Miniaturized electrodes with high surface area are key components of devices used for point-of-care sensing, wearable electronics and lab-on-a-chip applications…
While hydrogel mats have several advantages in the context of biomedical applications, their ability to mimic both the mechanics and morphology of native cell environments (especially across multiple length scales) remains challenging…
While hydrogel mats have several advantages in the context of biomedical applications, their ability to mimic both the mechanics and morphology of native cell environments (especially across multiple length scales) remains challenging…
While hydrogel mats have several advantages in the context of biomedical applications, their ability to mimic both the mechanics and morphology of native cell environments (especially across multiple length scales) remains challenging…
While hydrogel mats have several advantages in the context of biomedical applications, their ability to mimic both the mechanics and morphology of native cell environments (especially across multiple length scales) remains challenging…
While hydrogel mats have several advantages in the context of biomedical applications, their ability to mimic both the mechanics and morphology of native cell environments (especially across multiple length scales) remains challenging…
Cellulose has been broadly used as a source of building materials due to the unique mechanical and chemical properties that arise from its hierarchical organization. Crystalline nanocelluloses (_i.e…