3D Ex Vivo Human Cardiovascular Tissue Model Introduction

Creative Biolabs specializes in providing high-quality 3D ex vivo human cardiovascular tissue models to meet the demands of modern medical research and support scientific research needs.

Cardiovascular System and Related Diseases

The Cardiovascular system is a complex network of organs and tissues that are responsible for the transport of blood, oxygen, and nutrients throughout the body. The cardiovascular system comprises the heart, blood vessels, and blood, which work together to deliver oxygen and nutrients to the body's tissues and remove waste products.

Cardiovascular-related diseases, such as coronary artery disease and heart failure, resulting from a complex interplay of genetic, environmental, and lifestyle factors. These diseases are major public health concerns and have significant economic implications. Cardiovascular diseases are the leading cause of death worldwide, and it is essential to understand their pathogenesis to develop effective treatments.

Fig 1. Human heart tissue model. (Lemme, 2018)

3D Ex Vivo Human Endocrine System Tissue Model

To better understand cardiovascular diseases, researchers have traditionally relied on animal models or 2D in vitro models, but these models have significant limitations. Animal models may not accurately represent human cardiovascular physiology, and cell cultures lack the three-dimensional architecture and heterogeneity of in vivo tissues.

3D ex vivo human cardiovascular tissue models, derived from human donations or surgical organ disposals, provide a reliable and ethical alternative to traditional models, enabling researchers to better understand disease pathogenesis and test potential therapies. These models maintain the physiological relevance of in vivo tissues while allowing for precise control over experimental conditions.

What Can Be Done?

Through an extensive organ procurement network, Creative Biolabs has launched mature and stable cardiovascular disease models. Numerous studies have successfully utilized our 3D ex vivo human cardiovascular tissue model to study cardiovascular diseases and test potential therapies.

• Atrial Fibrillation
• Arrhythmogenic Disorders
• Heart failure
• Cardiac Contractility
• Vasodilation
• Ischemic Arteries
• …

Our Services

Creative Biolabs is committed to developing excellent research models for multiple areas of cardiovascular disease to extend the value of your preclinical testing experiments. We have reached a long-term and stable cooperative relationship with many donor institutions and hospitals around the world, allowing us to provide extremely flexible and rich customization solutions for human tissue models. You can discuss with our experts the tissues, organs, patient information, disease types and intervention methods you are interested in, and obtain the tissue samples that best meet your application needs in a convenient one-stop way. We will ensure that each sample undergoes strict RNA integrity and patient information review to ensure the quality of the products you obtain and the success rate of later experiments.

• 3D Ex Vivo Human Heart Failure Model
• 3D Ex Vivo Human Atrial Fibrillation Model
• 3D Ex Vivo Human Arrhythmogenic Disorders Model
• 3D Ex Vivo Human Vasoconstriction Model
• 3D Ex Vivo Human Cardiac Contractility Model
• 3D Ex Vivo Human Vasodilation Model
• 3D Ex Vivo Human Ischemic Arteries Model
• 3D Ex Vivo Human Coronary Arteries Model
• 3D Ex Vivo Human Chorionic Plate Arteries Model
• 3D Ex Vivo Human Saphenous Veins Model
• 3D Ex Vivo Human Aorta Tissue Model
• 3D Ex Vivo Human Artery Tissue Model

We pride ourselves on our professionalism and inquiry-supply process and are always happy to assist our clients, contact us today to learn more about how our cardiovascular tissue models can benefit your research.

Related Sections:

• Ex Vivo Human Genitourinary Tissue Model
• Ex Vivo Human Skin System Tissue Model
• Ex Vivo Human Urinary System Tissue Model
• Ex Vivo Neurological System Model
• Ex Vivo Human Digestive System Model
• Ex Vivo Human Musculoskeletal System Tissue Model
• Ex Vivo Human Respiratory System Tissue Model
• Ex Vivo Human Endocrine System Tissue Model