
Natural biomaterials have evolved from multifactorial and combinatorial processes, where hierarchical organization often enables complex function beyond the sum of individual parts. To match this complexity, high-throughput/high-content approaches are necessary to expand the parameter space, towards defining structure-activity relationships between materials and biological systems.
In this webinar the current state of combinatorial and high-throughput methods for biomaterials design, discover and analysis will be described. There will be a focus on four core areas that are making a sizable impact in the biomaterials field: biomolecule microarrays, polymeric biomaterials for discover and screening, hydrogel platforms for screening multivariate cues, and biomaterials driven assays for high-content analysis.
The combination of novel screening approaches, advanced imaging, and new analysis methods are positioned to accelerate the pace of discovery for next generation materials for biotechnology and medicine.
- Learn about how high-throughput methods could accelerate biomaterials discovery.
- See how computational tools are enahncing high-content analysis.
- Find out about how high-throughput strategies are changing the way we study cell and tissue level processes.
Speakers:
Kristopher A. Kilian, Assistant Professor of Materials Science and Engineering/University of Illinois at Urbana-Champaign
Joe D'angelo, (Moderator), Materials Science Publisher, Elsevier.
Thank you for registering, and enjoy the on demand version of the webinar, below!
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