Over the last few decades, the demand of polymeric structures with well‐defined features of
different size, dimension, and functionality has increased from various application areas …

Micro/nano structures have unique optical, electrical, magnetic, and thermal properties.
Studies on the preparation of micro/nano structures are of considerable research value and …

Hydrogel biomaterials derived from natural biopolymers (eg, fibrin, collagen, decellularized
extracellular matrix) are regularly utilized in three-dimensional (3D) cell culture and tissue …

Two‐component 3D polymer scaffolds with distinct mechanical and protein‐binding
properties are fabricated using direct laser writing. With this method, full control over the …

Photopolymerization is an effective method to covalently cross-link polymer chains that can
be shaped into several biomedical products and devices. Additionally, polymerization …

Development of robust 3D tissue analogs in vitro is limited by passive, diffusional mass
transport. Perfused microfluidic tissue engineering scaffolds hold the promise to improve …

Novel biomaterials are beneficial to the growing fields of drug delivery, cell biology, micro‐
devices, and tissue engineering. With recent advances in chemistry and materials science …

Although there have been extensive research efforts to create functional tissues and organs,
most successes in tissue engineering have been limited to avascular or thin tissues. The …

Hydrogels provide a unique environment for three-dimensional cell culture, but typically, the
material properties are fixed upon formation. Given the growing interest in understanding …

Biocompatible photoresponsive materials are of interest for targeted drug delivery, tissue
engineering, 2D and 3D protein patterning, and other biomedical applications. We prepared …