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In order to construct a molecular device for photoinduced hydrogen production, a model has been designed and first results in the framework of this multicomponent system are presented.
Due to its fast response and ease of operation, the in situ generated carbon dot-MnO2 adduct could be useful to design a molecular device for biomedical research.
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Examples of molecular devices for processing light signals and of molecular machines powered by light energy, based on coordination compounds, are illustrated.
The information obtained through the investigation may find important applications, such as envisaging new routes for processing the rigid flexible block copolymer with better mechanical properties and constructing molecular devices for information storage and processing.
A variety of non-coded amino acids and other building blocks has been used to make increasingly sophisticated protein molecular devices for use as biosensors and for the study of signal transduction inside living cells.
The selected molecular devices for water reduction have a unique property to enhance the existence time of photoelectrons, such that the likelihood of generated electron pairs to produce a molecule of hydrogen is increased.
OD 360 nm was measured at regular intervals using a SpectraMax Plus384 (Molecular Devices) for 60 minutes.
Electrophysiological data were analyzed using MiniAnalysis (Synaptosoft, Decatur, Georgia, USA) for mEPSCs and in pClamp10 (Molecular Devices) for sEPSCs and sIPSCs.
All videos were generated using MetaMorph (Molecular Devices) For quantitation of uptake and recycling, images were imported into MetaMorph, and total fluorescence intensity measurements were collected.
The optical density (OD) was read at 565 nm in a tunable microplate reader (Spectra max 190, Molecular Devices) for time 0 and after 15 min.
After addition of 75 μ M cytochrome c (Roche Applied Science, Almere, The Netherlands) the change in absorbance at 550 and 540 nm (reference) was continuously recorded by the thermostatted Versamax microplate reader (Molecular Devices) for 125 min at 37°C.
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