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In his painting Diagnostics 2, Frank Shaw presents an abstract vision of how diagnostic approaches reveal the “depth, structure and function of the elements of the body.” This issue includes a focus on recent advances in diagnostics and drug development. (http://www.frankshawart.com)
Biotech companies are now in a race to go beyond the limitations of existing targeted therapies either by finding complementary treatments or by combining already approved therapies to synergize their effect
Collaborative development financing could offer a more objective validation than a standard licensing deals because selection is based on the intrinsic value of the compounds, rather than strategic considerations that often sway a big pharma.
With an emphasis on diagnostics tools, the independently funded C-Path Institute aims to have a significant role in helping the FDA better oversee innovation. Mark Ratner reports.
Consumers can pay a couple of hundred dollars to find out their ancestry or a couple of thousand dollars to find out their cancer risk. Not everyone agrees that this is a good idea.
Chromogenic stains have long been used in immunodiagnostic assays, but fluorescence-based readouts could supplant them as emphasis shifts away from diagnosis to prediction by means of quantifiable results.
Although technology adoption and remuneration are significant barriers to the development and implementation of innovative diagnostics, health imperialism may be just as important.
Tests for identifying the world's most important microbial pathogens are antiquated, inaccurate and inadequate. Innovative public-private partnership is needed to develop and produce new infectious disease diagnostics that are more rapid and of greater accuracy and sensitivity.
Low margins, tricky reimbursement issues and the difficulty of market penetration have traditionally made diagnostics unattractive to investors. However, with changes to healthcare economics, regulation and the adoption of companion diagnostic tests that are predictive for drug response, that may be about to change.
A major outreach effort is under way that recruits scientific and technological expertise in industry and academia to optimize regulatory decision-making for next-generation diagnostic tests.
How can we computationally extract an unknown motif from a set of target sequences? What are the principles behind the major motif discovery algorithms? Which of these should we use, and how do we know we've found a 'real' motif?
A series of articles that focuses on the scientific, business, regulatory, intellectual property, technology transfer and logistical challenges of accelerating integration of molecular diagnostics into clinical practice and therapy selection.