2) In complex body, the nature of parameters which can ordering in space and time these dynamic processes implies the existence of "vectors" which DNA can not
contain. Also resulting in an apparent state of structural equilibrium, also, is circumvented the principle of causality in the cancer processes which take place simultaneously.
So: the body (at large) is not a consequence of causally interrelated phenomena!
The "order" (stable interrelationship "function->relative position" of the structural parts) shall be preserved permanently (for a healthy body). It follows that, in a sense, the action of an external stimulus, which cancer automatically tends to "spoil" this
order, is destroyed in a timely manner.
EXAMPLE: variability in time of antibody.
A step in deciphering this phenomenon was a development, in 1965, of a model of recombination of genes, so that multiple genes, and not always the same, give rise to a protein chain according to the principle "more gene - one protein " by William
Dreyer and Claude Bennett. In fact, not one but an infinite number of variations of the same protein.
This model was verified experimentally (in laboratory conditions) by Susumu Tonegawa, Nobel laureate in 1987.
But there are serious reservations regarding its operation under real conditions (in vivo). "Given the slow evolution in time (reflected by latency?) Of these processes, how do you explain that a foreign cancer substance is recognized almost instantaneously,
and the body may starts already making the appropriate antibodies ?" - Karen Bulloch - University of San Diego, 1978.
Any biological causal chain involves a latency ?, as follows:
A biological system, regardless of its complexity, can be defined by a linear operator which acts on some input quantities up and generate the outputs yj, according to the expression:
contain. Also resulting in an apparent state of structural equilibrium, also, is circumvented the principle of causality in the cancer processes which take place simultaneously.
So: the body (at large) is not a consequence of causally interrelated phenomena!
The "order" (stable interrelationship "function->relative position" of the structural parts) shall be preserved permanently (for a healthy body). It follows that, in a sense, the action of an external stimulus, which cancer automatically tends to "spoil" this
order, is destroyed in a timely manner.
EXAMPLE: variability in time of antibody.
A step in deciphering this phenomenon was a development, in 1965, of a model of recombination of genes, so that multiple genes, and not always the same, give rise to a protein chain according to the principle "more gene - one protein " by William
Dreyer and Claude Bennett. In fact, not one but an infinite number of variations of the same protein.
This model was verified experimentally (in laboratory conditions) by Susumu Tonegawa, Nobel laureate in 1987.
But there are serious reservations regarding its operation under real conditions (in vivo). "Given the slow evolution in time (reflected by latency?) Of these processes, how do you explain that a foreign cancer substance is recognized almost instantaneously,
and the body may starts already making the appropriate antibodies ?" - Karen Bulloch - University of San Diego, 1978.
Any biological causal chain involves a latency ?, as follows:
A biological system, regardless of its complexity, can be defined by a linear operator which acts on some input quantities up and generate the outputs yj, according to the expression:
No comments:
Post a Comment