“New Knees” in 5 minutes a day?

 

"Real pain relief after just 2 days! I was convinced I was headed for surgery. But I am truly amazed and thankful for the pain relief and better knee function. I can't believe how quickly it worked."

That's the joyful shout we heard from just ONE of the 100,000 men and women over 60 who are reclaiming their mobility and saying goodbye to knee pain...

By simply performing a 5 minute "Knee Restoration" ritual... (It's so easy, you can do it while sitting in your favorite chair, watching your favorite show!)

This new discovery is ESPECIALLY important because…

Research directed by 100 year old Dr. Donald J. Salls…

And the prestigious Journal of American Medical Association, has shown that addictive pills, health-destroying NSAIDS, and even dangerous surgery can potentially exacerbate your knee pain...

But this 5 minute "Knee Restoration" ritual can rejuvenate your knees, restoring their natural strength and flexibility, just like it has for over 100,000 others...

=> Click here to discover the 5-minute "Knee Restoration" ritual and kickstart your journey to pain-free knees today.
 

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Exercising With Knee Pain

If you have knee pain, exercising may be the last thing on your mind. And you're not alone — in fact, only 13 percent of men and 8 percent of women with knee osteoarthritis get the minimum recommended amount of weekly exercise, experts say. Read More >>


 

 

Rainfall during the monsoon is not continuous. It varies considerably, depending on a variety of factors. There are usually distinct "burst" periods of heavy rain during the monsoon, and "break" periods with little or no rain. The variability is difficult to understand and predict, because it results from the complex interactions between atmospheric circulation features at both the synoptic (100 to 1000 km spatially, 1 day to 1 week, temporally) and mesoscale (several km to 100 km, hours to one day temporally) and the extremely varied topography. The larger-scale atmospheric motions may control the distribution of water vapor and the general stability or instability (that is, the tendency to form storms) in the atmosphere; nevertheless, local topographic effects are critical to the geographic and even temporal distribution of convective activity. The monsoon ridge is almost as strong as the one which develops over Asia during the summer. However, since the lower level moisture flow is not as persistent as in the Indian monsoon, the upper level steering pattern and disturbances around the ridge are critical for influencing where thunderstorms develop on any given day. The exact strength and position of the subtropical ridge also governs how far north the tropical easterly winds aloft can spread. If the ridge is too close to a particular area, the sinking air at its center suppresses thunderstorms and can result in a significant monsoon "break." If the ridge is too far away or too weak, the east winds around the high are inadequate to bring tropical moisture into the mountains of Mexico and southwest U.S. However, if the ridge sets up in a few key locations, widespread and potentially severe thunderstorms can develop. Monsoon variability from one summer to the next is substantial, and exceeds the normal monsoon seasonal precipitation at most locations. For example, the normal monsoon precipitation at Tucson, Arizona is 6.06 inches (154 mm). The driest monsoon season measured 1.59 inches (40 mm), and the wettest measured 13.84 inches (352 mm). Research since 2010 has investigated the possible causes behind North

 

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