Software code and data for “In silico analysis of the invasion mechanics and invasiveness of the plasmodium falciparum merozoite"

1) ABAQUS MODEL FILES* Bxxx force.inp: Abaqus input file for erythrocyte indentation model with the following damage parameters:B0: β1 = 0, τ = 1.1 s,B049: β1 = 0.49, τ = 1.1 s,B1: β1 = 1.0, τ = 1.1 s,B11: β1 = 11.0, τ = 0.1 s,B27: β1 = 2.7, τ = 1.1 s,B54: β1 = 5.4, τ = 0.1 s* Invasion with BP.inp: Abaqus input file for erythrocyte invasion model with blood pressure applied* Invasion no BP.inp: Abaqus input file for erythrocyte invasion model without blood pressure applied* VUMAT subroutine.for: Abaqus Explicit user material for developed erythrocyte damage model2) DATA* Damage analysis.xlsx: Strain and stress in erythrocyte membrane for four different damage states, i.e. β1 = 0 (no damage), 0.49, 1.0 and 2.7.* Force vs indentation and damage.xlsx: Indentation depth and force data from simulation of erythrocyte invasion by the malaria merozoite for different damage states and times of the erythrocyte membrane.* Shape analysis paper.xlsx: Strain energy data vs % indentation depth of the erythrocyte occurring on a spherical erythrocyte and in the concave, convex regions of the discoid erythrocyte* Tweezer simulations.xlsx: Force, axial and transverse diameter data from the simulation of the optical tweezer experiment.