If you think your vertigo or occasional dizziness is just an inconvenience...

You’re Dead Wrong!

• Vertigo is the number one cause of broken bones and head injuries in people over 55.
• It often leads to deadly head fractures and loss of cognitive function due to internal bleeding and brain injuries.
• It’s the most frequent complaint doctors receive.
• And worst of all, it’s a clear indicator that you’re at high risk of stroke – you could experience one any minute now.

 

The traditional medical system has no solution. They don’t even know what causes it in most cases. Fortunately, natural researchers have successfully found a solution to all types of vertigo and dizziness.

 

 

The cure is a set of simple head exercises.

• They’re completely natural – require no medications or surgery.
• They’re easy – almost anyone can benefit from them, no matter what kind of shape you’re in.
• They only take 3-15 minutes per day – and because the results are permanent, once you’re cured, you don’t have to use them again.
• They work fast – many people experience immediate relief. Others need a few days at the most.

...and they work for almost everyone! Today I’m going to teach you these easy vertigo and dizziness exercises. Click here to continue...

utritionally independent and long-lived, but there is increasing evidence that Paleozoic gametophytes were just as complex as the sporophytes. The gametophytes of all vascular plant groups evolved to become reduced in size and prominence in the life cycle. In seed plants, the microgametophyte is reduced from a multicellular free-living organism to a few cells in a pollen grain and the miniaturised megagametophyte remains inside the megasporangium, attached to and dependent on the parent plant. A megasporangium enclosed in a protective layer called an integument is known as an ovule. After fertilisation by means of sperm produced by pollen grains, an embryo sporophyte develops inside the ovule. The integument becomes a seed coat, and the ovule develops into a seed. Seed plants can survive and reproduce in extremely arid conditions, because they are not dependent on free water for the movement of sperm, or the development of free living gametophy tes. The first seed plants, pteridosperms (seed ferns), now extinct, appeared in the Devonian and diversified through the Carboniferous. They were the ancestors of modern gymnosperms, of which four surviving groups are widespread today, particularly the conifers, which are dominant trees in several biomes. The name gymnosperm comes from the Greek γυμν?σπερμος, a composite of γυμν?ς (gymnos lit. 'naked') and σπ?ρμα (sperma lit. 'seed'), as the ovules and subsequent seeds are not enclosed in a protective structure (carpels or fruit), but are borne naked, typically on cone sca