Intermittent Fasting: Difference between revisions
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The guy making some really outstanding claims ("they look like a different species") is [http://geriatrics.im.wustl.edu/faculty/fontana.html Luigi Fontana] of Washington University. One of his primary [http://www.pnas.org/content/101/17/6659.long papers] on the top does not mention IGF-1. | The guy making some really outstanding claims ("they look like a different species") is [http://geriatrics.im.wustl.edu/faculty/fontana.html Luigi Fontana] of Washington University. One of his primary [http://www.pnas.org/content/101/17/6659.long papers] on the top does not mention IGF-1. | ||
[http://en.wikipedia.org/wiki/Valter_Longo Valter Longo] produced the longest lived mouse. His [http://scholar.google.com/scholar?as_ylo=2008&q=author:Valter+Longo&hl=en&as_sdt=0,23 research] seems more focused on IGF-1, seems most promising. In the documentary he oversees the hosts fast. The IGF-1 baseline established before the fast is 210 ng/ml and after 4 days of fasting (50cal/day) IGF-1 is again measured at 110ng/ml. Over the same fast, his blood glucose drops from 110 mg/dl to 80 mg/dl (this chart on the show is a little deceptive as the numbering begins at 70 making a 28% drop look like a 75% drop). | [http://en.wikipedia.org/wiki/Valter_Longo Valter Longo] produced the longest lived mouse. His [http://scholar.google.com/scholar?as_ylo=2008&q=author:Valter+Longo&hl=en&as_sdt=0,23 research] seems more focused on IGF-1, seems most promising. In the documentary he oversees the hosts fast. The IGF-1 baseline established before the fast is 210 ng/ml and after 4 days of fasting (50cal/day) IGF-1 is again measured at 110ng/ml. Over the same fast, his blood glucose drops from 110 mg/dl to 80 mg/dl (this chart on the show is a little deceptive as the numbering begins at 70 making a 28% drop look like a 75% drop). During this portion they state "halving my IGF-1 should cut my risk of certain cancers" but by how much and how long to those levels need to be sustained and how often do they need to be repeated? Can a formulaic relationship be established between IGF-1/time and repetition to sustain risk? | ||
Revision as of 16:48, 11 September 2012
www.youtube.com/watch?v=Pfna7nV7WaM
Research on IGF-1 level in mice causing growth of new brain cells done by Mark Mattson. Some of his work can be found online.
The guy making some really outstanding claims ("they look like a different species") is Luigi Fontana of Washington University. One of his primary papers on the top does not mention IGF-1.
Valter Longo produced the longest lived mouse. His research seems more focused on IGF-1, seems most promising. In the documentary he oversees the hosts fast. The IGF-1 baseline established before the fast is 210 ng/ml and after 4 days of fasting (50cal/day) IGF-1 is again measured at 110ng/ml. Over the same fast, his blood glucose drops from 110 mg/dl to 80 mg/dl (this chart on the show is a little deceptive as the numbering begins at 70 making a 28% drop look like a 75% drop). During this portion they state "halving my IGF-1 should cut my risk of certain cancers" but by how much and how long to those levels need to be sustained and how often do they need to be repeated? Can a formulaic relationship be established between IGF-1/time and repetition to sustain risk?