Number theory and cell division
Research into cancer aided by number theory predicts that cancer is a conjoining of areas in a cell indicating that 1 = 2. This is represented by an area with two slots on hemisphere X, and an area with one slot and a [/] on hemisphere X2. If the X has both slots filled, it is activated for 2. No natural chemical in the cell should fit into only the first receptor on X. It should fit only into both.
X2 is probably a kind of safety check for X.
There is a chemical messenger that fits into the #2 slot on X, and into the slot on X2. This causes a circuit of action in the cell that makes the cell behave as though 1 = 2. Furthermore, X hemisphere has an open #1 slot, which appeared to indicate that the cell believed it was not 1, but was 2.
According to number theory, this would cause the cell to behave in the way cancer demonstrates. A cell believing it was not 1, but 2, and that 1 = 2 would be a double-positive for endless division and the propagation of itself.
Strange chemicals and certain chemical shapes of carcinogens could be responsible for this failure, or other natural faults within the cell's machinery.
The answer to this problem may be to increase the amount of failsafes and indicators that a cell undergoes before dividing.
The drawbacks to this division check could be slower growth of normal cells in the event of injury, but the advantages of more accurate growth and basic or enhanced immunity to genetic disease seems worth tinkering onward with.
A second example of cancer immunity was a permanent contained cancer labeled by antibodies on a continual basis, but this seems like a more expensive method at first glance, and will show up 'positive' for 'having cancer' at all times, although it should also contribute to a kind of immunity.
Love.
X2 is probably a kind of safety check for X.
There is a chemical messenger that fits into the #2 slot on X, and into the slot on X2. This causes a circuit of action in the cell that makes the cell behave as though 1 = 2. Furthermore, X hemisphere has an open #1 slot, which appeared to indicate that the cell believed it was not 1, but was 2.
According to number theory, this would cause the cell to behave in the way cancer demonstrates. A cell believing it was not 1, but 2, and that 1 = 2 would be a double-positive for endless division and the propagation of itself.
Strange chemicals and certain chemical shapes of carcinogens could be responsible for this failure, or other natural faults within the cell's machinery.
The answer to this problem may be to increase the amount of failsafes and indicators that a cell undergoes before dividing.
The drawbacks to this division check could be slower growth of normal cells in the event of injury, but the advantages of more accurate growth and basic or enhanced immunity to genetic disease seems worth tinkering onward with.
A second example of cancer immunity was a permanent contained cancer labeled by antibodies on a continual basis, but this seems like a more expensive method at first glance, and will show up 'positive' for 'having cancer' at all times, although it should also contribute to a kind of immunity.
Love.
posted by William Bunker at 10:06 PM
3 Comments:
It may be that #2's reaction is complete when the X enzyme divides, which would be facilitated by action on the #1 slot. Since the #1 slot is never filled, and the #2 slot is always filled, the reaction cannot be completed.
It may also be that the #1 slot is an ejector and cannot push anything out. The link between X and X2 is probably a circuit and the chemical would be part of a fuse. If the circuit or fuse is unbreakable the division process would continue uncontrolled.
It may be possible that this could occur where the cell thinks 1= >2, causing the more advanced or different kinds of illness.
http://www.physorg.com/news90254938.html
-on reasoning
Thank you. The honor is for love.
http://www.physorg.com/preview90257221.html
This article was printed at about 3pm on February 09.
"The Mills group altered normal cells so that they had one extra- (left) or one fewer- (right) copies of a chromosome segment representing human 1p36 than normal cells; this caused added tumor suppression and increased cancer, respectively. Credit: Cold Spring Harbor Laboratory"
Interesting 1p36 could be related to cell division condition control and regulation.
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