SINGAPORE-- Several Japan drugmakers are making strides toward being major pioneers in the new pharmaceuticals field of nucleic acid-based treartments. A few already have clinical trials in the works for such things as Duchenne muscular dystrophy.
Speaking before a global audience of millions, President Barack Obama threw his support behind the potential of personalized medicine, skimping on details but hinting at a federally funded R&D effort in keeping with the $4.5 billion BRAIN Initiative.
Well-heeled venture capital firm Venrock has pieced together a 7th fund, banking $450 million in new investments as it sets out to grow its portfolio of promising startups.
Bethesda, MD's Northwest Biotherapeutics has watched as rivals Dendreon and ImmunoCellular have run into serious roadblocks with personalized cancer vaccines over the past year, but with a major Phase III study underway, the biotech believes it can change the narrative.
Israel's BioLineRx has unveiled positive preclinical data for its experimental treatment for chronic myeloid leukemia, a progressive blood and bone marrow cancer.
Researchers have found a possible new way to treat cancer by exploiting a biological weakness in the most commonly mutated gene involved in human cancers.
New genes identified by scientists at the University of Louisville in Kentucky may indicate a person's predisposition to excess abdominal fat, which can be an indicator of more serious health conditions, such as cardiovascular disease, Type 2 diabetes and cancer.
One of the elements lacking in the personalized medicine discussion today is the perspective of leading clinicians, informaticists and academics working in the field. To remedy the gap, I've asked a series of leaders in the industry to offer up their views.
Researchers at Vanderbilt University have discovered promising drug targets for previously hard-to-treat kinds of melanoma, suggesting that some cancers believed not to have such targets actually do.
Scientists believe that for the first time, they have linked the gene CUX1 to the development of one in every 100 tumors in cancer patients.