Well, it is technically differential equations, but with weighted inputs like a NN. Here’s the equations
for each node (gene/morphogen) i. zi is the concentration of morphogen i, zj is that of j. f(x) is the sigmoid function, k1 is the maximum rate of expression, k2 is the degradation rate, b is the bias. wij is the weight for an edge from j to i.
This is just written in python, so the network is defined by a matrix with each number representing the weight between two of the edges. I ignore the edge if it’s weight is zero.
What are the standard symbols for genetic circuits?
edit: sorry it’s impossible to see the equations if you have a black background.
Well, it is technically differential equations, but with weighted inputs like a NN. Here’s the equations
for each node (gene/morphogen) i. zi is the concentration of morphogen i, zj is that of j. f(x) is the sigmoid function, k1 is the maximum rate of expression, k2 is the degradation rate, b is the bias. wij is the weight for an edge from j to i.
This is just written in python, so the network is defined by a matrix with each number representing the weight between two of the edges. I ignore the edge if it’s weight is zero.
What are the standard symbols for genetic circuits?
edit: sorry it’s impossible to see the equations if you have a black background.