Magnetotactic bacteria AMB-1 with active deep tumor penetrability for magnetic hyperthermia of hypoxic tumors
Xin Chen, Liwen Lai, Xiang Li, Xintong Cheng, Xinxin Shan, Xiangqing Liu, Liqun Chen, Guangliang Chen, Guoming Huang
Abstract
-weighted contrast signals in tumor tissue, but also efficiently ablate hypoxic solid tumors through the magnetic hyperthermia effect. We believe that this novel microbial therapy can be a potential weapon for hypoxic tumor treatment.
Topics & Concepts
Magnetotactic bacteriaHyperthermiaHypoxia (environmental)Tumor hypoxiaMagnetic resonance imagingIn vivoMagnetic hyperthermiaBacteriaMagnetosomeChemistryAnaerobic bacteriaNuclear magnetic resonanceCancer researchPathologyMagnetic nanoparticlesBiologyMaterials scienceOxygenMedicineNanotechnologyRadiation therapyNanoparticleRadiologyInternal medicineBiotechnologyOrganic chemistryPhysicsGeneticsCancer Research and TreatmentsNanoplatforms for cancer theranosticsMicro and Nano Robotics