The present invention provides a fluidic chip for cell culture use which can prevent a decrease in the activity of cultured cells in a preparation stage, and which makes it possible to observe a cultured cell tissue while detaching the cultured cell tissue from the fluidic chip. The fluidic chip according to the present invention is characterized by being provided with a base and a lid member, wherein the base and the lid member are configured in such a manner that a first flow path and a first accommodation section for attachably/detachably accommodating a first culture vessel are formed between the base and the lid member when the base and the lid member are bonded to each other, the first culture vessel encloses a culture gel into which cells or a cell tissue is to be embedded and is at least partially formed from a hydrogel or a porous body, and the base and the lid member are configured in such a manner that at least a portion of a culture solution flowing through the first flow path is supplied to the first accommodation section.