Recommended

Discover the latest breakthroughs in environmental monitoring when you download our latest brand report! Get your free copy today!
Explore innovative, purpose-built AI solutions that elevate compliance and efficiency in quality and manufacturing operations.
Explore how lipid formulations in softgels can enhance drug absorption and bioavailability in this upcoming webinar!
Discover approaches to advance manufacturing processes such as continuous manufacturing, address key manufacturing challenges and optimise product quality at our upcoming webinar – Register now!
EPR’s latest Pharma Horizons report explores the latest advances in cell and gene therapy for quality control, manufacturing, analytical development and more – READ MORE
Register for this webinar to learn about impurity control in pharmaceutical waters! Coming soon!
View our brand new Guide to Testing for 2025!

List view / Grid view

AstraZeneca

 

AstraZeneca plc is an Anglo–Swedish multinational pharmaceutical and biopharmaceutical company.

In 2013, it moved its headquarters to Cambridge, United Kingdom, and concentrated its R&D in three sites: Cambridge, Gaithersburg, Maryland (location of MedImmune) for work on biopharmaceuticals, and Mölndal (near Gothenburg) in Sweden, for research on traditional chemical drugs. In 2015, it was the eighth-largest drug company in the world based on sales revenue.

AstraZeneca has a portfolio of products for major disease areas including cancer, cardiovascular, gastrointestinal, infection, neuroscience, respiratory and inflammation. The company was founded in 1999 through the merger of the Swedish Astra AB and the English Zeneca Group (itself formed by the demerger of the pharmaceutical operations of Imperial Chemical Industries in 1993). It has made numerous corporate acquisitions, including Cambridge Antibody Technology (in 2006), MedImmune (in 2007), Spirogen (in 2013) and Definiens (by MedImmune in 2014).

Figure 1 Overview of DILI-sim A. Schematic overview of the key biological processes represented in DILI-sim B. Overview of different modules within DILI-sim. Each module is itself a model that captures a specific area of relevant biology, pharmacology and metabolism. This modular approach to DILI-sim allows the overall model to be built in manageable, testable pieces C. Knowledge management aspects of DILI-sim. Under each of the models, the supporting evidence is explicitly captured and hence the model acts as a highly structured knowledge repository
Figure 1 Overview of DILI-sim A. Schematic overview of the key biological processes represented in DILI-sim B. Overview of different modules within DILI-sim. Each module is itself a model that captures a specific area of relevant biology, pharmacology and metabolism. This modular approach to DILI-sim allows the overall model to be built in manageable, testable pieces C. Knowledge management aspects of DILI-sim. Under each of the models, the supporting evidence is explicitly captured and hence the model acts as a highly structured knowledge repository
article

Applying systems biology and computer simulations to predicting idiosyncratic DILI

19 August 2010 | By David Cook, Associate Director, Global Safety Assessment, AstraZeneca

Idiosyncratic drug-induced liver injury (DILI) is a rare adverse drug reaction which accounts for a significant amount of patient suffering, including death. Currently, idiosyncratic DILI is unpredictable and as a result arises late in the drug development process or even post-marketing. The prediction of idiosyncratic DILI based on preclinical or…

news

Outsource to Europe

2 July 2010 | By NG Online News

The pharmaceutical industry has faced well documented challenges over the last 12 months, such as the Pfizer...