How to turn the data from dna into specific data sections for the study of the variables of the way that the information alters the flow of data on a laser disc.
The morphology of the motion of dna will be +- as expansion and compression of the biological functions so that the mean value= approximately 50% of the
way between ,in and out,
So then this may flow through the circuit and also define the way that the specifics of the dna has some response to the rotation of the sections that are atp and so on,
The atp would then be related to the end result of the disc data as the way out of the center of it and also back to it's center by way of fazing the pulse. This pulse could be the "rate of heart beats, the of cardiac ,has already been defined ,so then the remaining rythmic variables of the sleeping patterns and their influence on the body may also be defined as the pulse that creates dreaming.
In which the body is in a pulse in ,then out and back again in 3 rythm fazes. This is the same as displacing from the center of the disc data to it's edge and back again.
So whatever the body does to keep the pulse equal and stable, the body will morph the body problems into an indicative type of volume mass. It is this that defines the
directions taken by the circuit and also the way that the body displaces such morphs as the existence of the way in and the way out of the dna spirals which also pulses
with the pulse in and out at stable intervals that are ordered in their many pulse variables. For example the dna has such a pulse in and out. The rythm of this also defines the pulse of the circuit as in and out ans also the rythm of the morphology + the disc rythm with each having a way out ,then a way back in.
The possibilities of this type of approach may define the ways to apply the known data with the scifi science as the way to solve most of the problems of medicine.
The morphology of the motion of dna will be +- as expansion and compression of the biological functions so that the mean value= approximately 50% of the
way between ,in and out,
So then this may flow through the circuit and also define the way that the specifics of the dna has some response to the rotation of the sections that are atp and so on,
The atp would then be related to the end result of the disc data as the way out of the center of it and also back to it's center by way of fazing the pulse. This pulse could be the "rate of heart beats, the of cardiac ,has already been defined ,so then the remaining rythmic variables of the sleeping patterns and their influence on the body may also be defined as the pulse that creates dreaming.
In which the body is in a pulse in ,then out and back again in 3 rythm fazes. This is the same as displacing from the center of the disc data to it's edge and back again.
So whatever the body does to keep the pulse equal and stable, the body will morph the body problems into an indicative type of volume mass. It is this that defines the
directions taken by the circuit and also the way that the body displaces such morphs as the existence of the way in and the way out of the dna spirals which also pulses
with the pulse in and out at stable intervals that are ordered in their many pulse variables. For example the dna has such a pulse in and out. The rythm of this also defines the pulse of the circuit as in and out ans also the rythm of the morphology + the disc rythm with each having a way out ,then a way back in.
The possibilities of this type of approach may define the ways to apply the known data with the scifi science as the way to solve most of the problems of medicine.
The science:
The Human Genome Project (HGP) was an international scientific research project with the goal of determining the sequence of nucleotide base pairs that make up human DNA, and of identifying and mapping all of the genes of the human genome from both a physical and a functional standpoint.
The Human Genome Project (HGP) was an international scientific research project with the goal of determining the sequence of nucleotide base pairs that make up human DNA, and of identifying and mapping all of the genes of the human genome from both a physical and a functional standpoint.