Scaffold-based tissue engineering has greatly benefited from advancements in material fabrication, enabling the creation of structures that closely mimic native tissues. Despite these advancements, finding the optimal scaffold design through traditional methods is tedious and costly. Leveraging computational optimization can rapidly identify ideal scaffold parameters, but it requires ongoing collaboration between computational modeling and material science experts, as well as improvements in fabrication methods and more physiologically accurate simulations.
I'm interested to see how the integration of this alternative method into machine learning algorithms impacts the accuracy and reliability of the predictive model.
We have a similar initiative for the community engagement. Particularly, we have a science cafe and health cafe series to engage general public for new scientific and medical knowledges as well as clinical research. We have a web of non-profit community organization partners (e.g. YMCA, YWCA) tp recruit community members.
The authors emphasize the need to view racism as a comprehensive system rather than isolated incidents, and stress the importance of transitioning from merely describing systemic racism to actively identifying, implementing, and evaluating interventions to combat it.
Given the significant opportunities presented by leveraging accurate data, how can the integration of diverse datasets, standardization across sources, assurance of data security and confidentiality, and democratization of data access synergize to create a learning health system that addresses visual health disparities and promotes optimal eye health for all individuals in the U.S.?
Good good article published in Nature Human Behavior. To make healthcare better for everyone, we need to understand and respect different cultures, learn from the past, and make sure all groups are fairly represented. We should have diverse teams in health and research, and always fight against racism. By including everyone's voice, we can build trust and make healthcare fair for all.
I found out this is very interesting project, these are the projects funded by this program, see this link:
https://www.nsf.gov/awardsearch/advancedSearchResult?ProgEleCode=035Y%2C1995&BooleanElement=Any&BooleanRef=Any&ActiveAwards=true#results
The webinar features Dr Susan Levin from Columbia University delving into the brain's reactions to unwelcome or unexpected change and offering practical strategies to handle the ensuing conflict. But what are the practical approaches to manage the conflict that arises from such changes?
Very important topic. This review focuses on antibacterial biomaterials and strategies; it presents recently reported biomaterials, including antibacterial implants, antibacterial scaffolds, antibacterial hydrogels, and antibacterial bone cement types, and aims to provide an overview of these antibacterial materials for application in biomedicine. The antibacterial mechanisms of these materials are discussed as well.
Bone tissue engineering strategies employ biomimetic scaffolds to address critically sized bone defects, with these scaffolds offering stable tissue formation and aiding stem cell differentiation. Recent advancements focus on optimizing osteoinductive scaffold materials and using innovative fabrication methods like 3D printing to replicate native bone microarchitecture for effective tissue regeneration.
This is my research interest. Silk's biocompatibility, biodegradability, and mechanical properties have spurred its use in bone tissue engineering, with recent advances in silk-based biomaterials, including the incorporation of growth factors, drugs, and stem cells, showcasing its potential in enhancing bone regeneration.
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