Kodak / Olympus / Ge / Kotov N. A. / Polysciences Inc. / Hupp / Ipe / Laser Dynamics Laboratory / /
Country
United States / /
Currency
USD / / /
Facility
Georgia Institute of Technology / Laser Dynamics Laboratory / UniVersity of California / /
IndustryTerm
therapy of cancer / stock solution / noble metal nanoparticles / cancer cell imaging / active dual imaging/therapy agents / cancer therapy / distinguishable imaging difference / high energy density / energy density / conjugated nanoparticle solution / seed solution / growth solution / near-infrared low-energy continuous-wave / lower energy / molecular imaging / antibody solution / rod solution / threshold energy / energy / simultaneous molecular imaging / dual molecular imaging / in vivo applications / dual diagnostic imaging/therapy method / light scattering imaging / buffer solution / energy threshold / low-energy / mL growth solution / laser energy / /
MedicalCondition
cell injury / solid tumors / carcinoma / D. M. Cancer / both efficient cancer / glioblastoma / tumor / squamous cell carcinoma / cancer / human oral squamous cell carcinoma / simple cancer / photothermal cancer / M. Cancer / photothermal injury / /
pentagon / School of Chemistry and Biochemistry / School of Chemistry / American Chemical Society / UniVersity of California at San Francisco / Georgia Institute of Technology / Atlanta / ComprehensiVe Cancer Center / /
Person
Ivan H. El-Sayed / Maxwell / Robert Dickson / Shi Kam / Randall Kramer / Wei Qian / Mostafa A. El-Sayed / Wyatt / Paul Edmonds / /
Published on WebCancer Cell Imaging and Photothermal Therapy in the Near-Infrared Region by Using Gold Nanorods Xiaohua Huang,† Ivan H. El-Sayed,‡ Wei Qian,† and Mostafa A. El-Sayed*,† Contribution f