Maximizing the Value of Critical Data - The Next Generation of Cancer Research

Parag Mallick, Director of Clinical Proteomics, Cedars-Sinai Medical Center's Louis Warschaw Prostate Cancer Center

By leveraging clustered storage combined with high-performance clustered computing and leading-edge research, Cedars-Sinai is maximizing the value of thousands of patients’ proteomic data to create new breakthroughs in prostate cancer treatment. The shift to clustered architectures – both on the server and storage side – is defining the next generation of enterprise data centers and Cedars-Sinai is leading this shift within the life sciences industry – removing the limitations of traditional architectures and transforming critical data into life-saving treatments. Cedars’ Director of Clinical Proteomics, Parag Mallick, will discuss how combining clustered storage and clustered computing creates the template for next-generation data centers – and has resulted in previously impossible advances in Cedars’ ability to understand, and effectively treat, prostate cancer. 

As a result of participating in this session, attendees will be able to: 

• Acquire first-hand knowledge of how to effectively combine clustered storage with clustered computing architectures to maximize the value of your data, storage resources and investment in the next-generation data center
  
• Gain insight into how the new, digital world necessitates a shift to clustered storage and computing -- and how this new paradigm can create unprecedented breakthroughs in productivity and ROI 
  
• Easily and cost-effectively manage and storage massive data growth -- through the unique and compelling lens of most leading-edge cancer research