This the dataset for the Programming Boundary Deformation Patterns in Active Networks.

Raw data (in folder raw) Analysis scripts used to analyze the data (in folder analysis) Processed data for the figures (in folder figs) README file giving more information to all data.

Biological systems achieve precise control over ambient fluids through the self-organization of active protein structures including flagella, cilia, and cytoskeletal networks. In such active structures individual proteins consume chemical energy to generate force and motion at molecular length scales. Self-organization of protein components enab...

Data for Fig 1c,d,e,f: Form*.tif - microscopy images of forming microtubule created by disks of various diameters. Decay*.tif - microscopy images of decaying microtubule asters created by disks of various diameters. Data for Fig 2b,c: move*.tif - microscopy images of moving microtubule asters that follow a 25 um disk moving at various speeds. ...

Images of asters formed by light activation of various activation regions. The structure of the folders is dat > motor name > excitation diameter. Images from the first frames are also included for background subtraction and flattening the field. Motor competition images are also included under the folder "motor_competition_images." These are se...

Experimental data for active matter (microtubule and kinesin motor) contraction and fluid flow. Hollow square cases.

This repository contains all the data used in the paper "Dynamic Flow Control Through Active Matter Programming Language" by Fan Yang, Shichen Liu, Heun Jin Lee, Rob Phillips and Matt Thomson. The data files are named and sorted by the figures they appear in.

Movie of Ncd + K401 motors in light activated active matter assay

This file contains the raw data that was used in the publication.

This record will contain the imaging spectroscopy data of the archive halves of all core recovered by the International Continental Scientific Drilling Program (ICDP) Oman Drilling Project (OmanDP; Kelemen et al., 2020). The dataset will eventually be available here through the CaltechDATA Large Data Pilot approved in June 2021. At this time, t...