Search Results - "Durchschlag, Helmut"

Integrity of Proteins in Human Saliva after Sterilization by Gamma Irradiation by Ruhl, Stefan, Berlenbach, Pereshia, Langenfelder, Sabine, Hörl, Dagmar, Lehn, Norbert, Hiller, Karl-Anton, Schmalz, Gottfried, Durchschlag, Helmut

“…Microbial contamination of whole human saliva is unwanted for certain in vitro applications, e.g., when utilizing it as a growth substratum for biofilm…”
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Hydrodynamic multibead modeling: problems, pitfalls and solutions. 3. Comparison of new approaches for improved predictions of translational properties by Zipper, Peter, Durchschlag, Helmut

“…Modeling simple and complex biopolymers in solution requires the shapes of these molecules to be approximated by bead modeling procedures, primarily for the…”
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Computational and Experimental Evidence for the Evolution of a (βα) 8-Barrel Protein from an Ancestral Quarter-Barrel Stabilised by Disulfide Bonds by Richter, Markus, Bosnali, Manal, Carstensen, Linn, Seitz, Tobias, Durchschlag, Helmut, Blanquart, Samuel, Merkl, Rainer, Sterner, Reinhard

“…The evolution of the prototypical (βα) 8-barrel protein imidazole glycerol phosphate synthase (HisF) was studied by complementary computational and…”
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Modelling of bacteriophage capsids and free nucleic acids by Zipper, Peter, Durchschlag, Helmut

“…The reconstruction of sphere shells as realized in bacteriophage capsids can be achieved by ab initio modelling approaches based on a genetic algorithm or…”
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Hydrodynamic multibead modeling: problems, pitfalls, and solutions. 2. Proteins by Zipper, Peter, Durchschlag, Helmut

“…Hydrodynamic models of proteins have been generated by recourse to crystallographic data and applying a filling model strategy in order to predict both…”
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Hydrodynamic multibead modeling: problems, pitfalls, and solutions. 1. Ellipsoid models by Zipper, Peter, Durchschlag, Helmut

“…The shape of macromolecules can be approximated by filling models, if both hydrodynamic and scattering properties should be predicted. Modeling of complex…”
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A comparison of protein models obtained by small-angle X-ray scattering and crystallography by Durchschlag, Helmut, Zipper, Peter, Krebs, Angelika

“…The technique of small‐angle scattering can be used advantageously for deriving the shape of proteins in solution. Presently, advanced ab initio approaches…”
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Modeling complex biological macromolecules: reduction of multibead models by Zipper, Peter, Durchschlag, Helmut

“…The shape of simple and complex biological macromolecules can be approximated by bead modeling procedures. Such approaches are required, for example, for the…”
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X-ray-based structural models for the in situ X-irradiation of a sulfur-containing enzyme by Durchschlag, Helmut, Zipper, Peter

“…The X-ray damage of the sulfhydryl enzyme malate synthase from yeast has been investigated by physicochemical studies including time-resolved small-angle X-ray…”
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A mutation affecting the association equilibrium of formyltransferase from the hyperthermophilic Methanopyrus kandleri and its influence on the enzyme's activity and thermostability by Shima, Seigo, Thauer, Rudolf K., Ermler, Ulrich, Durchschlag, Helmut, Tziatzios, Christos, Schubert, Dieter

“…Formyltransferase from Methanopyrus kandleri is composed of only one type of subunit of molecular mass 32 kDa. The enzyme is in a monomer/dimer/tetramer…”
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Tracking individual water molecules bound to proteins by Durchschlag, Helmut, Zipper, Peter

“…Abstract only…”
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Comparative investigations of biopolymer hydration by physicochemical and modeling techniques by Durchschlag, Helmut, Zipper, Peter

“…The comparative investigation of biopolymer hydration by physicochemical techniques, particularly by small-angle X-ray scattering, has shown that the values…”
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Modeling of protein solution structures by Zipper, Peter, Durchschlag, Helmut

“…Reconstructions of low‐resolution three‐dimensional solution structures of proteins from one‐dimensional small‐angle X‐ray scattering (SAXS) data can be…”
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X-Ray Induced Inactivation of the Sulfhydryl Enzyme Malate Synthase in the Presence of Various Additives Probing the Extent of Primary and Post-Irradiation Inactivation and Repair by Rapid Screening on the Microlevel by Durchschlag, Helmut, Zipper, Peter

“…The sulfhydryl enzyme malate synthase was inactivated by X-irradiation in air-saturated aqueous solution, in the absence or presence of a variety of additives…”
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A comparison of models for giant haemoglobins derived from different techniques by Durchschlag, Helmut, Zipper, Peter, Krebs, Angelika

“…Abstract only…”
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Modeling the hydration of proteins: prediction of structural and hydrodynamic parameters from X-ray diffraction and scattering data by Durchschlag, Helmut, Zipper, Peter

“…The implications of protein-water interactions are of importance for understanding the solution behavior of proteins and for analyzing the fine structure of…”
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Small Angle X-Ray Scattering Studies and Modeling of Eudistylia vancouverii Chlorocruorin and Macrobdella decora Hemoglobin by Krebs, Angelika, Durchschlag, Helmut, Zipper, Peter

“…Annelids possess giant extracellular oxygen carriers that exhibit a hexagonal bilayer appearance and have molecular masses of ∼3.5 MDa. By small angle x-ray…”
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Modeling of complex protein structures by Zipper, Peter, Durchschlag, Helmut

“…The solution structure of simple and complex proteins can be modeled efficaciously, starting either from solution scattering data or from the 3D structures…”
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Comparative investigations of the effects of X- and UV-irradiation on lysozyme in the absence or presence of additives by Durchschlag, Helmut, Hefferle, Thomas, Zipper, Peter

“…The radiation damage of lysozyme has been investigated in aqueous solution, after preceding X- and UV-irradiation in the absence or presence of various…”
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Prediction of structural and hydrodynamic parameters of hydrated proteins by computer modeling based on the results from high-resolution techniques by Zipper, Peter, Durchschlag, Helmut

“…The solution behavior of proteins is governed by their molecular characteristics and the water molecules that bind to the protein surface. Based on the 3D…”
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