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This book reports cutting-edge technology in nanoprobes or nanobiomaterials used for the accurate diagnosis and therapy of tumors, involving a multidisciplinary of chemistry, materials science, oncology, biology, and medicine.

Technology: general issues --- Chemical engineering --- aptamers --- nanomaterials --- cancer --- treatment --- targeting --- NIR-II fluorescent probes --- activatable strategy --- NIR-II fluorescence imaging --- biomarker --- biosensing --- ferritin --- drug delivery --- thermally induced drug loading --- computational analysis --- iron oxide nanoparticles --- magnetotheranostics --- aggregation-induced emission --- NIR-II emission --- phototheranostics --- cancer treatment --- dendrimers --- gold nanoparticles --- CpG-ODN --- immunotherapy --- T cells --- ion interference therapy --- ions --- inorganic nanoparticles --- SERS --- Raman --- microbeads --- multiplex --- immunoassays --- circulating tumor cells --- ovarian cancer --- folic acid --- fluorescent-magnetic nanoparticles --- isolation --- identification --- living sample viability measurement --- atomic force microscopy --- AFM oscillating sensor method --- nanomotion --- n/a