International audienceWe report on the laser fabrication of BSA and type I collagen microstructures using Eosin Y or Rose Bengal photo sensitizers. Similar cross-linking results have been obtained by one-photon absorption or two-photon absorption using a green Q-switched microlaser or a near-infrared mode-locked Ti:sapphire laser, respectively. The microstructure resolution depends on the laser power, but is typically limited by the size of the laser beam within the sample. The cross-linking of type I collagen with Rose Bengal is obtained in acidic conditions with a large photosensitizer concentration in the millimole range. The biocompatibility of microstructures was demonstrated by observing the specific adhesion of cells on collagen line...
Natural biomaterials have been extensively employed in biomedical applications because of their supe...
This work was aimed at advancing multi-photon excited, freeform fabrication technology with nano-sca...
Protein micropatterning is a powerful tool for studying the effects of extracellular signals on cell...
International audienceWe report on the laser fabrication of BSA and type I collagen microstructures ...
Photochemical crosslinking is an emerging technique able to modify the physicochemical properties of...
This study reports the pico- and femtosecond laser-induced photocrosslinking of protein microstructu...
Two-photon excitation photochemical crosslinking is an efficient and rapid approach to freely fabric...
Poster PresentationPhotochemical crosslinking is effective in enhancing long-term stability of prote...
Collagen presents an attractive biomaterial for tissue engineering because of its excellent biocompa...
One of the challenges in tissue engineering is to fabricate scaffolds which can mimic the natural mi...
We present the successful fabrication of bovine serum albumin matrix with novel two-photon photochem...
Micron-scale protein cross-linking or microfabrication has been carried out using an Nd3+–YAG laser ...
Two-photon and single photon laser writing are used here to fabricate 3D proteinaceous microstructur...
Two-photon laser writing is used here to fabricate 3D proteinaceous microstructures with phototherma...
Collagen is a natural biomaterial with excellent biocompatibility. However, unprocessed collagen has...
Natural biomaterials have been extensively employed in biomedical applications because of their supe...
This work was aimed at advancing multi-photon excited, freeform fabrication technology with nano-sca...
Protein micropatterning is a powerful tool for studying the effects of extracellular signals on cell...
International audienceWe report on the laser fabrication of BSA and type I collagen microstructures ...
Photochemical crosslinking is an emerging technique able to modify the physicochemical properties of...
This study reports the pico- and femtosecond laser-induced photocrosslinking of protein microstructu...
Two-photon excitation photochemical crosslinking is an efficient and rapid approach to freely fabric...
Poster PresentationPhotochemical crosslinking is effective in enhancing long-term stability of prote...
Collagen presents an attractive biomaterial for tissue engineering because of its excellent biocompa...
One of the challenges in tissue engineering is to fabricate scaffolds which can mimic the natural mi...
We present the successful fabrication of bovine serum albumin matrix with novel two-photon photochem...
Micron-scale protein cross-linking or microfabrication has been carried out using an Nd3+–YAG laser ...
Two-photon and single photon laser writing are used here to fabricate 3D proteinaceous microstructur...
Two-photon laser writing is used here to fabricate 3D proteinaceous microstructures with phototherma...
Collagen is a natural biomaterial with excellent biocompatibility. However, unprocessed collagen has...
Natural biomaterials have been extensively employed in biomedical applications because of their supe...
This work was aimed at advancing multi-photon excited, freeform fabrication technology with nano-sca...
Protein micropatterning is a powerful tool for studying the effects of extracellular signals on cell...