Fibre alignment technology is crucial in various emerging applications, such as drug
delivery systems, tissue engineering, and scaffold fabrication. However, conventional …

A hydrogel system with the ability to control the delivery of multiple drugs has gained
increasing interest for localized disease treatment and tissue engineering applications. In …

Abstract Three-dimensional printing (3DP), though developed for nonmedical applications
and once regarded as futuristic only, has recently been deployed for the fabrication of …

Additive manufacturing technologies have been widely used in the medical field. More
specifically, fused filament fabrication (FFF) 3D-printing technology has been thoroughly …

The design, preparation and application of three-dimensional (3D) printed structures have
gained appreciable interest in recent times, particularly for drug dosage development. In this …

Four-dimensional (4D) printed polymer composite hydrogels with stimuli-responsive shape-
morphing features are attractive to fabricate dynamic multifunctional structures for the …

Personalized drugs, as well as disease-specific and condition-dependent drug release,
have been highly desired in drug delivery systems for effective and safe therapies. Four …

Abstract Three-dimensional (3D) printing as an advanced manufacturing technology is
becoming popular in the pharmaceutical industry to overcome the limitations of traditional …

With the well-known advantages of additive manufacturing methods such as three-
dimensional (3D) printing in drug delivery, it is disappointing that only one product has been …

Three-dimensional (3D) printing and additive manufacturing holds potential for highly
personalized medicine, and its introduction into clinical medicine will have many …