The present invention relates to a
fibrocartilage-derived bioink composition, a bone graft composition containing same, and a manufacturing method therefor. More specifically, it is identified in the present disclosure that the inner, mid, and outer compartments of the meniscal
cartilage tissue based on
anatomical location differ from each other in terms of physicochemical property, whereby use is made of the
extracellular matrix derived from each compartmentalized tissue to provide 3D-printing bioink compositions and bone grafts, each having distinct physicochemical properties, which can be utilized with controlled physicochemical properties according to desired applications.