Organ preservation solutions have emerged as the most effective means of solving transplantation's difficulties, notably those related to organ availability, transportation, and rejection.

The lack of available organs for transplant is one of the major difficulties in transplantation. Organ preservation solutions have improved organ viability and decreased the danger of injury during transit by allowing for extended storage durations for organs. The availability of organs for transplant has also grown because to improvements in preservation procedures like normothermic perfusion.

Organ preservation solutions have also helped to lower the risk of transplant rejection. It has been demonstrated that preservation techniques that simulate the organ's extracellular environment have considerable potential for enhancing organ viability and lowering the risk of organ rejection.

Real-time monitoring of organ function and the detection of potential issues have been made possible by the development of sophisticated monitoring technologies and organ perfusion devices, allowing for prompt intervention and better results.