NIAID Emerging and Re-emerging Infectious Diseases NIAID Bioinformatics Resource Centers NIAID Structural Genomic Centers Center for Structural Genomics of Infectious Disease
Seattle Structural Genomics Center for Infectious Disease

MygeA.20136.a: PTS system glucose-specific EIICBA component (MG_069)

Target Characteristics

from organism: Mycoplasma genitalium ATCC 33530 / G-37 / NCTC 10195
most recent status: target approved
center reference id: MygeA.20136.a
is community request: False
associated disease:
NIH risk group: unclassified
is select agent: False
NIH priority
pathogens category:
C

Ordering Clones & Proteins

If there are materials available for this target, they will be listed below. Materials can be ordered from SSGCID using the button in the "order material" column. Clicking the button will add the material to a virtual cart. You may order multiple materials at a time at no cost to you, as this contract is funded by NIAID. When you are ready to place your order, click the "Place Order" link which will appear in the top right corner of the page after you place your first item in your cart.

Molecular models

Method Results
comparative modelling Robetta_10509

External Resources

Resource Reference ID
PATRIC ID: fig|243273.25.peg.79
UniProt: P47315

Enzyme & Pathway Information

Pathway Pathway ID EC Number
2.7.1.199

Sequences

These sequences are the native gene sequence; sequences of constructs derived from these sequences may differ due to codon optimization or other protocols. To find the specific sequence of any material you may have ordered, click on the "more" button next to the name of that material.
AA Sequence
MQISLVKIRN KFKQRNRGSF RQWVGKLSNG LMIPIAVLPL AGIFLGIGDA ISSNSSGIVG VKFFGEFIKQ GGNVVFANLP ILFAVAIAIT FSQDAGVAGF SAFVFWATMN AFMSSLIIPV DANNTASGYN ILYWKAVPQS AIASTLGLNS LSTSVFGGII VGALTAYLYN KFYAIRLPDV IGFFSGTRFV PIICMTIAIP VALLLLMVWP GVSILLNLIG TGLGILGGRG YGANSLIFGY IERALIPFGV HHAFYAPLWY TSAGGSLQEI ANQQVWIRAP GSDYVTRVIG WEDFNTPGKW VIPAALANGT SGMMNGATTT GQDSTSALSK YMSKESTNFL SWKELVDGLT RKGNFDELAK NGLLDGSNKI WIGLNQSGIL GKKVLLSDGK DYTITFKTFA NTTPTFWSHG AHALLPISGT PSAITNGVTV NGTANSKTYN VSQFTVAVPS LNPAQYSQGK FPFMLIGIPA AGLAMILAAP KGRRKEASSI IGSAAFTSFL TGITEPFEFT FLFLAPWLFY GIHAVLAAVS FWLMNLLSAN VGQTFSGSFI DFILYGALPD GRGWLANSYL VPIIGIFLAL IYFPTFYFLT IRFNLATPGR GGKLITKKEY LAAKAAQKTD QTTNTNFNQT QIEAGMLLRA YGGSENIAEL GACITKLRVT VKNPELVNET IIKDLGAAGV MRTTPTFFVA VFGTRAAVYK SAMQDIIQGK VNWTELQKVL DKNDSTVEKP EIKPTPVLKV QDEIVILSPV NGTLKPLTQV PDDTFKNRLV GDGIAILPSD GHFKAPGDVG VKTELAFPTG HAFIFDVDGV KVMLHIGIDT VKINADKKPG EQLEVFDVKT KQGEYTKLKS ESVVEVDLKK LKRKYDPITP FIVMQESLDN FKLVPIRQRG EIKVGQPLFK LIYKDKKS

