Burn Visceral Fat with Green Med Diet and Space Vegetable: Study Findings
Key insights
- 🔥 Visceral fat is linked to poor metabolic and cardiovascular health
- 💡 Metabolic changes may target visceral fat for reduction
- 🍏 Specific foods and diets can burn visceral fat
- 🌿 Includes a common drink and a 'space vegetable'
- 🌱 The green Med diet with green tea and wolfia globosa showed significant visceral fat loss
- 🍵 Compounds in green tea and duckweed may increase sensitivity to visceral fat loss
- 🌰 Green tea and certain foods contain compounds that can increase energy expenditure and create brown fat
- 🍇 Consider consuming urolithin A-rich foods for reducing visceral fat
Q&A
What foods are mentioned for obtaining urolithin A and ellagic acid to reduce visceral fat?
To obtain urolithin A and ellagic acid, consider consuming loose leaf green teas, walnuts, pecans, macadamia nuts, berries, and fermented dairy, as these compounds are linked to gut health and microbiome diversity.
How do green tea and certain foods affect energy expenditure and brown fat creation?
Green tea and certain foods contain compounds that can increase energy expenditure and create brown fat, largely produced by gut microbes and reliant on dietary inputs and individual microbiome compositions.
What was the standout performance in causing visceral fat loss according to the study?
The green Mediterranean diet with green tea and wolfia globosa showed significant visceral fat loss, and high levels of certain polyphenols were associated with this fat reduction.
What are the findings about the low carb diet with green tea and duckweed?
The low carb diet with green tea and duckweed resulted in over 14% visceral fat loss and improved triglyceride to HDL ratio. Specific compounds in the diet may increase sensitivity to visceral fat loss.
What is the green Med diet and how does it relate to visceral fat loss?
The green Med diet is a low-carb Mediterranean diet that includes green tea and duckweed, showing superior results in visceral fat loss compared to a healthy eating control diet.
Can specific foods and diets target visceral fat for reduction?
Yes, a study suggests that specific foods and diets, including a common drink and a 'space vegetable', can help burn visceral fat.
What is visceral fat?
Visceral fat is the fat that surrounds internal organs and is linked to poor metabolic and cardiovascular health.
- 00:00 Visceral fat, the fat around internal organs, is linked to poor metabolic and cardiovascular health. It can be targeted for reduction through metabolic changes. A study suggests specific foods and diets can burn visceral fat, including a common drink and a 'space vegetable'.
- 01:44 Two low-carb Mediterranean diets were tested, one of which included green tea and duckweed, known as the green Med diet. The green Med diet showed superior results in visceral fat loss compared to the healthy eating control diet.
- 03:21 A low carb diet with green tea and duckweed resulted in over 14% visceral fat loss and improved triglyceride to HDL ratio. Specific compounds in the diet may increase sensitivity to visceral fat loss.
- 04:50 This study examined the impact of different diets on body composition and found that the interventions were multimodal and not possible to dissect exactly what's going on. The green Med diet with green tea and wolfia globosa showed a standout performance in causing visceral fat loss. High levels of certain polyphenols were associated with visceral fat loss and may have sensitized visceral fat to being burned off the body.
- 06:24 Green tea and certain foods contain compounds that can help increase energy expenditure and create brown fat, but these compounds are largely produced by gut microbes, relying on dietary inputs and individual microbiome compositions.
- 08:03 Accessing urolithin A from certain foods could be beneficial for reducing visceral fat. The speaker plans to consume loose leaf green teas, walnuts, pecans, macadamia nuts, berries, and fermented dairy to obtain urolithin A and ellagic acid. These compounds are linked to gut health and microbiome diversity.