Katie Page Lab, USC

Katie Page Lab, USC Interested in understanding how the brain regulates appetite & eating behavior, & in identifying early life determinants of obesity and diabetes

"Previous research by the University of Sydney team on flies and mice revealed chronic consumption of artificial sweeten...
08/07/2017

"Previous research by the University of Sydney team on flies and mice revealed chronic consumption of artificial sweeteners increased feelings of hunger because of a complex neuronal network that tells the animal it hasn't eaten enough energy."

https://twitter.com/drkatiepage/status/894058395409367040

“We Finally Know Why Artificial Sweeteners Can Make You Put on Weight https://t.co/mhiTUyvII6 via ”

07/23/2017
"In studies with animals, exercise, in the form of running wheels or treadmills, has been found to double or even triple...
07/05/2017

"In studies with animals, exercise, in the form of running wheels or treadmills, has been found to double or even triple the number of new neurons that appear afterward in the animals’ hippocampus, a key area of the brain for learning and memory, compared to the brains of animals that remain sedentary. Scientists believe that exercise has similar impacts on the human hippocampus."

https://twitter.com/drkatiepage/status/786023424690761728

“Which Type of Exercise Is Best for the Brain? https://t.co/desgDFEI7B”

07/04/2017

Happy Fourth of July, everyone!

"The investigators said that if all 8- to 11-year-olds did 25 minutes of exercise three times a week, it would prevent $...
06/29/2017

"The investigators said that if all 8- to 11-year-olds did 25 minutes of exercise three times a week, it would prevent $62.3 billion in medical costs and lost wages during their lives. Also, 1.2 million fewer youngsters would be overweight or obese."

https://twitter.com/drkatiepage/status/859801663674081280

“More Active Kids Could Save U.S. Billions in Health Costs: Study https://t.co/5qvr9AcPQX”

"In short, this means that repeated access to sugar over time leads to prolonged dopamine signalling, greater excitation...
06/20/2017

"In short, this means that repeated access to sugar over time leads to prolonged dopamine signalling, greater excitation of the brain's reward pathways and a need for even more sugar to activate all of the midbrain dopamine receptors like before. The brain becomes tolerant to sugar -- and more is needed to attain the same 'sugar high.'"



https://twitter.com/drkatiepage/status/841318444872024064

“What happens to your brain when you give up sugar https://t.co/VJ4MjpNNtT”

We are looking for participants in a brain imaging (fMRI) research study about brain responses to sugar.  Compensation p...
06/15/2017

We are looking for participants in a brain imaging (fMRI) research study about brain responses to sugar. Compensation provided!

IRB PROTOCOL NUMBER: HS-09-00395

The study involves:
-Screening history and brief physical exam.
-Up to five scan sessions which include drinking a sweet beverage, answering questionnaires, blood sampling, and MRI scan.

You may be eligible to participate in our research study if you meet the following criteria:
-Between the ages of 18-35
-No history of diabetes
-Right-handed
-Not a vegetarian/vegan
-Have no non-removable metal (eg permanent retainer) in body

If you're interested in participating, please complete the screening survey and we will contact you if you qualify: https://usccollege.qualtrics.com/SE/?SID=SV_07d6bCxUc33QQ61

If you have any further questions, please contact [email protected]


IRB #: HS-09-00395
Approval Date: 03/04/2017

Address

2250 Alcazar Street
Los Angeles, CA
90089

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