Figures & data
Table 1. Samples abbreviations
Figure 1. Optical microscope observation of aluminum grids 1000µm microchannels (A) and 500µm microchannels; optical and SEM observation of chitosan meshes 1000µm microchannels (C and E), 500µm microchannels (D and F), random porosity (G and H). Scale bar: optical microscope 2 mm, SEM 100 µm.
![Figure 1. Optical microscope observation of aluminum grids 1000µm microchannels (A) and 500µm microchannels; optical and SEM observation of chitosan meshes 1000µm microchannels (C and E), 500µm microchannels (D and F), random porosity (G and H). Scale bar: optical microscope 2 mm, SEM 100 µm.](/cms/asset/fcaf307c-0197-460e-8a9f-68e3d7e19b83/kbim_a_10929506_f0001.gif)
Figure 2. SEM images of Genipin (1) and Epichloroydrin (2) cross-linked meshes with different morphologies 1000µm microchannels (A), 500µm microchannels (B), random porosity (C). Scale bar 100 µm.
![Figure 2. SEM images of Genipin (1) and Epichloroydrin (2) cross-linked meshes with different morphologies 1000µm microchannels (A), 500µm microchannels (B), random porosity (C). Scale bar 100 µm.](/cms/asset/d9eeea00-c483-4ddf-b4b5-6d09ca45a827/kbim_a_10929506_f0002.gif)
Figure 3. Swelling behavior of CS meshes at pH 7.4 (A–C) and at pH 5 (B–D), different morphologies (A–B), different cross-linker (C–D).
![Figure 3. Swelling behavior of CS meshes at pH 7.4 (A–C) and at pH 5 (B–D), different morphologies (A–B), different cross-linker (C–D).](/cms/asset/0c702682-33b6-417c-a19c-435f30fedece/kbim_a_10929506_f0003.gif)