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2 results for “Protein structure, X-ray diffraction images”

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zenodo32/100

Body temperature protein X-ray crystallography at 37°C: A rhenium protein complex seeking a physiological condition structure: Raw Diffraction Images (112 week soak) Zenodo

<p>The labratory dataset of the raw diffraction images obtained after 112 weeks of soaking in the mother liquor and collected at a wavelength of 1.54 &Aring;, illustrating the covalent coordination of the rhenium(I) tricarbonyl fragment to the His and Asp amino acid residues as well as other similarities when comparing the 37&deg;C data set to 100K data set as described in the publication titled "Body temperature protein X-ray crystallography at 37&deg;C: A rhenium protein complex seeking a physiological condition structure", written by Jacobs, Helliwell &amp; Brink,<em> ChemComm</em>, 2024.</p> <p>The raw diffraction images for the labratory data sets are made available at the Zenodo research data archive, as specified in the publication.</p>

opencc-by-4.0Aug 2024View details →
zenodo28/100

The 1.1 Å Structure of the Periplasmic Phosphate-Binding Protein from Stenotrophomonas maltophilia - a crystallisation contaminant identified by molecular replacement using the entire protein database (X-ray diffraction images).

<p>During efforts to crystallise the enzyme 2,4-dihydroxyacetophenone&nbsp;dioxygenase (DAD)&nbsp;from <em>Alcaligenes</em> sp. 4HAP, a small number of strongly diffracting protein crystals were&nbsp;obtained after two years of crystal growth in one condition. The crystals diffracted&nbsp;synchrotron radiation to almost 1.0 &Aring; resolution and were, until recently, assumed to&nbsp;be formed by the DAD protein. However, when another crystal form of this enzyme&nbsp;was eventually solved at lower resolution, molecular replacement using this structure as&nbsp;the search model did not give a convincing solution with the original atomic resolution&nbsp;dataset. Hence we considered that these crystals might be due to a protein impurity,&nbsp;although molecular replacement using the structures of common crystallisation contaminants as search models again failed. A script to perform molecular replacement using&nbsp;MOLREP (Vagin, A. &amp; Teplyakov, A. (2010). Acta Crystallogr. D 66, 22-25.) in which&nbsp;the first chain of every structure in the PDB was used as a search model was run on a&nbsp;multi-core cluster. This identified a number of prokaryotic phosphate binding proteins&nbsp;as scoring highly in the MOLREP peak lists. Calculation of an electron density map at&nbsp;1.1 &Aring; resolution allowed most of&nbsp;the amino acids to be identified visually and built into the model. A BLAST search then&nbsp;indicated that the molecule was most probably a phosphate binding protein from&nbsp;<em>Stenotrophomonas maltophilia</em> (UniProt ID: B4SL31; gene ID: Smal_2208)&nbsp;and fitting of the corresponding sequence to the atomic&nbsp;resolution map fully corroborated this. Proteins in this family have been linked with the virulence of antibiotic resistant strains of pathogenic bacteria and with biofilm formation.&nbsp;The structure has been refined to an R-factor of&nbsp;10.15&nbsp;% and an R-free of 12.46&nbsp;% at 1.1 &Aring; resolution. The molecule adopts the type-II&nbsp;periplasmic binding protein fold with a number of extensively elaborated loop regions.&nbsp;A fully-dehydrated phosphate anion is bound tightly between the two domains of the&nbsp;protein and interacts with conserved residues and a number of helix dipoles.&nbsp;</p>

openother-pdApr 2016View details →

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