bugs, cell & molecular biology, immunology, neuroscience
Interview: Speaking of Memory
Edyta Zielinska | Oct 1, 2011
Considered a renegade by his peers, Nobel Prize-winner Eric Kandel used a simple model to probe the neural circuitry of memory.
Traffic Cops
Jessica P. Johnson | Oct 1, 2011
Editor's Choice in Cell Biology
Book Excerpt from Future Science: Essays From the Cutting Edge
Darlene Francis and Daniela Kaufer | Oct 1, 2011
In an essay entitled "Nurture, Nature, and the Stress That is Life," neurobiologists Darlene Francis and Daniela Kaufer envision a future where science moves past the nature vs. nurture debate in considering differences in human behavioral responses to stress.
Kandel on Neuroscience
Kandel on Neuroscience
Edyta Zielinska | Oct 1, 2011
Eric Kandel, winner of the 2000 Nobel Prize in Physiology and Medicine for his work on signal transduction in the nervous system, chats about the ever-changing field of neuroscience, funding, his students, and what he hopes science will accomplish.
Synthetic Biology
J. Craig Venter, George M. Church, Jef Akst | Oct 1, 2011
Learn about the field’s first genetic circuits and read forecasts by George M. Church and J. Craig Venter of a future where man-made organisms pump out novel fuels, drugs, and therapies.
Missegregation Linked to DNA Damage
Sabrina Richards | Sep 29, 2011
Researchers show that errors in chromosome segregation known to cause chromosome instability can also lead to gene translocations, insertions, or deletions.
Europe Pours $41 Million Into Epigenome
Edyta Zielinska | Sep 29, 2011
The European Commission takes a major step towards unraveling the secrets of human epigenetics.
Animal Electricity, circa 1781
Jessica P. Johnson | Sep 28, 2011
How an Italian scientist doing Frankenstein-like experiments on dead frogs discovered that the body is powered by electrical impulses.
Encrypting E. coli
Kerry Grens | Sep 26, 2011
Researchers design patterns of fluorescent protein expression to deliver secret messages.
Next Generation: Neuronal Monkey Bars
Kerry Grens | Sep 23, 2011
Three-dimensional scaffolds for growing and guiding neurons are getting smaller and more tailored in design.