How stable are the living systems in regards to isotopic activity is perhaps an old time question
Answers
In the cell, there are no energy fields and interactions that could provide for transmutation of atoms. The isotope effect is to change the ratio between isotopes of elements such as carbon and hydrogen, and this effect is clearly recorded in biochemical reactions. Well known changes in the carbon isotopes ratio in C-4 and C-3 plants. Apparently the presence of isotopes with non-zero nuclear spin can play an important role in isotope effect besides the difference in mass numbers of isotopes. In particular, it relates to isotopes of magnesium which has isotope 25Mg with non-zero nuclea
Answer:
the cell, there are no energy fields and interactions that could provide for transmutation of atoms. The isotope effect is to change the ratio between isotopes of elements such as carbon and hydrogen, and this effect is clearly recorded in biochemical reactions. Well known changes in the carbon isotopes ratio in C-4 and C-3 plants. Apparently the presence of isotopes with non-zero nuclear spin can play an important role in isotope effect besides the difference in mass numbers of isotopes. In particular, it relates to isotopes of magnesium which has isotope 25Mg with non-zero nuclear spin.