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A portable soft sided insulated container has an impermeable liner that provides a liquid holding barrier. The liner is folded from a single monolithic plastic sheet to reduce or eliminate the need for heat welded seams. The liner seats within the container and has a releasable attachment around its

A portable soft sided insulated container has an impermeable liner that provides a liquid holding barrier. The liner is folded from a single monolithic plastic sheet to reduce or eliminate the need for heat welded seams. The liner seats within the container and has a releasable attachment around its lip for mating with the rim of the container. The container has an insulated lid so that the entire assembly may be closed. The liner can be removed for cleaning, or replacement if punctured. When not in use the entire assembly can be folded into a collapsed position for storage.

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A portable soft sided insulated container has an impermeable liner that provides a liquid holding barrier. The liner is folded from a single monolithic plastic sheet to reduce or eliminate the need for heat welded seams. The liner seats within the container and has a releasable attachment around its

A portable soft sided insulated container has an impermeable liner that provides a liquid holding barrier. The liner is folded from a single monolithic plastic sheet to reduce or eliminate the need for heat welded seams. The liner seats within the container and has a releasable attachment around its lip for mating with the rim of the container. The container has an insulated lid so that the entire assembly may be closed. The liner can be removed for cleaning, or replacement if punctured. When not in use the entire assembly can be folded into a collapsed position for storage. ions in said retinal reflections and operates in a closed-loop fashion with said controller to control said phase-compensating optical element to compensate for such phase aberrations and produce phase-compensated retinal reflections for output to said image capture subsystem; and a computing apparatus, operably coupled to an imaging device associated with said wavefront sensor, for executing a graphical user interface program for performing alignment operations associated with said wavefront sensor; wherein said wavefront sensor, said controller, and said phase-compensating optical element are packaged in a modular housing separate and distinct from said fundus camera body and said image capture subsystem, and wherein said adaptive optical module interfaces to said fundus camera body and said image capture subsystem via detachable connectors; and wherein said wavefront sensor comprises a lenslet array and said imaging device, wherein said lenslet array spatially samples distorted wavefronts in said retinal reflec