NT Sequence
ATGCAGATTA GTTTAGTTAA AATCCGCAAT AAGTTTAAAC AAAGAAACCG TGGTTCTTTT CGTCAGTGAG TTGGTAAGCT TTCCAACGGT TTGATGATCC CTATTGCAGT TTTGCCTTTA GCAGGTATTT TTTTAGGAAT CGGTGATGCC ATTTCTTCCA ATTCATCTGG CATTGTTGGT GTGAAATTTT TTGGTGAATT TATTAAACAA GGTGGTAATG TAGTTTTTGC TAACTTACCT ATTTTGTTTG CAGTTGCAAT TGCGATCACC TTTTCTCAAG ATGCAGGGGT TGCTGGATTT TCTGCTTTTG TTTTTTGGGC CACAATGAAC GCGTTTATGA GTTCATTAAT TATTCCTGTT GATGCAAATA ATACTGCTTC AGGTTATAAC ATCCTTTATT GAAAAGCAGT ACCTCAGTCA GCAATTGCTT CTACTTTAGG ATTAAATTCA CTTTCAACTT CAGTTTTTGG TGGGATTATA GTAGGGGCTT TAACTGCATA TTTATATAAC AAGTTTTATG CAATTAGATT GCCTGATGTA ATTGGGTTTT TTAGTGGTAC TAGGTTTGTT CCTATTATTT GTATGACTAT TGCTATTCCA GTAGCATTAC TTTTATTGAT GGTTTGACCT GGTGTTTCTA TCTTATTAAA TTTAATAGGA ACTGGGCTTG GAATCTTAGG TGGAAGAGGA TATGGTGCTA ACAGTTTAAT CTTTGGATAT ATAGAAAGAG CACTAATTCC TTTTGGAGTA CATCATGCCT TTTATGCACC ATTATGATAT ACAAGTGCAG GCGGTAGTTT GCAAGAAATT GCAAATCAAC AAGTTTGGAT TAGAGCTCCT GGTAGTGATT ATGTAACCAG AGTGATAGGT TGAGAAGATT TTAATACTCC AGGAAAATGA GTTATTCCTG CTGCTTTAGC TAATGGAACA AGTGGAATGA TGAATGGAGC TACTACAACA GGACAAGATA GTACATCTGC ACTTTCAAAA TACATGAGTA AAGAATCAAC AAACTTTCTA AGTTGAAAAG AACTTGTTGA TGGTCTTACA CGTAAAGGTA ACTTTGATGA ATTGGCTAAA AACGGTTTAT TAGATGGTTC TAACAAGATT TGAATTGGTT TAAACCAGTC AGGGATCTTA GGTAAAAAAG TACTGTTAAG TGATGGTAAG GACTACACTA TTACCTTTAA AACTTTTGCT AACACCACGC CAACATTCTG AAGCCATGGT GCTCATGCAC TTTTACCAAT TAGTGGAACT CCAAGTGCAA TAACTAATGG AGTTACTGTT AATGGTACTG CTAATTCTAA AACCTATAAT GTCAGTCAGT TCACTGTTGC AGTTCCTTCT TTAAACCCAG CACAATATTC CCAAGGTAAA TTCCCATTCA TGCTAATTGG AATTCCAGCA GCTGGACTTG CAATGATCTT AGCTGCTCCT AAGGGTAGAA GAAAAGAAGC TAGTTCTATT ATTGGTAGTG CTGCATTCAC TAGTTTTCTA ACAGGGATCA CCGAACCTTT TGAATTTACC TTTCTTTTCT TAGCACCATG GTTATTCTAT GGTATCCACG CTGTATTAGC TGCAGTAAGC TTTTGATTAA TGAACTTATT GAGTGCTAAC GTTGGACAAA CCTTCTCAGG TTCTTTCATT GACTTTATCT TGTATGGGGC TTTACCTGAT GGTAGGGGTT GATTAGCAAA CTCTTACTTA GTACCTATTA TTGGTATCTT TTTAGCATTG ATTTATTTCC CTACCTTCTA TTTCTTGACA ATTCGCTTTA ACTTAGCAAC TCCTGGTAGA GGTGGTAAGT TAATTACTAA AAAGGAATAT TTAGCAGCAA AAGCAGCTCA AAAAACTGAT CAAACTACTA ACACTAACTT TAATCAAACC CAAATTGAAG CTGGTATGTT ACTAAGAGCT TATGGTGGAA GTGAAAACAT TGCTGAATTA GGGGCTTGCA TTACTAAATT AAGAGTAACA GTTAAAAACC CTGAACTTGT TAATGAAACT ATTATTAAAG ACTTGGGAGC AGCTGGGGTA ATGCGTACCA CTCCAACATT CTTTGTAGCA GTGTTTGGTA CTCGAGCTGC TGTTTATAAA TCAGCAATGC AAGATATTAT CCAAGGCAAA GTAAATTGAA CAGAGTTGCA AAAAGTCTTA GATAAAAATG ATAGTACTGT TGAAAAACCA GAAATAAAAC CAACCCCAGT TTTAAAAGTT CAAGATGAAA TTGTGATCCT CTCACCAGTT AATGGCACCT TAAAACCGCT CACCCAAGTT CCTGATGATA CCTTCAAAAA TCGTTTGGTA GGAGATGGAA TTGCTATCTT ACCTAGCGAT GGGCACTTCA AAGCACCAGG TGATGTGGGT GTGAAAACTG AACTTGCTTT CCCTACTGGT CATGCCTTTA TCTTTGATGT TGATGGTGTG AAAGTAATGC TTCACATTGG GATTGATACA GTAAAAATTA ATGCTGATAA AAAACCAGGG GAACAACTTG AAGTGTTTGA TGTAAAAACA AAACAAGGAG AATACACTAA ATTAAAGAGT GAAAGTGTTG TTGAAGTTGA TTTAAAGAAA CTTAAACGAA AGTATGATCC AATCACTCCT TTCATTGTGA TGCAAGAATC ACTTGATAAC TTCAAGTTGG TGCCAATTCG CCAACGTGGT GAAATTAAAG TTGGCCAACC TTTATTTAAA CTAATTTATA AAGATAAGAA GAGT

© 2020 Seattle Children's Research Institute. All rights reserved.