDVPDDRDI KVVVKDDQWT QEEVERVITN DSRGREWRNT LVFVQPSGDK
AIESGTRYID KARYIEGARQ VLADESLDDE IRESIQSMKD QEVSELREEL QLLYGEVLDG
DNLLQEFDLV APMDLDVYVS DGPELDASNI ADSAAADPFD LQSHVWPIVS DLMERRGEIS
IEDVYEQFLR DPELPIPGSA NDVLNATVEA LEGKPVLARD SGGFRDDPSG SSLDTVLVRK
EDVDVWGVDD VEQQLRQRFG SGTTALDIGD FELELVEDGE IWLDGDSHDV VMRAIGRLNR
EDQYVVVRGN EILDKPQSDG TLRDVGSATT VGGSYLAERI EEAIDAEGYA NLETIIGEIR
ADESVFLPPD ETETAAREAV NEFLIDEYVL EAGGRYLDSL GDRNPMTVKI VPTVSDRIGK
QIIDYLTDLD IGDQFTVTKV TDRFDSSVTE DMVQTFLLQN LGREEEPVYV VGPTGSEKSS
DWVPGYPFRI PDVGSETWRF EYNGDDVAAM RRKWRRDHQT GTVEYGDVTF MLPDREGVPG
ALQGTADIER SQVSLTLRSE QDYTKVQDLF ERMPDEASSL KVEISFQK
|
|---|
| |