Publication | Closed Access
Fastest Thermal Isomerization of an Azobenzene for Nanosecond Photoswitching Applications under Physiological Conditions
136
Citations
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References
2012
Year
EngineeringFastest Thermal IsomerizationPhotobiologyRelaxation TimeMolecular BiologyChemistryOptogeneticsChemical EngineeringPhosphorescence ImagingPhotocatalysisPhotopolymer NetworkPhotophysical PropertyBiophysicsHealth SciencesPhotochemistryNanotechnologyMechanistic PhotochemistryEscherichia Coli GrowthThermal IsomerizationPhotochromismNanosecond Photoswitching ApplicationsNanomaterialsMolecular SwitchPhysiological Conditions
When speed is of the essence: After photoisomerization to its metastable cis form, an azo dye must undergo fast thermal isomerization back to the trans form to be suitable for real-time information transmission. The azopyrimidine shown has a relaxation time (τ) of just 40 ns under physiological conditions, as well as high biocompatibility, as determined by Escherichia coli growth in its presence (see picture).
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