Aging acceleration-1

In the previous experiments acceleration was controlled by the observer Here, aging acceleration of one CA is controlled by another one. The product of CA-1, controls aging of CA-2 and CA-3 (compare with chapter 47.

Max age of the three CA is set to infinite, and cells do not die. CA-1 product accelerates aging of all CA-2 cells  The graph depicts aging of the cell at position=50  in both CA. Below are three age distributions taken at t = 30.  CA-1 serves as reference. Ages of all  CA-2 cells were  accelerated  In CA-3, only the  age of the middle cell (at position=50) was accelerated.

In the last experiment  CA-3 max age = 140, Again , only the  age of the middle cell (at position=50) was accelerated. The different shades of gray of its age distribution are proportional to cell age. White represents age = 0,  and black,  age = 140. The color of the middle cell (position=50) oscillates. The graphs depict aging of the cell at positions = 50, and 48. The first rises and falls. Whenever cell age reaches max age it is set to zero (white).  Although CA-1 accelerates only the central cell, it indirectly affects aging of all other cells, like the one at position = 48

Setup
zygote -> effect[1, 1000]; go[63];  restoreparams;  age[[1]] +=a[[1]]; age[[2]]+= (toamplify Abs[nowdat[[1,10]]) + a[[2]];  age[[3]]+= a[[3]];  age[[3,50]]+= (toamplify Abs[nowdat[[1,10]]) + a[[3, 50]]); effect[no, 1000];  go[100]; restoreparams ; age[[3]] += a[[3]]; age[[3,50]]+= (toamplify Abs[nowdat[[1,10]]) + a[[3, 50]]); effect[no, 140]; go[100];

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