tumor site / therapy of cancer / confocal microscopy imaging / CANCER THERAPY / in-vivo imaging / physico-chemical techniques / cancer treatment / chemical and physical stability / chemical stability / undesirable chemical reactions / chemical / hyperthermia applications / imaging / /
MedicalCondition
tumor / conventional cancer / significant tumor / Once palpable tumors / fibrosarcoma tumor / cancer / mouse fibrosarcoma tumor / radiation enhancement effect using suitable tumor / luciferase fibrosarcoma / generation cancer / normal combinatorial cancer / /
Health Sciences Division / N. Pandey Radiation Biology and Health Sciences Division / Indian Society for Radiation Biology / /
Person
D. M. Shin / Prussian blue / Z. Chen / A. K. Tyagi / K. Cho / Amit Kumar / R. Vasumathy / S. Nie / S. Banerjee / Pritha Ray / Badri N. Pandey / Navi Mumbai / X. Wang / /
Position
fibrosarcoma tumor model in BALB/c mice carboxylic group / candidate for the development / /
PublishedMedium
Elsevier / /
Technology
RADIATION / laser / DRUG DELIVERY / X-ray / chemotherapy / treating cancer / apoptosis / /
BARC NEWSLETTER MAGNETIC NANOPARTICLES FOR TARGETED-DRUG DELIVERY: A COMBINATORIAL APPROACH OF HYPERTHERMIA AND RADIATION FOR THE IMPROVEMENT OF CANCER THERAPY Neena V. Jadhav, Amit Kumar and Badri N. Pandey