1 Introduction In recent years, nicotine salt technology has been widely used in new tobacco products, which form protonated nicotine using organic acidnicotine complexes, and nicotine exists mainly in the protonated form ( The production of satisfaction is mainly related to the effect of nicotine on the dopamine (DA) reward system in the brain, which produces euphoric and pleasurable sensory effects ( Compared with traditional methods, in recent years, in vivo fluorescence imaging methods for monitoring changes in DA release have been developed in the field of neuroscience ( in vivo ( In this study, we aimed to investigate the effects of exposure to various nicotine salts on the release of DA in the NAc, the reward center of the brain, using a photometric recording method to compare the pharmacological differences in the effects of different nicotine salts

To address that gap, they considered the state of knowledge about the individual constituents found in the emissions from vaping products, such as (a) nicotine, (b) particulate matter and metals, and (c) carbonyl compounds (produced by the solvents used to hold the nicotine) and flavourings
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The males are drawn to the pheromone-baited traps and captured on an adhesive surface, enabling regular counting of the population