We’re supporting the brightest minds in the emerging field of exosome research to develop next-generation therapeutics, and to bring economic cures and treatments for diseases that impair the quality of life for millions of people around the globe.
Soul Foundation supports bioscience, biotechnology, and research while collaborating to design and engineer the most advanced therapeutics, through deep clinical and regulatory expertise in medicine and pharmaceuticals.
Now is the time to discover, develop, and build foundational structure and understanding that supports advancements, cutting edge technology and research in the ever-evolving field of medicine. Research is a vital component in understanding our complex and sophisticated bodies. Here we have developed a platform to support research that nurtures and accelerates solutions, which reinforce vitality, vibrant health, healing, and wellbeing.
Exosomes are extracellular nanoparticles (30-100nm in diameter) that are important in intercellular (cell-cell) communication and are important in the transmission of macromolecules between cells. They have been known to be useful vectors for drugs because they are composed of cell membranes, rather than synthetic polymers, and are better tolerated by the host.
Studies have established that exosomes are actively secreted by almost all cells through exocytosis, a process by which the contents of a cell are released to the exterior through the fusion of the vacuole membrane with the cell membrane.
Exosomes can be extracted from all cells and body fluids and they contain multiple proteins, lipids, DNA, RNAs (mRNA, miRNA, ncRNA), and even biomolecules for viruses and prions.
These nano-particles have the ability to transfer information in the form of their contents, thus acting as signalosomes, either locally or by traveling to distant tissues wherein they influence various cellular functions. Some of the biological processes, which are regulated by exosomes, are:
- Cell metabolism and signaling
- Development and regeneration
- Cell adhesion and motility
- Immune response, inflammation
- Exchange of pathogenic proteins/organisms
- Tumor progression and metastasis
- Stemness and reprogramming
- Cardiovascular diseases
- Neural development, homeostasis, and
neuro diseases (Parkinson’s, Alzheimer’s and ALS)