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Your Genes Are Your Destiny - True or False? |
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New discoveries about how genes work might change your answer... |
When you think about your genetic inheritance, you're likely
to feel powerless. After all, the human gene mix you got at conception is not something you can exchange for a
better roll of the dice. Whatever gene mutations you got at that time, short of gene splicing, say, are fixed.Which
means you're helpless, basically, and can only wait for your genes to express themselves.
That was as far as knowledge went until a short time ago, when science discovered the whole field of what is now
called 'epigenetics' - the study of changes in organisms caused by modification of gene expression rather than
alteration of the genetic code itself. All of a sudden, epigentic discoveries opened up a whole new world. These
breakthroughs moved people from feeling hopeless and powerlesss to experiencing hope and curiosity. They were now
motivated to learn about their own genetic inheritance and how to affect its expression.
No longer was it accurate to assume, "Oh well, my parent had a cancer gene (breast, ovarian, colon, lung), or my
parent had Alzheimer's, or cystic fibrosis, or multiple sclerosis, for example, so there's nothing to be done. I'll
likely get it too. So might as well have fun while I can - biology is destiny."
Now those same people could avail themselves of genetic screening. They could place a bit of their saliva in a test
tube and receive back their entire gene profile. An analysis of genes could now be seen as a way to learn what
factors could turn certain genes on or off. If you discovered you had some genes that could be beneficial to your
health if activated, you could explore ways to turn them on; while finding ways to turn off problematic ones.
How this is possible is still being investigated. For now, one thing that's known is that there are DNA-binding
proteins that can settle down on top of genes and silence them. These various DNA-binding protein have different
binding affinities, and they can turn genes on or off. They can also respond to their environment.
Another mechanism concerns methyl groups - these can chemically modify particular genes. They can attach to the DNA
itself, or they can attach to substances called 'histones', thus coating the gene.This discovery resulted in major
emphasis placed on finding out and affecting your methylation pathways through genetic screening.
What this all means is that your habits have everything to do with genetic expression. No longer can you truthfully
justify poor lifestyle choices because you're at the mercy of the genes you inherited when you were conceived
anyway. Now, you can see that your genetic inheritance - whatever it was - is a place to start checking out options
and opportunities that will maximize expression of your healthy genes and minimize or even completely eliminate
those gene expressions that lead to poor health or disease.
Ah, yes. Back to diet and lifestyle. Science is continuing to discover just how truly potent at the genetic level
is good food, some exercise, some rest, a clean environment and even positive social relationships!
Pamela Levin has been and R.N. for 51 years, working first in a variety of hospital settings and then in private
practice starting in 1970 offering health improvement services. She is a Teaching & Supervising Transactional
Analyst and has 500+ post-graduate hours specializing in clinical nutrition, herbology and applied kinesiology. She
draws on her own expertise and that of numerous colleages from a variety of health disciplines to bring you tips
you can actually use to achieve your health goals.
Pamela Levin, R.N. April 20, 2015
For lots of tips to suppport your better health and greater well-being of body, mind, spirit, emotions and
relationships, and to request a topic you'd like covered, go to http://www.betterhealthbytes.com/Ask-About-Health.html
Source: http://www.betterhealthbytes.com
Tags: epigenetic gene expression gene gene mutations Bera gene human gene epigenetics definition cancer gene genetic screening analysis of gene gene profiling
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