Special Guest: Dr. Hadiyah-Nicole Green, weareoralee.org
Basic Physics Principle:
If you heat a cell above 43degrees Celsius, it will die.
It doesn't matter what type of cancer it is, the heat kills the cell.
If you heat a cell above 43degrees Celsius, it will die.
It doesn't matter what type of cancer it is, the heat kills the cell.
Radiation vs nanoparticles:
Radiation is like a spotlight. What I'm using (nanoparticles) is like a laser pointer.
Radiation can get you in the general area but it's not targeted. It's not local, it's not specific just to the tumor. This is why people suffer harsh side effects when they are treated with radiation. Because it's not specific to only the tumor. It' regional.
Radiation is like a spotlight. What I'm using (nanoparticles) is like a laser pointer.
Radiation can get you in the general area but it's not targeted. It's not local, it's not specific just to the tumor. This is why people suffer harsh side effects when they are treated with radiation. Because it's not specific to only the tumor. It' regional.
Chemotherapy:
Chemo is a drug. It's systemic. Usually, they target biomarkers that are supposed to be over expressed on the surface of the cell or they target some molecular or genetic marker. They are designed to take out the bad cells. The issue when you're developing a treatment based on biology, is that healthy cells have those same markers. Chemo is usually not specific only to cancer. Usually cancer cells are supposed to be more susceptible to the effects of chemo than healthy cells. But those same cancer cells have the same markers as your hair or the ones that make your hair grow.
Chemo is a drug. It's systemic. Usually, they target biomarkers that are supposed to be over expressed on the surface of the cell or they target some molecular or genetic marker. They are designed to take out the bad cells. The issue when you're developing a treatment based on biology, is that healthy cells have those same markers. Chemo is usually not specific only to cancer. Usually cancer cells are supposed to be more susceptible to the effects of chemo than healthy cells. But those same cancer cells have the same markers as your hair or the ones that make your hair grow.
Biomarkers are not exclusive to just cancer cells.
Genes & things:
15 - 30% of cancers are genetic and hereditary. The rest of them are caused by things that we can control (stress, diet, lack of exercise, the food we eat, the air we breathe, the chemicals we ingest with the products that we use on our bodies with our lotions, shampoos, soaps).
Karen: We all have these potential cells that can grow out of control, but then our white blood cells, our bodies natural defense mechanism, will go in and eradicate that. But, it gets out of control when our systems are compromised by all of the things that you just mentioned. So when it's compromised, we don't have the right fighting system to eradicate cancer on its own.
HG: There have been nobel prizes awarded for people that have shown that cancer cannot survive in an alkaline environment. So, if you're eating more green vegetables and a plant-based diet, you're less likely to develop cancer because your body is alkaline.
When you're eating a lot of foods with red meat,
and processed foods with a lot of chemicals in it,
it's creating an acidic environment.
and processed foods with a lot of chemicals in it,
it's creating an acidic environment.
The importance of raising the first 10 million dollars:
The Goal: To be accepted and embraced by the American Medical Association, so that it can be performed in hospitals, covered by the insurance companies and approved by the FDA. Otherwise, it might be seen as alternative medicine and frowned upon by the American Medical Association.
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