Original Research
Published on 28 May 2024
Flame spray pyrolyzed carbon-encapsulated Au/Fe3O4 nanoaggregates enabled efficient photothermal therapy and magnetic hyperthermia of esophageal cancer cells
in Nanobiotechnology

- 964 views
- 1 citation
Original Research
Published on 28 May 2024
in Nanobiotechnology
Original Research
Published on 28 May 2024
in Bioprocess Engineering
Review
Published on 28 May 2024
in Biomechanics
Review
Published on 28 May 2024
in Tissue Engineering and Regenerative Medicine
Original Research
Published on 28 May 2024
in Biomaterials
Review
Published on 28 May 2024
in Biomaterials
Review
Published on 27 May 2024
in Nanobiotechnology
Original Research
Published on 27 May 2024
in Biomechanics
Original Research
Published on 27 May 2024
in Biofabrication
Brief Research Report
Published on 27 May 2024
in Biomaterials
Original Research
Published on 27 May 2024
in Biomechanics
Review
Published on 24 May 2024
in Cell and Gene Therapy
Original Research
Published on 24 May 2024
in Biomaterials
Review
Published on 24 May 2024
in Organoids and Organ-On-A-Chip
Original Research
Published on 24 May 2024
in Biomechanics
Original Research
Published on 23 May 2024
in Biomaterials