Search News ArchivesExhibitions & EventsWill BRIC be the Savior for the Life Sciences and Medical Devices Sector? Seal of Approval for Pepceuticals ZEISS Lightsheet Z.1 awarded with Best New Life Science Product of 2012 IDT and SGI-DNA Broaden Their Collaboration to Provide Synthetic DNA Products up to 2 Mbp Watson-Marlow OEM pumps help push the boundaries of automated cell culture Breakthrough in non-invasive gut health testing New Portable SPECTROSCOUT XRF Analyzer - the Lab that Goes Anywhere ZEISS SIGMA used to analyze Russian meteorite that fell in Chelyabinsk region
Waters Updates Alliance HPLC Designs Without Impacting Established Validated Methods Porvair Sciences Expands Product Range for Epigenetics Thermo Fisher Scientific Introduces Gas Chromatography Headspace Autosampler for Organic Volatiles New Amicon® Pro Purification System for Protein Purification from Merck Millipore Wyatt Calypso Succeeds in ABRF-MIRG Study Revolutionize your pipetting with the new Biohit Picus electronic pipette Easy, Reliable Weighing in Regulated Areas Phenom proX all-in-one desktop SEM Flash of inspiration in the shaft tunnel - IKA launches the new video for UTTD control The only Chromatography Autosampler you will ever need! JG Finneran Associates introduces the 96-Well Multi-Tier Microtiter Plate System (Patented) IC for the people – Metrohm celebrates 25 years of ion chromatography
For further information or to sign up to receive any of our E-Newsletters click here Reading and Imaging are Combined in BioTek's Revolutionary, New Cytation™3 ZEISS SIGMA used to analyze Russian meteorite that fell in Chelyabinsk region New SPOT Insight™ Gigabit Camera Brings Microscopy Presentations to Life ZEISS Lightsheet Z.1 awarded with Best New Life Science Product of 2012 Malvern’s Dr E Neil Lewis takes his place among chemical imaging pioneers Waters Biopharmaceutical, Bioanalysis and Screening Solutions Now Shipping with UNIFI 1.6 New Software for Research & Scientific Thermal Imagers Thermo Fisher Scientific Introduces Data System to Unite Chromatography and Mass Spectrometry Molecular Devices Introduces SoftMax Pro 6 GxP Microplate Data Acquisition and Analysis Software Short Guide to 3D Cell Culture New EFS Handbook Published by Lee Products The Perfect Ultrafiltration Device for Your Specific Need Electron Magnetic Resonance shrinks to fit the undergraduate curriculum Biotage Releases New Catalog and Technical Guide for Sample Preparation and Evaporation New Waters Quality Parts, Chromatography Columns and Supplies Catalog |
Encouraging results for second-generation cancer drug trialResearchers from the Drug Development Unit at The Institute of Cancer Research (ICR) and The Royal Marsden NHS Foundation Trust led a Phase I clinical trial of the drug Tomtovok (afatinib*), developed by Boehringer Ingelheim, in patients with a range of solid tumours. Tomtovok acts to block both HER1/EGFR and HER2, two proteins that promote the growth of cancer cells. A number of drugs targeting these proteins separately, including Iressa and Herceptin, are already on the market for cancers including breast, colorectal, lung and head and neck cancers. However, new therapies are urgently needed as patients' tumours can become resistant to existing drugs over time. Laboratory testing showed Tomtovok blocked the growth of tumour cells harbouring HER1/EGFR mutations, including mutations known to be resistant to currently available drugs, such as Iressa and Tarceva in non-small cell lung cancer (NSCLC). The drug also differs from currently available treatments because it is irreversible, which means it binds permanently to its target protein and may be able to block the biological pathway promoting cancer growth for longer. Between November 2004 and March 2007, 53 patients at The Royal Marsden's hospital in Sutton and the Northern Institute for Cancer Research in Newcastle upon Tyne started taking a once-a-day dose of Tomtovok. Side-effects were generally mild and in line with drugs already on the market, including diarrhoea, nausea, vomiting, rash and fatigue. The trial was primarily a safety study, but the drug's effectiveness was also able to be measured in patients. Tumours were confirmed to have shrunk in three patients with NSCLC, for up to 34 months. Subsequent DNA sequencing of two of these patients' tumours confirmed both had an EGFR mutation. A further nine patients' tumours - advanced mesothelioma, breast cancer, two colorectal cancer patients, cervical cancer, thyroid carcinoma, adenocarcinoma of unknown primary site, esophageal cancer and NSCLC - stabilised for at least six months. "We are pleased to see strong evidence that Tomtovok has anti-tumour activity in a range of tumour types in these early trials," Principal Investigator Dr Johann de Bono of the ICR and The Royal Marsden says. "In laboratory studies, Tomtovok blocked the growth of cancer cells that had become resistant to first-generation drugs so we particularly look forward to the results of ongoing Phase III testing in drug-resistant patients." TOMTOVOK IS NOT CURRENTLY LICENSED IN THE UK |
|