Human-specific duplications of a gene involved in brain development may have contributed to our species’ unique intelligence.
The Scientist
Most Recent
Human embryonic stem cells swiftly kill themselves in response to DNA damage.
It’s a well-known story: The peppered moth’s ancestral typica phenotype is white with dark speckles. In the decades following the Industrial Revolution, a new, soot-colored form, known as carbonaria, flourished and displaced the typica moths in the h
Masters of the Planet, Learning from the Octopus, Darwin’s Devices, and Psychology’s Ghosts
Genes that react to cellular sugar content are regulated by a long non-coding RNA via an unexpected mechanism
From accounts of deformed animals to scratch-and-sniff technology, Robert Boyle's early contributions to the Royal Society of London were prolific and wide ranging.
An evolutionary biologist’s posthumous publication restores the peppered moth to its iconic status as a textbook example of evolution.
During development, the cells of an embryo change their pattern of gene expression, which allows them to detach from their original location and migrate to another part of the embryo, where the pattern changes again to allow formation of a new organ.
A flood of new discoveries has refined our definition of cancer stem cells. Now it’s up to human clinical trials to test if they can make a difference in patients.
Follow The Scientist
Stay Connected with The Scientist
-
The Scientist Magazine
-
The Scientist Careers
-
Neuroscience Research Techniques
-
Genetic Research Techniques
-
Cell Culture Techniques
-
Microbiology and Immunology
-
Cancer Research and Technology
Current Issue
