Hydrothermal vs microwave nanoarchitechtonics of carbon dots significantly affects the structure, physicochemical properties, and anti-cancer activity against a specific neuroblastoma cell line
Elif S. Seven, Emel Kirbas Cilingir, Mattia Bartoli, Yiqun Zhou, Rachel Sampson, Wenquan Shi, Zhili Peng, Raja R. Pandey, Charles C. Chusuei, Alberto Tagliaferro, Steven Vanni, Regina M. Graham, Yasin B. Seven, Roger M. Leblanc
Topics & Concepts
BiocompatibilityIn vivoCytotoxicityHydrothermal carbonizationPhotoluminescenceNeuroblastomaCell cultureHydrothermal synthesisChemistryCarbonizationCarbon fibersMaterials scienceMicrowaveNanotechnologyIn vitroHydrothermal circulationBiophysicsChemical engineeringBiochemistryBiologyOrganic chemistryOptoelectronicsComposite numberComposite materialQuantum mechanicsAdsorptionGeneticsEngineeringBiotechnologyPhysicsCarbon and Quantum Dots ApplicationsGraphene and Nanomaterials ApplicationsNanocluster Synthesis and Applications