Abstract: A portable preservation system comprising an outer container having at least one open end. An insulative layer wherein the insulative layer is placed in and coupled to the outer container. At least one supply line and at least one return line wherein at least one coil can be coupled between the supply line and the return line wherein the coil partially surrounds an inner container and a cap. The inner container can have at least one compartment. The insulative layer can be coupled between the coils and the outer container.

Abstract: The present application provides a unique way for storing biologics, perishables, food, drinks in a preservation and transportation system. The portable preservation system comprising a main body comprising an outer shell having at least one docking compartment and a main compartment. A cooling unit placed in the main compartment having a supply line and a return line wherein the supply line is connected to a supply manifold. At least one valve wherein the valve is connected to the supply manifold. At least one supply connection port wherein the supply connection port is coupled to at least one opposing port which supplies coolant to an external system having an inlet and outlet wherein the outlet is connected to at least one return connection port.

Abstract: The present application provides a unique way for storing biomaterials, blood, blood products, vaccines, organs in an organ and fluid preservation and transportation system. The organ and fluid preservation and transportation system can comprise a docking system, a container system comprising an upper container, an inner container, an outer container, electronics, and a heating/cooling module. The upper container can attach to the outer container, and/or inner container and create an airtight seal with the environmental conditions staying consistent when sealed wherein the container system can be docked to the docking system wherein the docking system heats or cools down the container system.