摘要

Objectives: Exosomes are crucial for intercellular communication. They are like motor vehicles carrying various packages in traffic. Resonance unblocks and reconstructs the roads for the exosome vehicles to travel. When roads are barricaded, traffic stops. Similarly, systemic debris, dead cells, or contaminants can obstruct the flow of exosomes. Resonance can unclog exosome pathways, increasing the likelihood that they reach their intended destinations. The other issue is species-specific microRNAs and proteins that provide the instructions for safely delivering the correct packages to the valid addresses Introduction: Exosomes are a part of the body’s inherent communication system. They can be visualized like motor vehicles carrying various packages in traffic. Exosomes are extracellular vesicles carrying information between cells, like packages shipped from one address to another. They are secreted by most cell types. Exosomes sparked scientific interest when mRNAs and mircroRNAs were found while unpacking their cargo. Exosomes were originally described in 1983. The 2013 Nobel Prize in Medicine and Physiology shed light into the mechanics ofThese involved the genes offering endowing Materials / method: Exosomes mechanics involve the genes offering endowing exosomes with navigation information, the proteins in charge of the exosomes attaching their anchor on the recipient cells to unload its cargo, like a boat to a port, and the calcium waves forming the necessary resonance that can unload the exosome’s cargo into the recipient cells.. Resonance is a crucial component in the exosomes trafficking process. Resonance unblocks, repairs and reconstructs the roads for the exosome vehicles to travel. Results: The clinical application of exosomes faces various questions and challenges. In addition, exosome-based clinical trials are required to conform to specific good manufacturing practices (GMP). A GMP-grade exosome production method comprises the type of cells, culture environment, cultivation system, and culture medium. Further purification is essential after production, usually divided into three-step process. The third subject in GMP of exosomes is the establishment of characterization and identification method, comprising physical configuration and bioactivity function characteristics. Conclusion: Exosomes' functional heterogeneity can result in one set of exosomes inducing cell survival, another set inducing apoptosis, and a different set inducing immunomodulation, etc. Due to their complexity, more research on exosomes is necessary. Exosomes have opened new horizons in exploring and understanding cellular communication and have enabled us to develop new methodologies for treating various diseases. Understanding the advantages and dangers of exosome injections is crucial before adopting and applying exosome treatments to patients.