The latter is a capture assay for the detection of DETECTR reporters, reaching a low HPV16 detection limit of 1 copy μL -1 with rapid electrochemical readout. We anticipate that the unique porous morphology together with the high conductivity and electroactivity of LIG-Es could open doors to new applications in the field of clinical diagnostics, environmental and food monitoring, wearable sensing, and the broader realms of material electronics.