Give this "Iron Balls" technique a try!

Have you seen this? 😮



It's called "Iron Crotch Kung Fu".

And it switches your body's pain switch OFF.

Now, you don't have to go crazy and learn this Kung Fu move to be pain-free.

Because, my good friend Master Lim will show you an easier way to "switch off" your pain…

Whether it's lower back pain or scorching joint pain...

In just 5 minutes a day…

With using nothing more than your thumb and index finger.

Learn how to do it yourself right here.

P.S. This technique is so powerful that top institutions like Harvard and UCLA created a new department to study this field.

Now it's your turn to get rid of pain.

pite their name, they are not in fact capable of full flight in the same way as birds or bats, but they are able to glide from one tree to another with the aid of a patagium, a furred wingsuit-like skin membrane that stretches from wrist to ankle. Their long tails also provide stability as they glide.[1] Anatomically they are very similar to other squirrels with a number of adaptations to suit their lifestyle; their limb bones are longer and their hand bones, foot bones, and distal vertebrae are shorter. Flying squirrels are able to steer and exert control over their glide path with their limbs and t

dies have shown that flying squirrels are monophyletic (of one phylum/ clade with no branching within the phylum) and originated some 18–20 million years ago. The genus Paracitellus is the earliest lineage to the flying squirrel dating back to the late Oligocene era.[1] Most are nocturnal and omnivorous, eating fruit, seeds, buds, flowers, insects, gastropods, spiders, fungi, bird's eggs, tree sap and young birds. The young are born in a nest and are at first naked and helpless. They are cared for by their mother and by five weeks are able to practice gliding skills so that by ten weeks they are read

ing squirrels are not capable of flight like birds or bats; instead, they glide between trees. They are capable of obtaining lift within the course of these flights, with flights recorded to 90 metres (300 ft).[3][4] The direction and speed of the animal in midair are varied by changing the positions of its limbs, largely controlled by small cartilaginous wrist bones. There is a cartilage projection from the wrist that the squirrel holds upwards during a glide.[5] This specialized cartilage is only present in flying squirrels and not other gliding mam