Published on Apr 25, 2016 The 100,000 Genomes Project is creating the world’s largest genome sequencing project for cancers and rare diseases, and has the potential to transform the diagnosis and treatment of cancers and rare diseases. As Data Management Partner for this transformative project, ICON is using its world-class capabilities to validate and securely manage the large, complex data …
YOU CAN’T HELP EVERYBODY BUT YOU CAN MAKE SURE YOU HELP THE RIGHT PEOPLE
View PostTO LIVE TOGETHER IS THE ESSENCE OF LIFE
View PostEVERY PATIENT IS UNIQUE
View PostTHERE IS NO PRECISION MEDICINE WITHOUT COLLABORATION
View PostPRECISION MEDICINE SHOULD BECOME NORMAL TO IMPLEMENT IN PRIMARY CARE PRACTICE
View PostWE NEED TO BREAK DOWN THE BARRIERS THAT ARE HOLDING BACK INNOVATION
View PostDATA ANALYSIS, AGGREGATION AND MANAGEMENT HAVE AN ESSENTIAL ROLE TO PLAY IN GAINING INSIGHTS AND WISDOM FROM GENOMIC DATA
View PostTo help patients is the goal of everything
View PostIT’S ALL ABOUT COLLABORATION – ALONE WE CAN’T DO ANYTHING
View PostPrecision medicine and what it means to be human
View PostSweden’s strong tradition in genetic technology
View PostPharmacogenetics the Dutch way
View PostWe need to change our expectations
View PostDrawn to Science: T-cell bispecific antibodies
Published on May 31, 2016 At Roche Pharma Research and Early Development, we are working on a novel form of engineered antibodies for cancer immunotherapy that we call T-cell bispecific antibodies. We consider them match-makers between T-Cells and cancer cells. With two handles, they recognize specific markers on the surface of cancer cells. A third handle is designed to hook …
How is Immunotherapy Used to Fight Cancer? | Dana-Farber Cancer Institute | Science Illustrated
Link via Dana-Farber Cancer Institute How does immunotherapy fight cancer? If you take the brakes off the immune system, you can unleash an attack on cancer cells. That’s the theory behind PD-1/PD-L1, a vitally important immunotherapy discovery illustrated in this video.
Chasing Metastatic Cancer Cells
Link via Winship Cancer Institute of Emory University Understanding cancer cell behavior is a fundamental step toward advancing precision medicine. Winship’s Adam Marcus, PhD, shows how his lab is isolating and studying the behavior “leader” cells that may be the key to cancer metastasis.
White House and President Obama Hosts a Precision Medicine Initiative Summit
On the one year anniversary of the launch of the Precision Medicine Initiative, President Obama participates in a panel discussion moderated by Dr. James Hamblin of The Atlantic on the importance of PMI in South Court Auditorium at the White House, February 25, 2016. “Doctors have always recognized that every patient is unique, and doctors have always tried to tailor …
“A family curse” warded off by Canadian genomics research
Watch this Newfoundlanders story about how genomics is offering him protection against a potentially lethal disease.
What is Precision Medicine?
Precision medicine aims to collect, connect, and apply vast amounts of data and information about our health to help guide more precise and predictive medicine worldwide. Learn more at http://precisionmedicine.ucsf.edu/
Right on Target: Precision Medicine to Treat Rare Tumors
Precision medicine is the practice of using a cancer cell’s DNA to guide therapy. Learn how scientists have used precision medicine to treat rare brain tumors. This video was produced in collaboration with Malak Abed and her team in Boston.
Liquid Biopsy Promotes Precision Medicine By Tracking Patient’s Cancer
Published on Nov 4, 2015 In a study published in Nature Communications, Dr. Muhammed Murtaza, who holds a joint appointment at Mayo Clinic and Translational Genomics Research Institute (TGEN), and colleagues, describe an extensive comparison between biopsy results and analysis of ctDNA in a patient with breast cancer. In the following video, Dr. Murtaza describes how circulating tumor DNA in …
CRISPR: A DNA Word Processor for Editing the Genome
Since the discovery of DNA’s fundamental role in building and sustaining life, scientists have dreamed of having the ability to easily edit DNA in very precise ways. This video explores how a group of scientists made a major breakthrough in understanding the bacterial immune response, called the CRISPR/Cas system, and discovered a way to utilize this system to create a …