Collective chemomechanical oscillations in active hydrogels

1. Figure 1

•  Fig 1B

Data info.txt=read me to understand the data

singlebead.mat =data

singlebeadwithcatnoshiftdisks=program to plot F1B

• Fig 1C

Intensityvstime.mat =data of intensity as a function of time.

• Fig 1D

Ivstime.mat=data of intensity as a function of time

2.Figure 2

• Fig 2A

Data info.txt=read me to understand the data

(A)expMai31last,(B)exp2pcAAc,(D)exp5pcAAc,(E)expBZwithbeads,(G)expMai311,(H)exp10AAc,(I)exp1dot5pAAc

plotthefigurequorumsensing_Fig2A=program to plot Fig 2A

• Fig 2B

quorumsensingratioofconc1=program to get Ratioperiodvscatconc.mat

Ratioperiodvscatconc=data

3.Figure 3

• Fig 3-A-1,Fig 3-A-2, Fig 3-A-3

data with alpha=alpha activator, alpha2=alphainhibitor

• Fig 3-B

oscillatory=data oscillatory

oxidized=data oxidized

reduced=data reduced

• Fig 3-C

collective-single=data from model with critical radius

• Fig 3-D-1, Fig 3-D-2

periodvscatinthecollectiveregime=data from model

ploterrorbar=program to get the Fig3-D

4.Figure 4

Rvstime=data relative radius vs time in second

Units.txt=unit of the data