The properties and use of thermo-responsive hydrogels in bioprinting are discussed in a recent review by R. Suntornnond et. al.
The properties and use of thermo-responsive hydrogels in bioprinting are discussed in a recent review by R. Suntornnond et. al.
Metal nanoparticles have demonstrated broad and promising biomedical applications in research laboratories, but to fulfill their potential in the clinic demands extensive effort to minimize their non‐specific accumulation in the body.
“STINGing” Liposomal Delivery for Cancer Immunotherapy
Researchers from the Qin lab have developed a microfluidic cell deformation delivery method that uses physical constriction to deform and shear cells for delivery.
Researchers from the University of Nottingham report a novel method for making antibiotic spider silk.
Zorlutuna and co-workers from the University of Notre Dame demonstrate muscle cells as diode components for biocomputing.
Researchers from Finland and the USA, have developed two multistage nanovaccines constructed of two biomaterials and either a biological cancer cell membrane (CCM) or a model antigen
Magnetic bacteria devices can manipulate light similar to liquid crystals in display and spatial light modulator technology.
Micro/nanorobots to the rescue for environmental and medical applications.
In a study published in the new journal Advanced Biosystems, scientists from the University of Hong Kong demonstrated that it is possible to use a DNA aptamer split across a tweezer such that the presence of the target protein triggers the DNA tweezer mechanism.