Use Matlab for all questions, include graphs and comment what you did and address all questions. Upload your m-files with your submission. In this portion of the homework you will reproduce the minimalistic cell cycle model of Goldbeter, published in PNAS in 1992, a publication posted under the Resources folder. 1) Use code from Berkeley Madonna listed below as a starting point to develop your own Matlab implementation. Use ode45 (an RK4 solver) or your own RK4 solver from the previous homework to solve the set of ODEs, and graph the solutions for C, M and X over time. Of note, your solution might slightly divert from the one published in the PNAS paper.

Use Matlab for all questions, include graphs and comment what you did and address all questions. Upload your m-files with your submission. In this portion of the homework you will reproduce the minimalistic cell cycle model of Goldbeter, published in PNAS in 1992, a publication posted under the "Resources" folder. 1) Use code from Berkeley Madonna listed below as a starting point to develop your own Matlab implementation. Use ode45 (an RK4 solver) or your own RK4 solver from the previous homework to solve the set of ODEs, and graph the solutions for C,M and X over time. Of note, your solution might slightly divert from the one published in the PNAS paper