Read this to see what is really happening inside the brains of the people that have hearing loss or tinnitus…

In spite of popular belief, hearing loss or tinnitus has more to do with your brain instead of your ears…

And these are the first signs that something more dangerous, like dementia, or Parkinson’s could be in your future…

Watch this and you will learn the how to reverse all your hearing problems just by eating this



Once you see how, you’ll wonder how you ever survived without it, trust me
 






















ption of sweetness in nectar evolved in hummingbirds during their genetic divergence from insectivorous swifts, their closest bird relatives. Although the only known sweet sensory receptor, called T1R2, is absent in birds, receptor expression studies showed that hummingbirds adapted a carbohydrate receptor from the T1R1-T1R3 receptor, identical to the one perceived as umami in humans, essentially repurposing it to function as a nectar sweetness receptor. This adaptation for taste enabled hummingbirds to detect and exploit sweet nectar as an energy source, facilitating their distribution across geographical regions where nectar-bearing flowers are available. Tongue as a micropump Hummingbirds drink with their long tongues by rapidly lapping nectar. Their tongues have tubes which run down their lengths and help the hummingbirds drink the nectar. While capillary action was believed to be what drew nectar into these tubes, high-speed photography has revealed that the tubes open down their sides as the tongue goes into the nectar, and then close around the nectar, trapping it so it can be pulled back into the beak. The tongue, which is forked, is compressed until it reaches nectar, then the tongue springs open, the rapid action traps the nectar and the nectar moves up the grooves, like a pump action, with capillary action not involved. Consequently, tongue flexibility enables accessing, transporting and unloading nectar. Male ruby-throated hummingbird displaying his tongue Feeders and artificial nectar Hummingbirds hovering at an artificial nectar feeder In the wild, hummingbirds visit flowers for food, extracting nectar, which is 55% sucrose, 24% glucose, and 21% fructose on a dry-matter basis. Hummingbirds also take sugar-water from bird feeders, which allow people to observe and enjoy hummingbirds up close while providing the birds with a reliable source of energy, especially when flower blossoms are less abundant. A negative aspect o f artificial feeders, however, is that the birds may seek less flower nectar for fo