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Seattle Structural Genomics Center for Infectious Disease

MygeA.20083.a: Phenylalanine--tRNA ligase beta subunit (MG_195)

Target Characteristics

from organism: Mycoplasma genitalium ATCC 33530 / G-37 / NCTC 10195
most recent status: cloned
center reference id: MygeA.20083.a
is community request: True
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_81210

External Resources

Resource Reference ID
PATRIC ID: fig|243273.25.peg.227
UniProt: P47437

Enzyme & Pathway Information

Pathway Pathway ID EC Number
tRNA charging TRNA-CHARGING-PWY 6.1.1.20

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
MLISKKTLGV LIPDIFSFSN DQIAQKLEQM GIEVESIKQF NSPDYLQLAK VVSIQPHPHD NKLFICELQI DKNKFINVVS NANNINNPDN INKFVIVAKK GTELLNGLIV KTQNIKGIIS EGILCSYIDI NPFSRQIIEK TEVADAIIID HVSNDHDWNQ YLSFLSLDDV IFDVKTPTNR ADLHSLIFLA KELGVLLKTK TFLKQKSSVV NHDFFKFPLN LKNKLKANYF GGLFLRQINQ HSSPWTVKGL LINQMIKPVN YYVDKANLVT VFTAQPIHCH DADRIVGNIE LKQATHNETF VGLDDKQYEI EPGDIVVCDE KGIIALVGII GSKRTMVQPT TTNIFFEVVN CNSETIKQTA KRFLINNFAS KFMVKPISLL ATDNCLNYLQ NSLLTTDNIG KISHFSSSLK VEPFSKKLTV NFHKIRQLIG IEKKELTDQT IKKSLSQLGF KVDNQLLKIP SYRQDINTWQ DISEEIVKLI DINKLKPIGI TSSFNFEKSS YFNTFNALTK LRKKLQTLGF HNVITYQLTD QKSAKTFNLF NLENFITIKN PVSQNHSVMR VSLIDSLLKV LKTNNNYKNE LVNIFEFSFI KTQNNSELHL AVLWVEKLFT SSFNPMQGIS NDVFTMKGLA KLIVANLGFS CDFEPLDDSD YFVNNQSLKI VVFNEQIGFI GLIKESLLNN YDLNNKPIYC LEINLDRMLS SLNRIEKNYL GYSKLQPVCK DLTFSFTNPA SHFDQFANMI KRITGIESWK LISVFETMQN NQLITKYTVR YFLKNDANKP LTNQTIELIT NNLKLQCEKL KIKLDI

