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Showing posts with label super human radio. Show all posts
Showing posts with label super human radio. Show all posts
Wednesday, April 13, 2011
Fukushima & You: Understand What's Going On & How to Protect Yourself.
I am back on SHR - this time talking about a very serious topic: The meltdown at the nuclear power plant(s) in Fukushima.
Tune in live and listen to some solid background info that will help you understand what's going on in Japan, California and the rest of the world.
Labels:
Fukushima,
health,
radiation,
SHR,
super human radio
Sunday, April 3, 2011
Follow Up on Set-Point Theories: Could Royal Jelly Help With Obesity / Diet Induced Structural Brain Changes?
The colleagues over at ergo-log.com dug up a 2009 study (Narita. 2009) on the endocrine effects of royal jelly supplementation on rats. You may now wonder "Why is he suddenly beginning to writing off information about old studies on other sites?" Well, my interest in this study relates to my recent appearance on Carl Lenore's Super Human Radio show (I know, I promised a write-up /just have to find the time ;-) and diverges from the original interpretation the anonymous author over at ergo-log provided.
As you may have heard on the podcast, the most significant finding of the Ravussin study (Ravussin. 2011) was the down-regulation of pro-opiomelanocortin [POMC] neurons in the hypothalamus, which went hand in hand with weight gain and weight loss and is associated with a reduction of the metabolic rate to levels at which further weight loss or even weight maintenance become a significant challenge. Here, the findings of the aforementioned study on royal jelly, "a honey bee secretion that is used in the nutrition of larvae, as well as adult queens" (Wikipedia), come into play. As can be seen from in figure 1, 7 months supplementation with 5% Royal Jelly produced profound effects on the expression of the rats' pituitary hormone genes, one of which (you will have guessed that) is POMC.
Now, one could speculate that despite the fact that a ~10% increase in POMC expression could not compensate for the obesity induced loss of 50% of excitatory POMC neurons observed by Ravussin et al., the combined effect of increased POMC expression and a rise in thyroid stimulating hormone TSH could eventually turn out to be beneficial for someone, who has maneuvered him or herself in a metabolic state, where effective weight loss, i.e. the loss of body fat and conservation of muscle mass, is nigh on impossible.
Yet, before you break into the next beeyard, you should consider that...
As you may have heard on the podcast, the most significant finding of the Ravussin study (Ravussin. 2011) was the down-regulation of pro-opiomelanocortin [POMC] neurons in the hypothalamus, which went hand in hand with weight gain and weight loss and is associated with a reduction of the metabolic rate to levels at which further weight loss or even weight maintenance become a significant challenge. Here, the findings of the aforementioned study on royal jelly, "a honey bee secretion that is used in the nutrition of larvae, as well as adult queens" (Wikipedia), come into play. As can be seen from in figure 1, 7 months supplementation with 5% Royal Jelly produced profound effects on the expression of the rats' pituitary hormone genes, one of which (you will have guessed that) is POMC.
| Figure 1: Expression of Pituitary Hormone Genes in Middle-Aged Female Rats Fed a 5% Royal Jelly Diet for 7 Months. (Narita. 2009) |
Yet, before you break into the next beeyard, you should consider that...
- the amount of royal jelly the rats consumed in the study, i.e. 5% of their daily food intake is almost impossible to achieve without plundering beeyards all over the country (for the same reason it is no practical alternative to medications for "rejuvinating the pituitary" which the author of the ergo-log post seems to imply in the headline of his post)
- an upregulation in gene expression alone does not guarantee an increase in metabolic rate (the increase in the thyroid (pre-)hormone T4, for example, was non-significant, despite a significant increase in TSH related gene expression)
Labels:
fat loss,
health,
pituitary,
POMC,
pro-opiomelanocortin,
royal jelly,
set point,
SHR,
super human radio,
t4,
thyroid,
TSH
Tuesday, March 29, 2011
ProfDrAndro @ Super Human Radio: Set to Be Obese? Of Set & Settle Points on Your Way to a Super Human Physique
Just in case you got nothing else to do: Tune in live and listen to some more (probably Carl) or less (probably me ;-) intelligent Supp-Talk on Carl Lenore's Super Human Radio!
Topic: Set & settle points and how contemporary science
may contribute & explain your personal weight loss success
may contribute & explain your personal weight loss success
Update: available for Download now
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Sunday, February 20, 2011
Want to Stay Lean on a High-Fat Diet? Consume Whey Protein Everyday.
Listeners of Carl Lenore's Super Human Radio already know: Dr. Paul Arciero of Skidmore College is going to publish a study the results of which confirm that obese individuals can lose weight and improve markers of metabolic health by just adding a 20g shake of whey protein 3x a day.
While you still have to wait for the detailed results of this study to be published, another group of scientists (Shertzer. 2011) derived similar results from a study on mice. Despite being on a high fat diet, mice who received 100mg of whey protein isolate (WPI) per liter of their drinking water (WPI group) ...
While you still have to wait for the detailed results of this study to be published, another group of scientists (Shertzer. 2011) derived similar results from a study on mice. Despite being on a high fat diet, mice who received 100mg of whey protein isolate (WPI) per liter of their drinking water (WPI group) ...
had lower rates of body weight gain and percent body fat and greater lean body mass, although energy consumption was unchanged. These results were consistent with WPI mice having higher basal metabolic rates, respiratory quotients, and hepatic mitochondrial respiration. [...] Livers from WPI mice had significantly fewer hepatic lipid droplet numbers and less deposition of nonpolar lipids. Furthermore, WPI improved glucose tolerance and insulin sensitivity.While you are waiting for the human study to be published (the SuppVersity will have it first ;-), get yourself some tasty whey protein and listen to Dr Arciero on Super Human Radio!
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