Back to Results
First PageMeta Content
Cell lines / Organelles / Staining dyes / A549 cell / Photodynamic therapy / Lysosome / Chloroquine / Acridine orange / Cell / Biology / Fluorescent dyes / Cell biology


Imidazoacridinone-dependent lysosomal photodestruction: a pharmacological Trojan horse approach to eradicate multidrug-resistant cancers
Add to Reading List

Document Date: 2012-04-05 05:55:47


Open Document

File Size: 716,05 KB

Share Result on Facebook

City

Chauffry / Beth-Haemek / Tel-Aviv / The Hague / Maldon / Wetzlar / Amsterdam / Shizuoka / Mu¨llheim / Paisley / Goettingen / St. Louis / Rheinstetten / Staufen / Zurich / Berlin / Haifa / Gdansk / Steinheim / Cambridge / Oberkochen / Lausanne / /

Company

Escargueil AE / S&S X-Ray Products Inc. / Reno NV / Sigma-Aldrich / Leica Microsystems GmbH / Sigma-Aldrich Chemie GmbH / Animalco AG / The Fred Wyszkowski Cancer Research Laboratory / Nikon / NDC Infrared Engineering Ltd / Cancer Research Laboratory / Alphalas GmbH / PicoQuant GmbH / Creative Commons / 3Angiogenesis Laboratory / Macmillan Publishers Limited / /

Country

Switzerland / Netherlands / France / Japan / United Kingdom / Israel / India / Germany / Poland / United States / /

/

Event

Product Issues / /

Facility

Gdansk University of Technology / Swiss Federal Institute of Technology / stable MRP1 / Technion-Israel Institute of Technology / Massachusetts Institute of Technology / VU University Medical Center / Jagiellonian University / /

IndustryTerm

Live cell imaging / statistical analysis software / cancer therapy / fluorescence imaging / imaging / collisional energy transfer / energy / acetonitrile solutions / therapy for prostate cancer / fluorescence imaging applications / phalloidin stock solution / spermine oxidation products / capillary network / chemical structure / /

MarketIndex

nm with an / /

MedicalCondition

successful cancer / extensive vascular dysfunction / acidosis / human ovarian A2780 tumors / human tumor / rheumatoid arthritis / human breast tumor / metastatic cancers / colon adenocarcinomas / prostate cancer / Human A2780 ovarian carcinoma / tumor / malignant tumors / human ovarian tumor / cancer / tumors / malaria / both Lysosomal photosensitization / carcinogenesis / MDR nonsmall-cell lung cancer SW1573/2R160 / parental carcinoma / parental tumor / multidrug resistant melanoma M14 ADR2 / non-small lung cancer / same tumor / Disease Lysosomal photosensitization / IAs using tumor / solid tumors / A549 lung cancer / MS / human breast cancer / Stephanou Lysosomal photosensitization / ovarian carcinoma / cancers / Disease / human lung cancer / MDR cancer / Photosensitization / curative cancer / tumor Lysosomal photosensitization / MDR tumor / ovarian tumor / same tumors / Lysosomal photosensitization / /

MedicalTreatment

cancer therapy / chemotherapy / photodynamic therapy / /

Organization

Swiss Federal Institute of Technology / Weiss Lab for Synthetic Biology / Federal Trade Commission / Massachusetts Institute of Technology / Jagiellonian University / Department of Pharmaceutical Technology and Biochemistry / Israel Institute of Technology / VU University Medical Center / Gdansk University of Technology / Department of Biological Engineering / Technion / /

Person

Hala J. Luminescence / Arch Immunol Ther Exp (Warsz) / Crystal Violet / Crystal Violet-stained / Rose Bengal / /

/

Position

Lee HB / representative / Priest / Poland *Corresponding author / illuminator / /

Product

cyclosporine / Vincristine sulfate / C-1379 / IA injection / C-1375 / penicillin / Intravenous injection / M14 / ammonium chloride / mitoxantrone / acidification / pH regulation / /

ProvinceOrState

Texas / South Dakota / Iowa / Massachusetts / /

Technology

radiation / gene amplification / digital camera / chemotherapy / treating cancer / Spectroscopy / laser / Lasers / Simulation / /

URL

http /

SocialTag