S. X. Cui L. P. / Matsuda / Furukawa / Z. Darzynkiewicz S. P. / Worthington Biochemical Co. / Creative Commons / G. Q. Zhang D. D. / Hindawi Publishing Corporation / /
Country
Netherlands / Japan / United States / /
Currency
pence / / /
Facility
Nagasaki International University / Could plant / Tohoku Pharmaceutical University / National Cancer Institute / Institute of Molecular Biomembrane / /
IndustryTerm
technologies / clinical applications / cell binding site / Cancer Therapy / bioinformatics technology / cancer therapeutics / chemical weapons / potential clinical applications / therapy of human lymphoma / manufacturing sources / therapeutic applications / medicinal applications / /
MedicalCondition
nonsmall-cell carcinoma / lymphosarcoma / gastric cancer / solid tumours / human gastric cancer / Hodgkin’s disease / transitional cell carcinoma / metastasis / certain allied and miscellaneous disorders / human tumor / human tumors / leukemia P388 / human liver cancer / malignant mesothelioma / human lymphoma xenografts / novel tumor / prostate cancer / cholangiocarcinoma / breast cancer / leukemia / tumor / cancer / hepatoma cells / disease / different human cancer / human lung cancer / solid tumor / tumour / human and animal cancer / mouse leukemia P388 / sarcoma / tumor necrosis / virus infection / tumor necrosis factor / non-Hodgkin’s lymphoma and chronic lymphocytic leukaemia / BMC Cancer / useful cholangiocarcinoma marker / certain ascites tumours / /
MedicalTreatment
anticancer therapy / chemotherapy / radiation / Cancer Therapy / cancer therapeutics / /
MusicAlbum
Culture / Technology / Sports / Science / /
OperatingSystem
OS-9 / /
Organization
Division of Cell Recognition Study / National Cancer Institute / Faculty of Pharmaceutical Science / RNase / National Academy of Sciences / Institute of Molecular Biomembrane and Glycobiology / vol. / Department of Pharmacy / Nagasaki International University / American Medical Association / Tohoku Pharmaceutical University / Ministry of Education / /
Person
I. J. Goldstein / E. Notomista / V / R. S. Reneman / N. Sharon / Senitiroh Hakomori / R. C. Hughes / P. J. Gray Jr. / G. J. Van Der Vusse / S. S. Mambula / Masahiro Hosono / H. Lis / L. H. Snoeckx / T. Osawa / J. R. Theriault / R. N. Cornelussen / F. A. Van Nieuwenhoven / Takeo Tatsuta / M. Monsigny / Rana BioMed / S. K. Calderwood / Drug / /
Position
model for apoptotic mechanisms induced by SBL / Academic Editor / Candidate / /
Product
sodium acetate / /
ProvinceOrState
Rhode Island / /
PublishedMedium
Journal of Molecular Biology / Cancer Research / Proteomics / FEBS Journal / Journal of the American Medical Association / Chemical Reviews / Proceedings of the National Academy of Sciences / PLoS ONE / Microbiology / Journal of Immunology / Nucleic Acids Research / Molecular Biology / /
Technology
Genomics / Neuroscience / radiation / protein engineering / Proteomics / all-in-one technology / genetic engineering / molecular modeling / antibodies / Biotechnology / cell signaling / cloning / Technology of Japan / newly developed technologies / apoptosis / bioinformatics technology / DNA Chip / chemotherapy / treating cancer / crystallization / glycomics / drug development / /
Leczyme: A New Candidate Drug for Cancer Therapy