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Ultrafast Photonics for Biomedical, Biological and Life Science Applications
This special issue belongs to the section “D:Materials and Processing“.
Special Issue Information
Dear Colleagues,
Courtesy of its ultimate precision, ultrafast laser patterning has become a widespread technique for the micro- and nanostructuring of bulk as well as surface modification of a wide variety of materials and tissues.
This highly localized structuration associated with a very low onset of thermal side-effects constitutes a strong advantage to achieve well-controlled modifications of an irradiated area, especially for the biomedical and biological fields, where high-value applications have been adapted to this relatively new technique.
For that very reason, ultrafast laser-induced surface and bulk functions have frequently been reported on in the literature concerning biocompatible materials and biological tissues/organs, with current hot topic functions such as repellent surfaces, antibacterial and antivirus surface properties, preferential cell growth, cell permeabilization, biological tissue ablation/softening/dissection, etc.
We would like to encourage researchers to showcase their latest research findings through the upcoming Special Issue “Frontiers in Ultrafast Laser Micro- and Nanoprocessing: Biomedical, Biological, and Life Science Applications”, to share their most recent results related to bulk or surface processing with femtosecond and picosecond pulses of biological tissues and/or biocompatible materials with the scope of rendering a local function of interest in the biomedical, biological, and life science domains. Particular interest is devoted to advanced laser beam delivery (to the site of interest) and modifications at the micrometric and/or nanometer level, as these scales are well-adapted for ultrafast laser irradiation.
Dr. Cyril Mauclair
Dr. Xxx Sedao
Guest Editors
Manuscript Submission Information
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Keywords
- ultrafast laser interactions with biological media (tissues, cells, organs...)
- laser-induced surface and bulk biological functions (antibacterial, antiviral, cell growth etc.)
- organ/scaffold and lab on chip fabrication (ablation, cutting, polymerisation, etching etc.)
- ultrafast pulses for biological diagnostics (LIBS, nonlinear imaging etc.)
- ultrafast NP generation for biological markers
- cell permeabilization by ultrafast laser pulses
- laser-assisted cell deposition/printing
- implant fabrication, structuring and traceability
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