Cardiovascular disease remains a leading cause of mortality worldwide. Yet the heart's limited ability to repair itself continues to challenge researchers developing new therapeutic approaches. Advanced cell models, tissue engineering, and regenerative medicine strategies are helping move the field forward.
Our new eBook, created with RegMedNet, explores cardiac regeneration through expert perspectives, practical applications, and scientific reviews—from human-relevant cardiac models to emerging regenerative therapies.
From advanced cell models to regenerative therapies
This eBook explores the tools and technologies shaping the future of cardiovascular research. It highlights both innovative disease models and therapeutic strategies designed to support cardiac repair and regeneration.
What you’ll learn:
- How 3D cardiac spheroids can provide more physiologically relevant models than traditional 2D cultures
- Why primary human cardiovascular cells are essential for predictive, translational research
- How stem cell-based approaches are being investigated for cardiac repair and recovery
- The potential of cardiac patches, biomaterials, and hydrogel scaffolds in regenerative medicine
Research highlights
This eBook combines expert insight with application-focused content across several key areas of cardiac regeneration research.
- Cardiac spheroids and 3D heart models: Discover how bioprinted cardiac spheroids and primary human cardiovascular cells are helping researchers create more relevant models for disease research, drug discovery, and tissue engineering.
- Angiogenesis and vascular biology: Learn how endothelial cell tube formation assays support the study of angiogenesis and vascularization, two processes that play a critical role in cardiac repair.
- Emerging regenerative therapies: Explore advances in cardiac patches, stem cell therapies, hydrogel scaffolds, and extracellular matrix-based approaches.
Together, these strategies highlight new possibilities for restoring cardiac function after injury
This eBook was made in collaboration with RegMedNet
Drive progress in cardiac regeneration research Access expert insight on advanced cardiac models, regenerative therapies, and emerging strategies for cardiovascular research.