Porous scaffolds are widely used in biomedical applications where pore size and
morphology influence a range of biological processes, including mass transfer of solutes …

In this review article, main focus was on the macro-porous cryogels synthetic routes and
their applications. Porosity of the material is the main factor of attention for different …

Hydrogels are important functional materials with a myriad of potential applications. As the
chemically stable and interlocked polymeric network retains vast amounts of water without …

Silk fibroin cryogels with remarkable properties were obtained from frozen fibroin solutions
(4.2–12.6%) at subzero temperatures between− 5 and− 22° C. This was achieved by the …

Polymeric cryogels, the gels formed in moderately frozen gelling systems, have been
empirically known for many decades, but systematic scientific research on various cryogels …

Polymeric cryogels are the gel systems formed in moderately frozen solutions or colloidal
dispersions of precursors potentially capable of gelling. Polymeric cryogels are of growing …

The synthesis of macroporous ionic composite cryogels consisting of two independently
cross-linked and oppositely charged networks is reported in the paper. Semi …

Polymeric gels belong to the most important class of functional polymers in modern
biotechnology. They are useful materials for drug delivery systems, artificial organs …

DNA–chitosan (DNA–CS) hydrogel was prepared by in situ complexation between
oppositely charged DNA and chitosan polyelectrolytes via electrostatic cross-linking to study …

Programmable stimuli‐responsive materials have great potential in biosensing and
biomedical applications. However, the slow response of DNA hydrogels to biological targets …