University of Wisconsin School of Medicine and Public Health

Past research, mainly in animals, suggests it promotes calorie burning, reduces triglycerides in the blood, and helps protect against the effects of aging.

Boosting FGF twenty-one also seems to lead to fewer senescent or zombie cells, which generally accumulate with age and cause problems like tissue dysfunction and inflammation, says Dudley Lamming, a biologist who studies aging at the University of Wisconsin School of Medicine and Public Health and a co-author of the recent literature review.

Protein restriction also might improve the function of mitochondria, which provide energy to cells.

Limiting intake of the nutrient in rodents appears to increase mitochondrial activity and reduce the organelle's production of molecules called reactive oxygen species, which damage DNA.

Okay, next article's entitled "Comparing Cellulitis Diagnostic Accuracy Between Emergency Physicians and Dermatologists Under Teledermatology Conditions".

Lead author is Gage Gladhill from the University of Wisconsin, Madison School of Medicine and Public Health in Madison, Wisconsin.

So why is this important? Well, here's an interesting stat that they start out with this article was that in the past decade, ED use has grown twice as fast as the US population.

So because of this, our diagnostic and treatment decisions can have a significant impact on patient outcomes.

In some areas, it's the number one issue, is that.

So what I think is really interesting is at UW-Madison, and we have a new dean for our School of Medicine and Public Health, Dean Nita Huja, is really looking at trying to help solve this problem.

And so at UW-Madison, we've got what we've called our Wisconsin Academy for Rural Medicine, or WARM.

where we have students spend their first 18 months learning in Madison, and then they move to regional academic campuses for 28 months.

Yeah, I think there's positive potential really everywhere.

There's people doing computer vision research, like you're talking about, across our college in the School of Medicine and Public Health, and that relates to better health outcomes for people, being able to look at images and find diseases that...

Maybe it's hard for a doctor to look at and see.

And working with medical professionals, one of the ways that I view and I think we view broadly in our college and I think at our university is where are the AI technologies that are being brought to bear? Where can they amplify human potential and what we can do? And how can we move faster, solve more problems? And how can we do that with the public good in mind? Of course, that's what's exciting about it.

Today I'm very excited to welcome Dr. Theresa Chapman.

Dr. Chapman is a professor in the Department of Radiology at the University of Wisconsin School of Medicine and Public Health.

Today's topic is going to be pediatric MR imaging and that which makes pediatric imaging unique, what makes it special, what makes it different, and how we approach this as a specialty.

It's a pleasure to have you, Dr. Chapman.

I'm your host, Dr. Anne Aglash.

I'm a board-certified family physician and breastfeeding and lactation medicine specialist at the University of Wisconsin School of Medicine and Public Health.

This podcast is written and produced by the nonprofit organization iABLE, which is the Institute for the Advancement of Breastfeeding and Lactation Education.

We have no commercial funders for this podcast series.

In Madison, Wisconsin, UW Health has added perinatal therapists to OB-GYN clinics, helping improve access to mental health care.

You can find the episode description at womenshealthcast.podbean.com. From the University of Wisconsin School of Medicine and Public Health, Department of Obstetrics and Gynecology, I'm Jackie Askins, and this is the Women's HealthCast.

I'm very excited to welcome Dr. Ryan McDonald back to the Women's HealthCast today to talk about postpartum mental health.

Thank you so much for joining us.