NT Sequence
ATGTTGATAT CAAAAAAAAC ACTTGGCGTT TTAATCCCTG ACATCTTTAG TTTTTCTAAT GATCAAATTG CCCAAAAGTT AGAACAAATG GGGATTGAAG TGGAATCAAT TAAGCAGTTT AACAGCCCTG ATTACCTCCA ACTTGCAAAG GTTGTATCAA TCCAACCCCA TCCCCATGAC AACAAGCTTT TTATCTGTGA ATTACAAATT GATAAAAACA AGTTTATTAA TGTTGTTTCC AATGCTAATA ACATTAACAA TCCTGATAAT ATCAACAAGT TTGTCATTGT TGCAAAAAAA GGAACTGAGT TACTCAACGG GTTAATTGTT AAAACCCAAA ATATTAAAGG GATCATTTCA GAAGGGATTT TATGTAGCTA TATTGACATT AACCCCTTCA GTAGACAGAT CATTGAAAAA ACAGAAGTTG CTGATGCGAT TATCATTGAT CATGTTAGCA ATGATCATGA CTGAAACCAA TACCTCTCGT TTTTAAGTTT GGATGATGTG ATCTTTGATG TTAAAACCCC AACTAACAGA GCAGATCTTC ATAGCTTAAT CTTTTTAGCA AAAGAACTTG GGGTACTTTT GAAAACCAAA ACCTTTTTAA AACAAAAAAG TAGTGTTGTT AACCATGACT TTTTTAAGTT TCCCCTAAAT TTAAAAAACA AGTTAAAAGC GAATTATTTT GGCGGTTTGT TCTTAAGACA AATTAACCAA CATAGTTCAC CTTGAACAGT TAAAGGACTG TTAATTAACC AAATGATCAA ACCAGTTAAC TATTATGTTG ATAAAGCTAA CTTAGTAACA GTGTTCACCG CTCAGCCAAT CCATTGTCAT GATGCAGATA GAATTGTTGG TAACATTGAA CTTAAACAAG CAACCCATAA TGAAACTTTT GTTGGACTTG ATGACAAGCA ATATGAGATT GAACCAGGGG ATATTGTTGT TTGTGATGAG AAGGGCATTA TTGCACTGGT AGGGATCATT GGTTCAAAGC GCACAATGGT CCAACCTACA ACAACTAACA TCTTTTTTGA AGTTGTTAAC TGTAACAGTG AAACCATTAA ACAAACTGCC AAGCGCTTTT TGATCAATAA CTTTGCCAGT AAGTTTATGG TTAAACCGAT TAGCTTATTA GCTACTGATA ACTGTTTAAA CTACTTACAA AACAGTTTAC TAACCACTGA TAACATTGGC AAAATTAGCC ACTTTTCAAG TTCGCTTAAA GTTGAACCAT TTAGTAAAAA GCTCACAGTG AATTTCCATA AGATACGCCA ACTAATTGGC ATTGAAAAAA AGGAACTAAC TGATCAAACC ATTAAAAAAA GCCTCAGTCA ACTAGGGTTT AAAGTTGACA ACCAACTTCT CAAAATCCCC AGTTACAGAC AAGACATTAA TACCTGACAA GACATTAGTG AAGAGATTGT GAAGTTAATT GATATCAATA AGTTAAAACC AATTGGGATC ACTAGTAGTT TTAACTTTGA AAAGTCCAGT TACTTTAACA CTTTTAATGC TTTAACAAAA CTAAGAAAAA AGCTACAAAC ACTTGGTTTT CACAACGTTA TTACCTACCA GTTAACTGAT CAAAAAAGTG CAAAAACTTT TAATTTGTTT AACTTAGAAA ATTTCATCAC CATTAAAAAC CCAGTGTCCC AAAACCATTC TGTAATGCGT GTTAGCTTAA TTGATTCACT GTTAAAAGTG CTAAAAACCA ATAACAACTA TAAGAATGAA CTGGTGAACA TCTTTGAGTT TTCCTTTATT AAAACCCAAA ACAATAGTGA ACTGCACCTG GCAGTATTAT GAGTTGAAAA ACTGTTTACT TCTAGTTTCA ATCCTATGCA AGGGATAAGC AATGATGTTT TTACTATGAA GGGATTAGCA AAACTCATTG TTGCTAACTT AGGGTTTAGT TGTGACTTTG AACCACTTGA TGATAGTGAC TATTTTGTTA ATAATCAAAG TTTAAAAATA GTAGTTTTTA ACGAACAGAT CGGTTTTATT GGGCTAATTA AAGAATCATT GTTAAATAAC TATGATCTGA ACAATAAACC CATTTATTGT CTTGAAATCA ACTTAGATAG GATGCTCTCT TCTCTAAACA GGATTGAAAA AAACTACCTT GGTTACAGTA AACTACAACC TGTTTGCAAG GATCTTACCT TTAGTTTTAC CAACCCTGCT AGTCACTTTG ATCAGTTTGC TAACATGATC AAAAGGATAA CTGGCATTGA AAGTTGAAAG TTAATTAGTG TCTTTGAAAC TATGCAAAAC AACCAACTGA TCACTAAGTA CACCGTTCGT TATTTTCTGA AAAATGATGC TAACAAACCA CTAACTAACC AAACAATTGA ACTTATCACT AATAACTTAA AACTCCAGTG TGAAAAACTA AAAATTAAAT TAGATATT

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