Nikon / FCM / Cambridge Technology Inc. / Creative Commons / IPG Laser Gmbh / immersion N.A. / JCZ Technology Co. Ltd. / R. C. Taylor S. P. / Hindawi Publishing Corporation / /
Country
United States / China / / /
Facility
Institute of Modern Optics / Delft University of Technology / Institute of Micro / Nankai University / Tianjin Union Medicine Centre / Key Laboratory of Optoelectronic Information Science / Shenzhen University / /
IndustryTerm
Cancer Therapeutics / cancer treatment / plain microfluidic chip / oil / optical technology / antitumor drug applications / treatment of cancer / therapy for patients with cancer / conventional monitoring technologies / important complementary tool / microfluidic chip / cell solution / laser tool / anatomical imaging / /
MedicalCondition
previously deadly disease / ovarian cancer / lymphoma / small cell lung cancer / carcinoma / viable tumor / germ cell tumors / cancers / tumor / cancer / Carcinogenesis / high throughput malaria / sarcoma / /
Chinese Academy of Sciences / Shenzhen University / Shenzhen / Delft University of Technology / National Academy of Sciences / Institute of Micro & Nano Optics / Tianjin Union Medicine Centre / American Chemical Society / National Natural Science Foundation of China / vol. / Institute of Modern Optics / Nankai University / Tianjin Municipal Science and Technology Commission / Ministry of Education / Key Laboratory of Optoelectronic Information Science & Technology / /
Person
J. Feng / X. Wu / X. Zhao / Y. Zhang / J. Bu / S. Zhu / X. Yuan / R. Cao / X. C. Yuan / C. Min / /
Position
Academic Editor / Cao / /
Product
cisplatin / /
PublishedMedium
Chinese Optics Letters / Laser Physics Letters / Nature Reviews Molecular Cell Biology / Nature Materials / Proceedings of the National Academy of Sciences / Optics Express / Annals of Internal Medicine / Optics Letters / Nature Photonics / Proceedings of SPIE / Journal of the American Chemical Society / /
Engineered Tumor Cell Apoptosis Monitoring Method Based on Dynamic Laser Tweezers