Application

The developed protocol offers a reproducible and scalable method for generating lymphatic endothelial cells (LECs) from induced pluripotent stem cells (iPSCs), addressing critical challenges in the field of lymphatic-related therapies.

Key Benefits

• Reproducible and scalable protocol for generating LECs from iPSCs.
• Utilizes specific culture conditions and molecules to enhance differentiation efficiency.
• Outperforms existing protocols, yielding a higher percentage of LECs from iPSCs.

Market Summary

The market for this therapeutic involves a wide range of potential diseases. Key drivers for market growth include iPSCs' therapeutic potential, advancements in genetics, demand for iPSC-derived functional cells in drug testing and increasing government support. Key diseases that will be directly impacted by the rapid growth of LEC-IPSCs include lymphedema which has up to 250 million people worldwide affected by the disease. Key competitors include naturally derived LECs as well as potential protocol improvements to drive LEC-iPSCs. The current standard of care for various lymphatic therapies typically involves conservative management techniques such as compression therapy, manual lymphatic drainage, and physical therapy. However, challenges persist with limited availability of effective treatment options and disparities in access to specialized care, hindering optimal patient outcomes.

Technical Summary

The developed protocol offers a reproducible and scalable method for generating lymphatic endothelial cells (LECs) from induced pluripotent stem cells (iPSCs). This bypasses numerous technical steps and produces a more uniform and stable LEC-iPSC cell for further implementation and development. By optimizing culture conditions and utilizing specific molecular cues, this protocol surpasses existing methods, yielding a higher percentage of functional LECs. Its potential applications span regenerative medicine, disease modeling, and drug development, addressing critical challenges in the field of lymphatic-related therapies.

Development Stage

The protocol has undergone validation and efficacy through key experiments in a 2D cell culture model.