I've been fascinated with the *possibility* of elemental transmutations since I read Kervran's book many years ago. I think it's one of those areas where we just don't have enough data / methods to study it. Maybe one day. But it's an interesting idea to try on as a thought experiment - can animals (and humans) turn one element into another?
We probably won't get any firm answers on this subject for quite awhile, but it has made me look much more closely at the periodic table. I decided to take a look and examine some of our favorite "Low Vitamin A / Low Toxin" supplements.
There's an interesting relationship around the number '8' and these elements which are often paired together. These are exactly 8 places away from each other:
What I remember from basic chemistry is that 8 is the number of electrons that makes a closed shell. When you look at the electron shell model of these elements, they are very similar. One just has an extra shell.
I then looked at these:
I then I noticed these, just for fun:
Copper and Zinc
Iron and Cobalt
So many interesting relationships to consider.
Biological Transmutations | Bionutrient Food Association
bionutrient.net
We probably won't get any firm answers on this subject for quite awhile, but it has made me look much more closely at the periodic table. I decided to take a look and examine some of our favorite "Low Vitamin A / Low Toxin" supplements.
There's an interesting relationship around the number '8' and these elements which are often paired together. These are exactly 8 places away from each other:
- Magnesium, Mg (12) and Calcium, Ca (20)
- Sodium, Na (11) and Potassium (19)
What I remember from basic chemistry is that 8 is the number of electrons that makes a closed shell. When you look at the electron shell model of these elements, they are very similar. One just has an extra shell.
I then looked at these:
- Iron, Fe (26) is 8 places away from Selenium, Se (34). Are these two connected?
- Selenium, Se (34) is 8 places away from Molybdenum, Mo (42). Any connection here?
I then I noticed these, just for fun:
Copper and Zinc
- Copper, Cu (29) is right next to Zinc, Zn (30)
- Copper is reddish, Zinc is bluish-gray
- Extra Zinc helps chelate Copper
Iron and Cobalt
- Iron, Fe (26) is right next to Cobalt, Co (27)
- Iron is orange-red, Cobalt is dark blue
- Does Cobalt chelate Iron? Cobalt is in oats, barley, wheat. Maybe also beans?
So many interesting relationships to consider.