Returning to Goloka
The Earth is on course for an Extinction Level Event (ELE) that will cause massive global destruction and loss of life for more than 90% of the world’s population. The scientific and circumstantial evidence is overwhelming that such an event is on the horizon, and we would be wrong to ignore it when there is a viable solution for comfortable survival and prosperity. This book is for those who are destined to reach the other side of this disaster and be among the first generation of a world that will literally be the start of a new age for Mankind.
The Earth is on course for an Extinction Level Event (ELE) that will
cause massive global destruction and loss of life for more than 90% of the
world’s population. The scientific and circumstantial evidence is
overwhelming that such an event is on the horizon, and we would be wrong
to ignore it when there is a viable solution for comfortable survival and
prosperity. This book is for those who are destined to reach the other side of
this disaster and be among the first generation of a world that will literally be
the start of a new age for Mankind.
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DNA repair, and, therefore, with the frequency of mutations. It was found<br />
that the frequency of mutations rises with age. One probable reason is that<br />
over time the repair system itself becomes affected by mutations, so less<br />
damage is correctly repaired. Also, as we age, our bodies generate more free<br />
radicals, and, therefore, there are more mutations and other DNA lesions in<br />
the first place. In fact, free radical theory and DNA damage theory of aging<br />
are closely related because DNA is one of the primary victims of free radicals.<br />
Another fac<strong>to</strong>r in aging<br />
seems <strong>to</strong> be related <strong>to</strong><br />
telomeres. At the end of the<br />
chromosome is a DNA<br />
sequence of TTAGGG that<br />
repeats up <strong>to</strong> 3,300 times, and<br />
this is called the telomere.<br />
When a cell ages, it extends its lifespan by replicating and the new cell that<br />
has arisen lives on <strong>to</strong> continue its role in the body. But each time a cell divides<br />
it uses a bit of its telomere and when the telomere is gone, the cell can no<br />
longer divide and dies. Over time as cells s<strong>to</strong>p dividing and start dying, the<br />
body exhibits signs of aging and eventually entire organ system no longer have<br />
enough vital cells <strong>to</strong> function and the physical body dies.<br />
While the body will be rejuvenated by kaya kalpa, it achieves a<br />
temporary reprieve on the aging process but will continue <strong>to</strong> age and<br />
deteriorate due <strong>to</strong> DNA mutation and telomere shortening. It appears <strong>to</strong> be<br />
possible <strong>to</strong> perhaps add another 100 years or so <strong>to</strong> the life using kaya kalpa -<br />
not much progress on the road <strong>to</strong> immortality.<br />
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