1 result for (book:deavf2 AND session:910 AND stemmed:structur)
[... 7 paragraphs ...]
Both are necessary to maintain that larger “norm” of mental activity. I am using the word “norm” here for your convenience, though I disagree with the ways in which the term has been used, when it has been set up as a rule (underlined) of measurement, psychologically speaking. The genetic system2 is not closed, therefore. The genes do not simply hold information without any reference to the body’s living system. It does not exist, then—the genetic structure—like some highly complicated mechanism already programmed, started and functioning “blindly,” so that once it is set into operation there is no chance for modification.
[... 2 paragraphs ...]
We are speaking of chromosomal messages. These are not written within the chromosomes as words might be written upon paper, but the information and the chromosomes are a living unit. The information is alive (intently). We are speaking about a kind of biological cuneiform, in which the structures, the very physical structures, of the cells contain all of the knowledge needed to form a physical body—to form themselves. This is indeed knowledge in biological form, and biologically (underlined) making its clearest living statement.
[... 1 paragraph ...]
(Long pause.) I am not simply saying that genetic activity can be changed, for example, through something like a nuclear accident, but that highly beneficial alterations can also take place in genetic behavior, as in your terms the genetic structure not only prepares the species for any contingency, but also prepares it by triggering those characteristics and abilities that are needed by the species at any given time, and also by making allowances for such future developments (all quite forcefully).
Your genetic structure reacts to each thought that you have, to the state of your emotions, to your psychological climate. In your terms, it contains the physical history of the species in context with the probable future capabilities of the species. You choose your genetic structure so that it suits the challenges and capabilities of the species. You choose your genetic structure so that it suits the challenges and potentials that you have chosen. (Long pause.) It represents your physical reference point, your bodily framework. It is your personal physical property. It is a portion of physical matter that you have identified, filled out with your own identity. It is like a splendid ship, the body, that you have chosen ahead of time for a splendid challenging adventure—a ship that you have personally appointed that is equipped to serve as much as possible as a physical manifestation of your personhood.
[... 25 paragraphs ...]
But granted or not, the idea of any sort of genetic preparation for future contingencies collides with the very powerful theory of evolution, which holds that evolutionary, genetic changes take place only through natural selection and chance mutations (although random or chance mutations are generally regarded as mistakes on nature’s part). There are many unsolved challenges here. I can even see Seth’s material in this session being scientifically dismissed as another version of old, discredited Lamarckian theories. (Jean Baptiste de Monet de Lamarck [1744–1829] was a French naturalist who advocated that certain modifications of an organism’s structure and function could develop in response to environmental factors, and that these “acquired characters” could be inherited. Lamarck’s work has been widely misunderstood, however. It still has value, and recently has been employed in some remarkable scholarly studies that show how, in scientific terms, evolution can take place through means other than natural selection and chance mutations.)
[... 1 paragraph ...]