Значения термина synthetic polymers на английском

Human neutrophil motility was examined in hydrated collagen gels containing various synthetic polymers.

We are developing synthetic polymers for pharmaceutical and medical applications.

Background: Examination of surface-bound heparin on synthetic polymers can only be performed by few staining methods.

Especially, erosion in synthetic polymers and rapid degradation in natural polymers limit their further applications in clinics.

Formation of delta DOPA in natural or synthetic polymers would increase the variety of crosslinks available to sclerotizing matrices.

Thus, synthetic polymers are used also in regenerative medicine for cartilage, bone, vascular, nerve and ligament repair and restoration.

In this study, volume-stable adipose tissues were engineered in vivo using mechanical support structures fabricated from biodegradable synthetic polymers.

New synthetic polymers may be promising protein stabilizers because properties such as molecular weight and side-chain composition can be controlled.

The combination of natural proteins and synthetic polymers to create electrospun fibrous structures resulted in scaffolds with favorable mechanical and biological properties.

Electrospinning using natural proteins or synthetic polymers is a promising technique for the fabrication of fibrous scaffolds for various tissue engineering applications.

PolySTAT-induced fibrin cross-linking is a novel approach to hemostasis using synthetic polymers for noninvasive modulation of clot architecture with potentially wide-ranging therapeutic applications.

Structurally consistent electrospun nanofibers can be produced with synthetic polymers but require chemical modification to graft cell-adhesive molecules to make the nanofibers functional.

The role of lymphocytes in the biological response to synthetic polymers is poorly understood despite the transient appearance of lymphocytes at the biomaterial implant site.

Synthetic polymers and gels capable of molecular recognition are very useful in designing novel intelligent biomaterials.