Extended Data Fig. 8: Sample holder used for bridging experiments and 3D printing setup.
From: Three-dimensional printing of mycelium hydrogels into living complex materials

(A) 3D representation indicating the air gap that was changed to create a distance for the mycelium to bridge. (B,C) Drawings displaying different cross-sections of the sample holder. (D) Custom-built syringe pump mounted on a fused filament fabrication printer (Ultimaker 2+) to create the direct ink writing setup (DIW). (E) DIW of the mycelium ink into a grid structure.