Hydrogen peroxide

Where the papers sit

25 papers from the last 6 months study hydrogen peroxide directly · updated from PubMed 10 Oct 2026

• ROS-Activated Tumor Nanotherapy

  ROS-activated nanoplatforms are moving toward multimodal tumor treatment rather than single therapies. H2O2-responsive systems generate hydroxyl or chlorine radicals through Fenton-like catalysis, while copper platforms add cuproptosis to oxidative injury. Oxygen-boosted photodynamic therapy, radioimmunotherapy, chemiluminescence and immune activation recur across the designs. Hypoxia, tumor-selective activation and improved cellular delivery remain the main barriers to translation.

  10 papers · 40%

• Oxidative Stress and Mitochondria

  Oxidative stress and mitochondrial dysfunction are being targeted across Alzheimer disease, tissue injury and ferroptosis-related immunotherapy. Alzheimer-focused systems combine amyloid-β control with mitophagy, antioxidant activity and inflammatory remodeling, while phenoselenazine compounds target Aβ42 aggregation. Extract-based gut protection and hypoxia-responsive microbial systems extend the theme beyond neurodegeneration. The work remains exploratory and multi-target, without a settled therapeutic direction.

  5 papers · 20%

• Others — Nanozyme and Sensor Applications

  Copper- and iron-containing nanozymes are being used both to kill drug-resistant wound bacteria and to accelerate diabetic wound healing. Photothermal, photodynamic and peroxidase-like activities recur in these antimicrobial designs, especially against Staphylococcus aureus. Other entries shift toward portable cholesterol and glucose assays, plant-stress monitoring and ligand-engineered immunoassays. The group therefore shares catalytic nanomaterial engineering more than one biological or clinical question.

  6 papers · 24%

• Others — Peroxide Efficacy and Detection

  Peroxide research here centers on whether exposure produces reliable bleaching, disinfection or analytical signals. Dental studies test how mixing delay and violet or blue light affect bleaching efficacy, color change and pulp-chamber penetration. Contact-lens work compares neutralization and disinfection kinetics with povidone iodine, while nanozyme-SERS extends peroxide measurement to complex biological samples. The set links practical performance testing with sensitive detection rather than one clinical program.

  4 papers · 16%