Inha University / University of California / National Cancer Institute / College of Medicine / /
IndustryTerm
carrier materials / treatment of ovarian cancer / breath testing diagnostic tool / active targeting systems / fluorescence imaging / targeted delivery systems / imaging / in vivo applications / target site / treatment of cancer / real-time intraoperative imaging / therapy for cancer / nanoparticular systems / biomedical applications / liposomal drug delivery systems / nanoparticle-based systems / bimodal imaging / /
MedicalCondition
myopia / ovarian cancer / HIV / BxPC3 tumors / diphtheria / macular degeneration / Brain metastasis / Melanoma / 4T1 murine Human/murine chimeric breast cancer / xenograft tumors / prostate cancer / breast cancer / tumor / cancer / tumors / Acute lymphocytic leukemia / U87MG human glioblastoma / sarcoma / AIDS / permeable pancreatic tumors / acute myeloid leukemia / tumours / breast cancer using MDA-MB-231Br breast cancer / 4T1 breast cancer / lymphoma / human colorectal cancer / Solid tumors / herpes / peripheral neuropathy / Descriptions Possible applications References Tumor / tTF tumors / lung cancer lung cancer / human breast cancer / pancreatic cancer / lung cancers / cancers / Introduction Cancer / Severe combined immunodeficiency / i.v. injection Tumor / disease / tumour / worldwide disease / severe anaphylactoid hypersensitivity / T-cell lymphoma / syndrome / /
MedicalTreatment
drug delivery systems / drug targeting / bypass / Anticancer Therapy / Chemotherapy / dendrimer / Photodynamic therapy / /
Organization
Department of Bioengineering / American Cancer Society / Food and Drug Administration / Department of Drug Development / Physical Biosciences Division / University of California / Berkeley / Inha University / College of Medicine / National Cancer Institute of the US / /
Targeted Delivery System of Nanobiomaterials in Anticancer Therapy: From Cells to Clinics