Results 261 to 270 of about 596,923 (316)
Probing cosmic ray acceleration through molecular clouds in the vicinity of supernova remnants
, 2009 A. Fiaßon +5 more
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Enforced unfolding of bacteriorhodopsin via force probe molecular dynamics
, 2007 Christian Kappel
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Nature Nanotechnology, 2009
Force probes allow reaction rates to be measured as a function of the restoring force in a molecule that has been stretched or compressed. Unlike strain energy, approaches based on restoring force allow quantitative molecular understanding of phenomena as diverse as translation of microscopic objects by reacting molecules, crack propagation and ...
Qing-Zheng, Yang +5 more
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Force probes allow reaction rates to be measured as a function of the restoring force in a molecule that has been stretched or compressed. Unlike strain energy, approaches based on restoring force allow quantitative molecular understanding of phenomena as diverse as translation of microscopic objects by reacting molecules, crack propagation and ...
Qing-Zheng, Yang +5 more
openaire +2 more sources
Responsive Probes and Molecular Bioimaging
Chemistry – An Asian Journal, 2023This special collection highlights the recent state-of-the-art progress in the research of molecular probes, chemosensors, nanosensors, and applications in molecular recognition, sensing, and imaging. In their Guest Editorial, Run Zhang and Tony James provide an outline of the field and introduce the contributions to the special collection.
Run Zhang, Tony D. James
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Molecular Inversion Probe Assay
2007We have described molecular inversion probe technologies for large-scale genetic analyses. This technique provides a comprehensive and powerful tool for the analysis of genetic variation and enables affordable, large-scale studies that will help uncover the genetic basis of complex disease and explain the individual variation in response to ...
Farnaz, Absalan, Mostafa, Ronaghi
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Molecular probes of solvation phenomena
Chemical Society Reviews, 2012The properties of the molecules present in any chemical or biological system are dependent on interactions with the environment, and a quantitative understanding of solvation phenomena remains a major challenge. Molecular recognition probes provide a new approach to quantitatively measure the properties of solvents.
Rafel, Cabot, Christopher A, Hunter
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Molecular probes for cardiovascular imaging
Journal of Nuclear Cardiology, 2016Molecular probes provide imaging signal and contrast for the visualization, characterization, and measurement of biological processes at the molecular level. These probes can be designed to target the cell or tissue of interest and must be retained at the imaging site until they can be detected by the appropriate imaging modality.
Grace, Liang, Patricia K, Nguyen
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2019
Molecular imaging is important for early disease diagnosis, personalized therapy guidance, and new drug development. Nuclear scintigraphy using SPECT or PET is the widely used example in the clinic. To achieve functional visualization, specific probes are indispensable.
Min Yang +7 more
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Molecular imaging is important for early disease diagnosis, personalized therapy guidance, and new drug development. Nuclear scintigraphy using SPECT or PET is the widely used example in the clinic. To achieve functional visualization, specific probes are indispensable.
Min Yang +7 more
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Force Probe Molecular Dynamics Simulations
2005Many proteins are molecular nano-machines, which perform their biological function via well-coordinated structural transitions. Often, these motions occur on much slower time scales than those accessible to conventional molecular dynamics techniques, which are limited to submicrosecond time scales by current computer technology.
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Probing Ultrafast Molecular Chirality
High-Brightness Sources and Light-Driven Interactions, 2016We investigate the photoionization of chiral molecules in different ionization regimes : one photon-, multiphoton above threshold-, and tunnel-ionization. We use the photoelectron circular dichroism to track the ultrafast relaxation of a chiral molecule.
Baptiste Fabre +18 more
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