Sentence examples for develop a scaffold with from inspiring English sources

This study aimed to develop a scaffold with a focus on immobilizing growth factors within gelatin.

In the first, synthetic materials have been used to develop a scaffold with which the native tissue interacts.

We have been developing a scaffold for biological network engineering with diffusing activators and inhibitors and decided to implement a computational model to help guide the design of our artificial networks.

The aim of this work is to develop a supportive scaffold with a favorable topography to aid functional RPE monolayer maintenance while being tolerated underneath the retina.

We aimed to develop a hybrid scaffold with a porous structure and similar composition as natural bone for the controlled release of bone morphogenetic protein-2 (BMP-2) to enhance bone regeneration.

The precursor mixture is then pumped through a microfluidic device containing hexagonal microposts at room temperature and ambient pressure, developing a soft scaffold with entangled bundle-like structures, containing interconnected SWCNTs and wormlike micelles.

CMs were embedded in a PLGA/nanohydroxyapatite (nHA) scaffold to enhance the compressive strength and develop a microsphere-scaffold system with the capacity of releasing bioactive factor in a well-controlled manner.

In conclusion, 3D printing can be used to develop a TCP-based scaffold with controllable and reproducible microstructures and favourable in vitro biological properties with potential to be further developed to be used for clinical bone regeneration.

The aim of this study was to develop a biomimetic hydrogel scaffold with good operability and stability by collagen self-assembly.

To resolve these issues, it is proposed to develop a soft tissue scaffold impregnated with Rose Bengal/Chitosan solution (RBC-scaffold, 0.01% w/v Rose Bengal, 1.7% w/v Medium Molecular Weight Chitosan).

As both the stiffness and composition of the ECM are important in regulating cell behavior and can have complex synergistic effects, we sought to develop an ECM-based scaffold with tunable biochemical and mechanical properties.