One of my main gardening goals has been to harvest more of something than I can eat, despite my limited gardening space here in the Emerald City. I want the feeling of abundance that comes with having to preserve and give away food because I can't eat it all.
Enter zucchini. My grandfather used to say that in New Jersey in summertime, you'd have to keep your car doors locked, otherwise the car would be full of zucchini the next time you got in! In mid-May, I planted two starts from my local grocery store labeled "green zucchini", with no further information. I put them in a bed that used to be a pile of composted horse manure, and that I had also cover cropped, mulched, fertilized, and loosened deeply with my broadfork. They look pleased.
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Discover How to Stop Your High Blood Pressure in Its Tracks, and Reverse the Damage It’s Wreaking on Your Body for Good... Without a Single Drug... Just by Visiting Your Neighborhood Grocery Store!..
Sabtu, 27 Juli 2013
Selasa, 16 Juli 2013
The Genetics of Obesity, Part III
Genetics Loads the Gun, Environment Pulls the Trigger
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Thanks to a WHS reader* for reminding me of the above quote by Dr. Francis Collins, director of the US National Institutes of Health**. This is a concept that helps reconcile the following two seemingly contradictory observations:
- Roughly 70 percent of obesity risk is genetically inherited, leaving only 30 percent of risk to environmental factors such as diet and lifestyle.
- Diet and lifestyle have a large impact on obesity risk. The prevalence of obesity has tripled in the last 30 years, and the prevalence of extreme obesity has increased by almost 10-fold. This is presumably not enough time for genetic changes to account for it.
Senin, 15 Juli 2013
Return to the Source Parkour Camp
For those who are interested in natural movement training, this summer my friend Rafe Kelley will be hosting an interesting three-day event near Bellingham, WA called "Return to the Source". Rafe is skilled in a variety of movement disciplines and is the co-founder of the Seattle parkour gym Parkour Visions. Parkour is a very fun sport that hones our natural ability to skillfully navigate physical obstacles, but it's usually done in an urban context.The camp will take place from August 23-25. Here's a description from the Parkour Visions site:
"This summer, return to the source of human movement with Parkour Visions as we explore the natural environment in and around Bellingham, WA. Rafe Kelley will introduce you to the benefits of training and playing in nature. You will learn how to adapt your technique and movement to moving effectively through woods, over rocks, and in trees during this unique, 3-day experience."Watch this video if you want to see what you're in for.
Knowing Rafe, it will be fun and productive. You can sign up through this page.
Selasa, 02 Juli 2013
The Genetics of Obesity, Part II
Rodents Lead the Way
The study of obesity genetics dates back more than half a century. In 1949, researchers at the Jackson Laboratories identified a remarkably fat mouse, which they determined carried a spontaneous mutation in an unidentified gene. They named this the "obese" (ob/ob) mouse. Over the next few decades, researchers identified several other genetically obese mice with spontaneous mutations, including diabetic (db/db) mice, "agouti" (Avy) mice, and "Zucker" (fa/fa) rats.
At the time of discovery, no one knew where the mutations resided in the genome. All they knew is that the mutations were in single genes, and they resulted in extreme obesity. Researchers recognized this as a huge opportunity to learn something important about the regulation of body fatness in an unbiased way. Unbiased because these mutations could be identified with no prior knowledge about their function, therefore the investigators' pre-existing beliefs about the mechanisms of body fat regulation could have no impact on what they learned. Many different research groups tried to pin down the underlying source of dysfunction: some thought it was elevated insulin and changes in adipose tissue metabolism, others thought it was elevated cortisol, and a variety of other hypotheses.
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The study of obesity genetics dates back more than half a century. In 1949, researchers at the Jackson Laboratories identified a remarkably fat mouse, which they determined carried a spontaneous mutation in an unidentified gene. They named this the "obese" (ob/ob) mouse. Over the next few decades, researchers identified several other genetically obese mice with spontaneous mutations, including diabetic (db/db) mice, "agouti" (Avy) mice, and "Zucker" (fa/fa) rats.
At the time of discovery, no one knew where the mutations resided in the genome. All they knew is that the mutations were in single genes, and they resulted in extreme obesity. Researchers recognized this as a huge opportunity to learn something important about the regulation of body fatness in an unbiased way. Unbiased because these mutations could be identified with no prior knowledge about their function, therefore the investigators' pre-existing beliefs about the mechanisms of body fat regulation could have no impact on what they learned. Many different research groups tried to pin down the underlying source of dysfunction: some thought it was elevated insulin and changes in adipose tissue metabolism, others thought it was elevated cortisol, and a variety of other hypotheses.
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