All Outputs (2)

Design of new anticancer drugs by selectable intracellular organelle targeting: make for the mitochondria or turn left for the lysosome? (2024)
Presentation / Conference Contribution
Mincher, D., Kamel, M., Mohammed, O., MacCallum, J., & Turnbull, A. (2024, June). Design of new anticancer drugs by selectable intracellular organelle targeting: make for the mitochondria or turn left for the lysosome?. Presented at EACR 2024: Innovative Cancer Science, Rotterdam, Netherlands

Introduction Defining structural features that can control and pinpoint the delivery of drugs to specific sub-cellular organelles ofcancer cells offers the prospect of designing more potentand selective drugs that negate drug resistance, with less d... Read More about Design of new anticancer drugs by selectable intracellular organelle targeting: make for the mitochondria or turn left for the lysosome?.

Into the toxicity potential of an array of parabens by biomimetic liquid chromatography, cell viability assessments and in silico predictions (2024)
Journal Article
Neri, I., MacCallum, J., Di Lorenzo, R., Russo, G., Lynen, F., & Grumetto, L. (2024). Into the toxicity potential of an array of parabens by biomimetic liquid chromatography, cell viability assessments and in silico predictions. Science of the Total Environment, 917, Article 170461. https://doi.org/10.1016/j.scitotenv.2024.170461

Five parabens (PBs) i.e., Methylparaben (MP), Ethylparaben (EP), Isopropylparaben (iPrP), Isobutylparaben (iBuP), Benzylparaben (BzP), and their parent compound i.e., para–hydroxy Benzoic Acid (pHBA), were studied both in vitro and in silico. Specifi... Read More about Into the toxicity potential of an array of parabens by biomimetic liquid chromatography, cell viability assessments and in silico predictions.