Übersetzung für "Molecular design" in Deutsch

Sensitivity and specificity are important aspects of nowadays molecular design.

The Computational Molecular Design group develops efficient algorithms for the simulation of complex molecular systems.

In principle, the optimization of a biocatalyst can be done either by reaction engineering or by molecular design.

Another area of interest is the molecular design of transition metal ion complexes in inorganic hosts for catalytic and sensor applications.

In addition to usage issues, basic research is undertaken that extends to the area of molecular modeling and design.

Its research focus is on the mathematical and computational side of research in sequence analysis, theoretical structural biology, computational chemistry and drug design, molecular evo­lution, genome analysis, and data analysis methods in functional genomics.

Brian Gillespie is director of strategic design at Molecular, an experience design and technology consultancy with offices in Boston, New York, and San Francisco and a member of the Isobar network.

The former in many cases have advantages over the classical inorganic semiconductors, for example, better substrate compatibility, better processibility of the semiconductor components based on them, greater flexibility, reduced costs and the possibility of adjusting their frontier orbital energies to the particular field of use with the methods of molecular design.

The former in many cases have advantages over the classical inorganic semiconductors, for example, better substrate compatibility, better processability of the semiconductor components based on them, greater flexibility, reduced costs and the possibility of adjusting their frontier orbital energies to the particular field of use with the methods of molecular design.

Omega light – It is a patented innovation based on the modern method of “molecular design” that produces an active combination of piperonyl alcohol and linoleic acid from safflower seeds.

For his research on molecular design he received a grant from the European Research Council - a so-called ERC Starting Grant - in 2013 in order to further build up his research group.

Our research activities revolve around the use of intermolecular interactions in the molecular design of chemosensors, catalysts and pharmaceutically active compounds.

Even though investigations are largely driven by curiosity to understand the inner workings of nature, they also lead to numerous spin-offs for technology and society such as detector technologies, first steps toward quantum technology, image analysis and rational molecular design.

This will be achieved by the molecular design of the precursors, control of pore formation and further elaboration of the processes taking place during pyrolysis.

With regard to the lefitolimod follow-up molecules EnanDIM(R), MOLOGEN AG published for the first time at the beginning of 2019 a comprehensive profile of the EnanDIM(R) family including molecular design, mechanism of action and preclinical data in the high-ranking, scientifically renowned Journal for ImmunoTherapy of Cancer.

These nanoscaled inorganic materials are based on starting materials which will be produced by molecular design - chemical bonding of novel metal complexes to oligomers and/or polymer SiCN precursors and subsequently converted to porous ceramics with energy dispersive metal distribution via pyrolysis.

His particular contribution has been in developing new concepts for the molecular design of zeolite materials that not only ensure efficient catalytic processes but are also of importance with regard to material sciences.

On the basis of a detailed physical molecular model and with the aid of efficient algorithms performed on modern HPC-machines we reveal new ways for computational molecular design far beyond the lock-key-principle.

The application is expected to improve advanced molecular design to speed up drug discovery for complex neurological conditions such as multiple sclerosis, Alzheimer’s, and Parkinson’s.

Such recent topics include microdevices, materials fabrication, fuel cells, and molecular-level design, among others.

Fundamental research on molecular design and growth is performed by the group to tune the specific physical, electrical, chemical and optical properties of the materials.