BFLOW organ chip

BFLOW organ chip

Branching chip based vascular model

1、 Popularity Introduction

The vascular model on this chip is used to analyze the local flow state at the bifurcation, which plays an important role in endothelial biology and the pathogenesis of cardiovascular diseases. This device can accurately simulate the geometric structure and physiological flow state of blood vessels. The chip is made of polydimethylsiloxane（PDMS is made of glass and has the characteristics of high-pressure sterilization, biocompatibility, high optical quality, and breathability.

2、 Application Fields

A chip based vascular model used to study the flow effects at bifurcation points.

Microvascular barrier chip

1、 Popularity Introduction

The vascular model on this chip is designed to load extracellular matrix between two side channels under flow conditions（ECM）。 The combination of extracellular matrix and circular channels can simulate the physiological environment of the human body and be used to construct models related to angiogenesis, microvascular bed formation, and biological barrier function. The chip is made of polydimethylsiloxane (PDMS) and glass, and has the characteristics of high-pressure sterilization, biocompatibility, high optical quality, and breathable materials.

2、 Application Fields

Containing extracellular matrix between two side channels（ECM）， A chip suitable for microvascular and barrier function experiments.

BF Multi Fork Chip

1、 Popularity Introduction

The vascular model on this chip is used to analyze the local flow state at the bifurcation, which plays an important role in endothelial biology and the pathogenesis of cardiovascular diseases. This device is compatible with cell culture and can be constructedThree vascular models on chips for conducting parallel experiments. The chip is made of polydimethylsiloxane (PDMS) and glass, and has the characteristics of high-pressure sterilization, biocompatibility, high optical quality, and breathable materials.

2、 Application Fields

A multi-channel chip based vascular model for studying bifurcation flow effects.