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Leveraging Social Media For Biomedical Research

How social media sites are rapidly doing unique research on large cohorts

It has become commonplace for people to use social media to share their healthcare stories, seek a community of individuals with the same diseases, and learn about treatment options. All this...
ALS, clinical trials, GWAS, Parkinsons, social media
Jan, 02, 2012
Smart Embedded Devices: Here They Come

Machine learning for an artificial pancreas and deep brain stimulation

Embedded medical devices that both detect symptoms and treat them have existed for decades. Take, for example, the heart pacemaker. But a new generation of implants could soon emerge to do something...
diabetes, epilepsy, machine learning, pancreas, Parkinsons
Oct, 19, 2012
Genetic Variants and Ill Health: Scanning 500,000 SNPs Yields Gene-Disease Connections

It's an exhilarating time for genome-wide association studies

For the past few months it seemed you couldn’t open a journal without reading results of a new genome-wide association study. The results kept pouring in: four studies in April showing seven...
Oct, 01, 2007
Follow the Money: Big Grants in Biomedical Computing

A virtual lab rat; simulated DNA; an artificial pancreas; & integrating mental health data

Several biomedical computing projects received multi-million dollar funding in the fall of 2011, including efforts to: simulate the cardiac physiology of the rat; build a state-of-the-art DNA...
diabetes, DNA, Orozco, pancreas
Jan, 02, 2012
Getting It Right: Better Validation Key to Progress in Biomedical Computing

Bringing models closer to reality

When the ill-fated space shuttle Columbia launched on January 16, 2003, a large piece of foam fell off and hit the left wing. Alerted of the impact, NASA engineers used a computer model to predict...
7009, competitions, outsource, self-assessment, validation
Oct, 19, 2012
The Epigenome: A New View Into the Book of Life

There is growing recognition that epigenetics may be just as important as genetics in human health and disease.

In the early 19th century, Jean-Baptiste Lamarck explained evolution as the inheritance of acquired traits; he believed that changes due to behaviors and exposures in one generation could be passed...
Jun, 01, 2010
When Does Computational Validation Trump Biological Validation?
Many a successful investigator working at the interface between molecular biology, genetics and computation will recognize the imperative to obtain biological validation for computational...
Jul, 01, 2008
Zooming In on Blood Coagulation and Viscosity: Computation Takes On Blood Behavior

Simulations illuminate the inner workings of blood at multiple levels

Understanding blood flow and coagulation is crucial to treating blood disorders such as hemophilia and thrombosis, and to dealing with diseases such as AIDS, malaria, and diabetes that have...
Jun, 07, 2012
Computing Gene Interactions: Functional and Statistical Approaches Converge

Epistasis explored

When people work together, some individuals may hinder team performance—essentially masking the abilities of other members—while others may boost the group’s performance beyond the...
epistasis
Sep, 01, 2011
LIFE IS CROWDED: Modeling the Cell's Interior

Modelers are using recent gains in computational power to consider the complex interactions of hundreds or thousands of macromolecules at once--a necessary first step toward whole cell simulation

Molecules in cells behave like people in crowded subway cars. Because they can barely budge or stretch out without bumping into a neighbor, they move more slowly, smush themselves into more compact...
crowding, macromolecule, molecular dynamics
Apr, 01, 2011
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