Materiales

 

Materiales

Bioinspired Enzyme‐Like Mechanism Enables Adaptive Local Charge Modulation for Blue Energy Harvesting
06/05/2026 - Inspired by oxidase‐like enzyme mechanisms, we demonstrate that atomically precise heteronuclear FeCo dual‐atom nanozymes enable spontaneous local charge modulation via optimized Fe─Co...
Ascidians as a Sustainable Source of Cellulose: Physicochemical Characterization, Degradability, and Relevance for Bioplastic Applications
05/05/2026 - ABSTRACTCellulose derived from ascidians (tunicates) is distinguished from plant‐based counterparts by its marine origin, with high crystallinity, and complex hierarchical architecture. However,...
Cellulose-functionalized ZIF-67 framework for sustainable low permittivity dielectrics and CO2 capture applications
- AbstractCellulose-modified zeolitic imidazolate framework, denoted as CEL-67, is developed as a sustainable, multifunctional material that integrates low-permittivity dielectric behaviour with...
The Cellulose Renaissance: Reimagining Bacterial Bioproducts for Health and Earth
28/04/2026 - ABSTRACTBacterial cellulose (BC) is a natural nanofiber with numerous desirable properties, including porosity, flexibility, high water capacity, biocompatibility, and high crystallinity. BC is...
Writable and Recyclable Cellulose‐Stabilized Ga Ink for Deformable Negative Electrode of Flexible Aluminum Battery
24/04/2026 - A writable and recyclable cellulose nanofiber‐stabilized liquid gallium ink enables a deformable, self‐healing negative electrode for flexible aluminum batteries. The cellulose...
Eel‐Inspired Self‐Powered Hydrogel Nerve Conduit: A Fully Degradable Scaffold for Peripheral Nerve Repair
09/04/2026 - An eel‐inspired, biodegradable ionic hydrogel battery based on reverse electrodialysis is developed for peripheral nerve regeneration. Constructed from biocompatible materials with a stable ion...