Table of content Norepinephrine: a vital modulator of blood pressure, blood sugar, and fat levels in the body Norepinephrine’s mechanism of action: focus on lipolysis Investigating how norepinephrine influences cell morphology using Nanolive label-free live cell imaging How can Nanolive imaging contribute to future research on the effects of norepinephrine? References Norepinephrine: a vital modulator of blood pressure, blood sugar, and fat levels in the body Norepinephrine (also known as...

Table of content Valproic acid (VPA): anticonvulsant, epigenetic modulator, potential cancer treatment? VPA interferes with metabolite usage often leading to steatosis Investigating changes in cell metabolism using Nanolive label-free, live cell imaging Nanolive imaging suggests VPA enhances lipid droplet mobility References Valproic acid (VPA): anticonvulsant, epigenetic modulator, potential cancer treatment? Valproic acid (VPA) is an anticonvulsant drug that is widely used to treat epilepsy...

Table of content Introduction: characterization of single cells Background: phenotypic variation Experimental approach: how to image single cells using Nanolive live cell imaging solutions? 1. Visualizing phenotypic variability at the population level 2. Analyzing the temporal response of single cells 3. What causes phenotypic variation at the population level? References Introduction: characterization of single cells Phenotypic variation exists even in clonal cell populations that are derived...