Vascularized cardiac patch provides a cell home for a patient’s own stem cells for drug screening and a personalized tissue graft.
Results for "stem cells"
Reengineering Red Blood Cells for Cellular Therapeutics and Diagnostics
Red blood cells can be opened and resealed without affecting their functional characteristics, allowing scientists new opportunities in therapeutics and diagnostics.
The Functions of Chlorine in Aqueous-Processed High-Performance Polymer/CdTe Hybrid Solar Cells
The device performance of aqueous-processed polymer/CdTe hybrid solar cells is dramatically improved after incorporating CdTe nanocrystals with Cl.
How We Develop: Developmental Systems and the Emergence of Complex Behaviors
Forget the “nature vs nurture” debate, learn the developmental systems perspective in this special collection, which aims to help scientists, parents, teachers, and policy makers understand child development.
Particulate Delivery Systems for Vaccination against Bioterrorism Agents and Emerging Infectious Pathogens
Nano- and micro-particulate vaccine delivery systems minimize side effects, trigger targeted and robust immune responses, and protect and stabilize vaccine components
How fat cells become fat: Insights from phosphoproteomics
Fat is stored in adipocytes in the adipose tissue. In addition, the tissue contains other cell types including fibroblasts, vascular endothelial cells, immune cells and preadipocytes.
Advanced Biosystems – Now open for submissions!
We are happy to announce the launch of a new Advanced journal family member: Advanced Biosystems!
MicroRNA-Responsive Drug Release System for Selective Photodynamic Therapy
A microRNA-responsive drug release system will strengthen the selectiveness of the photodynamic therapy system.
Carbon-dot nanosystem for photodynamic therapy
A carbon-dot nanosystem is developed for photodynamic therapy, which releases a photosensitizer bioprecursor in cancer cells upon irradiation.
Direct insertion of nanowires into living algal cells
The direct insertion of nanowires into living algal cells using inkjet printing technology is demonstrated.
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