[n]CPP-PCL was dissolved at 15% weight in a 60/40 vol% ratio of DCM and DMF to create the electrospinning "ink". These solvents were chosen to improve the processability of this ink, by modulating the solvent evaporation from the electrospinning fiber. This ink was then added to a 5-milliliter syringe with a 27-gauge dispensing nozzle (BSTEAN, blunt, stainless steel) attached and placed into a syringe pump (World Precision Instruments, AL-300, United States) and set to deliver 0.5 mL.h -1 . The nozzle was connected to a Heinzinger LNC 20000 -3 Negative high voltage power supply unit. For the electrospun mesh collection, a rotating 6-slide grounded collector was placed 14 cm away from the nozzle, and the slides were mounted by hydrostatic force between the metal collector and the glass slides. SES was performed for 30 min at 18 kV under these conditions. Sputter coating (Cressington, Watford, UK) of the SES membranes with Au-Pd was used to enable imaging by scanning electron microscopy (SEM) (ThermoFisher Apreo 2), while fiber diameter was determined from images using the Icy technique . The fibers used for diameter measurements were chosen by drawing two perpendicular lines, crossing in the center of the image, and measuring the first 10 fibers which intersect this cross, moving outward in a clockwise pattern.