Water: The Beverage of Life

Written by Bette L. Hall CMA, NHC


Water: The Beverage of Life by Bette L. Hall CMA, NHC

Water and weight loss go hand-in-hand. Let me give you an illustration. When you emptyrepparttar pot of oatmeal intorepparttar 143555 sink it just sits there. If you didn’t do anything with it and allowed it to sit, eventually it would ferment and rot, and become infested with flies or maggots. Imagine if you eat a meal and don’t take in any liquids, your food would just sit there and ferment and rot causing constipation and other digestive problems.

Once you’ve thrownrepparttar 143556 oatmeal intorepparttar 143557 sink, if you wash it downrepparttar 143558 drain with water, it will easily go downrepparttar 143559 pipes and your sink will be clean and fresh and healthy. The body isrepparttar 143560 same way. You’ve got to wash that meal downrepparttar 143561 pipes (your esophagus) with water to keep your system clean and fresh and healthy.

Onrepparttar 143562 other hand, if you washrepparttar 143563 oatmeal downrepparttar 143564 drain with soda pop,repparttar 143565 oatmeal will go down butrepparttar 143566 sink will be sticky and stained and unhealthy. Likewise,repparttar 143567 soda pop will cause your system to be unhealthy and can lead to various problems.

Stem Cells (The Truth)

Written by Stephen Ayers


Stem Cells (The Truth) By Stephen Ayers

The much publicized stem cell research debate focusing on moral arguments is off target withrepparttar goal of real progress inrepparttar 143554 direction of human physiological benefits potential. No matter what side of this issue you come down on, practical considerations ultimately trump this emotionally clouded subject. Stem cells are a valuable renewing asset of human physiology and thus are deserving of our intense interest, but passionate disagreement about research and cloning issues missrepparttar 143555 mark of discovering just how simply we can use what we already know about stem cells and how we can benefit from that knowledge to improverepparttar 143556 health of everyone.

Let us start withrepparttar 143557 basics. Stem cells are produced inrepparttar 143558 bone marrow of our bodies. They haverepparttar 143559 remarkable potential to develop into many different cell types. Serving as a sort of repair system forrepparttar 143560 body, they can theoretically divide without limit to replenish other cells. When a stem cell divides, each new cell hasrepparttar 143561 potential to either remain a stem cell or become another type of cell with a more specialized function, such as a muscle cell or a red blood cell. Stem cells haverepparttar 143562 ability to regenerate any other cell inrepparttar 143563 body. Thus a stem cell can become a neuron, a liver cell, a brain cell, a fingernail cell, or any other cell that needs to be replaced or repaired.

Because recent progress has been made inrepparttar 143564 area of naturally increasingrepparttar 143565 production of stem cells inrepparttar 143566 human body, researchers mistakenly believe thatrepparttar 143567 injection orrepparttar 143568 artificial means of increasingrepparttar 143569 stem cell count in a person isrepparttar 143570 pathway to curing diseases. This line of experimentation has already shown to be a direct route to disaster. Implanting stem cells in laboratory animals has created malignant tumors and has otherwise resulted in various counterproductive effects ranging from slow and costly to lethal. There is no substitute forrepparttar 143571 body’s natural production of stem cells. This system has been developed over eons as opposed torepparttar 143572 recently generated arrogance and stupidity of our thought processes that think this marvel of human physiological engineering can be reproduced in a laboratory.

Compare, if you will,repparttar 143573 costs of helpingrepparttar 143574 human body naturally increase its stem cell output with artificial method of harvesting and injecting stem cells intorepparttar 143575 body. The cost of increasing your stem cell output naturally is about $50 to $100 dollars. This method of increasing cellular function throughrepparttar 143576 addition of certain nutrients to your diet will produce about 1 trillion stem cells in one week. No waiting forrepparttar 143577 stem cells to activate. There is no risk of rejection because these stem cells are produced from your own bone marrow. There is no risk of these stem cells mutating into some hideous malignancy because these stem cells did not come from somewhere outside of your body. Contrast this with an injection of between 200 and a million stem cells from questionable sources for between $15,000 and $250,000. Plusrepparttar 143578 fact that you will have to wait for your immune system to recover fromrepparttar 143579 transplant and hope that enough ofrepparttar 143580 transplanted stem cells surviverepparttar 143581 attack of your own white blood cells to do any good. Let me think while I contemplate budgetary constraints and health risk factors. Nope, I think I’ll forgorepparttar 143582 freakish laboratory science experiments and chooserepparttar 143583 healthy natural way to stem cell generation and recovery. Shall we rethink this thing called stem cell research? As I think about this subject, I come up with something like, “very interesting, but dumb!”

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