The new study looks at how consuming vitamin B-12 led to a cascade of signals originating in the brain and triggering actions connected to stress control and longevity in the gut.

“Dude! Look at madam! She’s so into her work that she’s gonna spill her coffee!”

“Haha, you are on, my friend. As busy as she is, she excels in multitasking. Your wallet is going to miss the sweet hundred bucks note”

“Look at you, all acting pro in betting. I’ll take that bet!”

Scientists from the National Centre for Biological Sciences, Bangalore study what neurons are involved in the identification of bitter substances by fruit flies.

Scientists from the Tata Institute of Fundamental Research, Mumbai, Université libre de Bruxelles- Institute of Neuroscience, Belgium, Indian Institute of Science, Education and Research, Pune and Sophia College for Women, Mumbai are now a step closer to understanding how the development of neural and glial cells – the two primary cell types in our brains – is regulated in a developing brain.

The brain is considered as the most complex organ, able to store and access huge data, and can even analyze, manipulate and draw from these memories. But how does the brain store all that information? Commonly held theories suggest, experiences cause neurons in the brain to fire and strengthen connections, while brain cells called engrams encode specific memories. They do this by triggering coordinated activity that represent a memory,in a set of these cells, helping in recalling a memory. In this new study, scientists show that engram cells can actually be identified.