Page 278 - Теория кавитации
P. 278

Figure 1. Light fireworks at the meeting of the sperm and egg
                                                (illustration Northwestern University).















                               Figure 2. Mouse egg cells before zinc atoms are ejected from their pockets
                                               (illustrated by Northwestern University).

                        Authors - experimenters and scientists interpret this process differently.
                        «In previous experiments with mice, the scientists determined that the cell loses 10
                  billion  of  the  60  billion  zinc  atoms  in  the  process  of  ejection  of  waves  during
                  fertilization. It also became known that the egg can not reach maturity at all without
                  zinc. “The egg cell must first accumulate zinc atoms and then release some of them in
                  order to successfully manage the processes of maturation, fertilization and the start of
                  embryogenesis. In the course of our work, we sought to penetrate the molecular level of
                  the process of cell transformation into a new organism» says Thomas O'Halloran [64].
                        «The number of emitted zinc particles can be an excellent indicator of the quality
                  of a fertilized egg, which has no analogues today. If we can accurately determine which
                  eggs are of the highest quality, then the health of the embryos will be predetermined in
                  advance» says study co-author Teresa K. Woodruff [64].


                        Sentence. In any case, this whole process is a cavitation phenomenon - the effect
                  of cavitation (EC) between the sex cells. This statement is explained by the following
                  factors (direct and indirect):
                      - the consequences, or rather the after-effects of the meeting of the sexual eggs:


                                                                 277
   273   274   275   276   277   278   279   280   281   282   283