Here we perform a photoinduced domino reaction consisting of three photochemical steps.
Here, we perform a photoinduced domino reaction consisting of three photochemical steps (Fig. 1).
Accordingly, a mechanism of the sequential reaction consisting of cycloaddition and transesterification steps was proposed.
The reaction between DNA and cisplatin is a multistep reaction, consisting of aquation, electrostatic preassociation, nucleophilic substitution of one aqua ligand by a DNA guanine, and crosslink formation.
Autoxidation has been found to proceed by a chain reaction; that is, a reaction consisting of a series of successive steps occurring in repetitive cycles, in each of which intermediate products called chain carriers are regenerated.
Compounds 1a – 1m, which all possessed the (Z)- β -phenyl- α, β -unsaturated carbonyl scaffold, were synthesized using a tandem reaction consisting of an isoxazolone ring formation and a Knoevenagel condensation, and three starting materials, ethyl benzoylacetate, hydroxylamine and benzaldehydes.
Based on these results, we designed a two-step TCEP detoxification reaction consisting of TCEP hydrolysis to 2-CE by strain TCM1-resting cells and the following degradation of the resulting 2-CE by strain GJ10-growing cells.
Evidence for the photoinduced charge recombination to the excited-triplet state has been observed in chemical solar cell reaction consisting of dye-sensitized TiO2 colloidal ethanol solution, which mimicks the photoprotection function in the photosynthetic units.
A heterogeneous reaction model is developed to represent the gas solid reaction consisting of two-step reactions: formation of a solid intermediate on the core of unreacted solid and consumption of the solid intermediate.
A mass transfer model is presented to determine the particle size distribution and dissolution rate in terms of two steps: interfacial reaction, consisting of micelle uptake and desorption, followed by diffusion of the drug-loaded micelles.
Bisphosphonate related osteonecrosis of the jaw (BRONJ) is an adverse drug reaction consisting of progressive bone destruction in the maxillofacial region of patients under current or previous treatment with a bisphosphonate.
