The rhythm of lobster season

Today is the second and last day of “mini-season” here in South Florida. That is, the last Wednesday and Thursday of July where Florida lobsters are available for the taking by non-commercial lobster hunters. I grew up in New England and I love me some huge (i.e. 2-3 lb) Maine lobsters, but since establishing some roots down here in sunny Florida, I’ve grown to like the smaller, but still sweet tasting cockroaches of the sea. Continue reading

Posted in About Neuroscience, Animal Research, by Leanne Boucher, Cell Communication, Chemicals, Diet and Exercise, Diseases & Disorders, Movement, Neural Network Function, Neuroanatomy, Technologies
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NEURO.tv Episode 10 – Parkinson’s disease and the basal ganglia.

What are the brain changes that cause Parkinson’s disease? In this special episode, Steven Miller traveled to Japan to discuss the current research on this subject with Professor Gordon Arbuthnott from the Okinawa Institute of Science and Technology. Continue reading

Posted in Authors, Brain Basics, Brain Development, by Jean-Francois Gariepy, by Steven Miller, Degenerative Disorders, Diseases & Disorders, Movement, Neural Network Function, Neuroanatomy, Sensing, Thinking & Behaving
Posted by Jean-François Gariépy        1 Comment

What is animal communication?

It seems quite easy to grasp, but the definition of animal communication creates a certain degree of controversy among biologists. One can easily come up with many examples of what looks like communicative signals between pairs of animals – the barking of a dog, the alarm calls of monkeys, the courtship display of Betta splendens – but when we try to define what a communication signal is, it gets slightly more complicated. Continue reading

Posted in Authors, Brain Basics, by Jean-Francois Gariepy, Evolution
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Everything is Awesome!

Where Do Brains Come From? Part II: Everything is Awesome!

Stories about evolution are compelling because they fit with our very human need for a linear narrative, but evolution possesses distinctive non-linearities driven by its agent, natural selection. Continue reading

Posted in About Neuroscience, Brain Basics, by Dwayne Godwin, Evolution, Genetics, Neuroanatomy, Policymakers, Sensing, Thinking & Behaving
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