Heart-Liver Two-Organs-on-a-Chip Model Introduction

Creative Biolabs' heart-liver-on-a-chip model accommodates both cardiomyocytes and liver cells, which could successfully maintain both cell lines with more than 90% viability. We develop the model incorporating liver and heart components on a single chip. It has the potential to more realistically capture both the efficacy and the side effects of newly developed drugs, leading to tremendous time and cost savings.

Construction of Our Heart-Liver Two-organs-on-a-chip Model

Fig 1. Exploded view of the liver–heart organoids-on-chip system.¹

Features of Our Heart-Liver Two-organs-on-a-chip Model

Applications of Heart-Liver Two-organs-on-a-chip Model

Why Choose Us?

Creative Biolabs provides you with a heart-liver two-organs-on-a-chip model that determines appropriate organ sizes and media flow rate, which results in a physiologically realistic system that does not distort the nature of the interactions between organs. Our high-quality model can be implemented as a starting point to move toward a more complex human-on-a-chip device. Visit our website for more organ-on-a-chip models.

• Neuromuscular Junction Two-organ-on-a-chip Model
• Heart-Liver-Cancer Three-organ-on-a-chip Model
• Heart-Liver-Skeletal Muscle-Neuron Four-organ-on-a-chip Model
• Gut-Liver Two-organ-on-a-chip Model
• Heart-Liver-Skin Three-organ-on-a-chip Model

Related Services

Our organ-on-a-chip model is well at the commercialization developmental stage, which can fulfil the dual purposes of multiplexing and biological complexity simultaneously. As an in vitro system, our organ-on-a-chip model also can comprehensively capture the entire physiology of an organ or body and discern between the necessary and desirable features at different stages of its translational process. Contact us for an ideal organ-on-a-chip model.

Related Sections:

• Single Organ-on-a-Chip Model Introduction
• Multiple Organs-on-a-Chip Model Introduction
• Barrier Tissue On-a-Chip Model Introduction
• Customized Tissue-on-a-Chip Model Introduction
• Disease-on-a-Chip Model Introduction