Endogenous electromagnetic forces in living cells: Implications for transfer of reaction components

The mechanisms of order in living cells and in particular of the space-time order of chemical reactions are largely unknown. Directed transport of com ponents to a reaction region cannot be explained by Brownian motion, which is disordered and increases entropy of the system. Besides transport by the motor proteins along microtubules, the endogenous electromagnetic field ca n provide translation motion of reaction components. This forced translatio n motion can have a high degree of certainty to reach the target region.