thismiasma:

In a simple experiment, researchers at the University of Chicago sought to find out whether a rat would release a fellow rat from an unpleasantly restrictive cage if it could. The answer was yes.
The free rat, occasionally hearing distress calls from its compatriot, learned to open the cage and did so with greater efficiency over time. It would release the other animal even if there wasn’t the payoff of a reunion with it. Astonishingly, if given access to a small hoard of chocolate chips, the free rat would usually save at least one treat for the captive — which is a lot to expect of a rat.
The researchers came to the unavoidable conclusion that what they were seeing was empathy — and apparently selfless behavior driven by that mental state.
“A New Model of Empathy: The Rat” by David Brown, Washington Post

studying mice this past summer, I can fully vouch for their ability to feel and nurture. (and also be more reckless in both those aspects, but they are mice after all.) 
this study is amazing— I wish I were doing more behavioral science than molecular sometimes. 

thismiasma:

In a simple experiment, researchers at the University of Chicago sought to find out whether a rat would release a fellow rat from an unpleasantly restrictive cage if it could. The answer was yes.

The free rat, occasionally hearing distress calls from its compatriot, learned to open the cage and did so with greater efficiency over time. It would release the other animal even if there wasn’t the payoff of a reunion with it. Astonishingly, if given access to a small hoard of chocolate chips, the free rat would usually save at least one treat for the captive — which is a lot to expect of a rat.

The researchers came to the unavoidable conclusion that what they were seeing was empathy — and apparently selfless behavior driven by that mental state.

“A New Model of Empathy: The Rat” by David Brown, Washington Post

studying mice this past summer, I can fully vouch for their ability to feel and nurture. (and also be more reckless in both those aspects, but they are mice after all.) 

this study is amazing— I wish I were doing more behavioral science than molecular sometimes. 

infinity-imagined:

The Hippocampus

cannot believe this is what i’m studying. it looks infinitely more captivating here than in the dull pages of my textbook. 

infinity-imagined:

The Hippocampus

cannot believe this is what i’m studying. it looks infinitely more captivating here than in the dull pages of my textbook. 

blast from the past!

just heard from my FIRST Neuroscience mentor from summer camp 2007 for the first time in a few years!

 Just touching base and hearing that he’s proud of what I am accomplishing and what my goals have become is so gratifying and makes me want to both jump up and down and get a little teary-eyed. 

His journey with his father’s Parkinson’s mirrored my own in so many ways, and that summer really inspired me to go forth and pursue research as a tangible and real career path. He planted the ideas of the Center for Behavioral Neuroscience and looking to research as soon as I could, and in a way instilled the values of good, conscientious understanding of Neuroscience as well as research methods that have stuck with me even to this day. 

I am so glad that I have such great mentors, both in my past and in my present. and that in reality, they have never really left me. :]