4.5 • 758 Ratings
🗓️ 28 February 2025
⏱️ 38 minutes
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Use the code KETOGIRL for 20% off your order of Spirulina Here
In this episode of The Optimal Protein Podcast, we dive into two fascinating new studies that explore how diet, supplementation, and exercise impact biological aging and body composition.
📌 Study 1: How omega-3s, vitamin D, and exercise work together to slow down biological aging—and why the combination may be more powerful than any of these interventions alone.
📌 Study 2: A systematic review and meta-analysis on ketogenic and low-carb diets, breaking down their impact on body weight, BMI, and fat mass.
Key Takeaways from This Episode:
✅ A new study shows how combining omega-3s with vitamin D and exercise may have a major impact on biological aging.
✅ A deeper look at why omega-3s are crucial for longevity and how I personally get mine from marine algae, like ENERGYbits®, a plant-based source of ALA, EPA, and DHA.
✅ What the latest ketogenic diet research tells us about fat loss and body composition—and what it didn’t show.
✅ Why stacking multiple lifestyle interventions together may be the key to long-term health and longevity.
🎧 Tune in now to hear all the details and practical takeaways from these two exciting new studies!
Resources Mentioned:
🔗 Study 1: Effects of Omega-3, Vitamin D, and Exercise on Biological Aging (PubMed Link)
🔗 Study 2: Effects of Ketogenic and Low-Carbohydrate Diets on Body Composition (Clinical Nutrition Link)
🔗 ENERGYbits® Algae Tablets for Omega-3s: Use the code KETOGIRL for 20% off your order of Spirulina Here
Get 20% off the New TONE LUX CONTOUR or the 2nd Generation Tone Device HERE with the code VANESSA
Follow @ketogenicgirl for updates on the latest studies and strategies to optimize protein intake and metabolic health.
The content provided in this podcast is for informational purposes only and should not be construed as medical advice. Consult with a healthcare professional before making significant changes to your diet or exercise regimen.
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0:00.0 | Welcome to the Optimal Protein Podcast. I'm Vanessa Spina. |
0:05.5 | Hello, my friends. Welcome back to the podcast. I'm your host Vanessa and I am fired up for |
0:11.2 | today's episode. We are breaking down two brand new hot off the presses studies. One of them is |
0:18.8 | all about ketogenic diets and fat loss. And the other one is all about |
0:24.5 | a recent clinical trial examining the effects of omega-3 supplementation on reducing our |
0:32.4 | biological age. So I am super pumped to break down both of these studies in today's episode. They are both |
0:39.3 | newly out for March of 2025, which is in the future because today is the last day of February. |
0:47.7 | But both of these studies are being published in the March issues of two scientific journals. So I can't wait to get into both |
0:57.2 | of these studies and breaking them down in today's episode for you all. We will jump right in |
1:02.3 | after this quick break. Friends, I have to share with you an incredible anti-aging secret that I |
1:09.2 | have now become obsessed with. |
1:11.4 | Now, you've probably heard that aging is actually caused by free radical damage. |
1:16.2 | Now, this damage is a byproduct of creating cellular energy inside our cells at the mitochondrial level. |
1:23.5 | So by providing our mitochondria with antioxidants, we can actually prevent a lot of that damage from happening in the first place. |
1:31.4 | There are only four antioxidants that can actually get inside the inner membrane of the mitochondria, |
1:38.0 | and that includes glutathione, chlorella, and something called superoxide dismutase, as well as melatonin. Now after the age of 30, |
1:48.3 | the levels that our bodies make for us fall off a cliff. And this is why aging accelerates |
1:54.2 | and health issues start to pop up. Now, algae itself has all of these mitochondrial antioxidants |
2:00.8 | that are mitochondria specifically need. |
2:04.1 | And again, that's glutathione, chlorella, and superoxide dismutateate. |
2:08.4 | They help to protect our mitochondria from all that oxidative stress that is created when we make cellular energy in the form of ATP. |
2:17.4 | I've been able to replace taking |
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