… healthcare settings. In the beginning, this review article will provide an overview of 3D-printed
drug … for dose personalization, controlled drug release, response to polypharmacy, and …

… The mode of action, benefits and drawbacks of each 3D printing technology for pharmaceuticals
has been summarised elsewhere and will not be discussed in detail in this review [7], […

… 3D printed medicines offer pharmacotherapeutic treatment as … prescriptions from the
physician’s office and to suggest the … ; but by patients or healthcare personnel who place demands …

… Arguably, never before has the healthcare industry … art of 3D printing technology in
healthcare and drug delivery. … to a local 3D printer for retainer production, creating a ‘digital …

… Digital therapeutics and healthcare … medicines supply in the healthcare setting. IoT-based
technology can realise this vision: a network of robots will be connected to 3D printers to …

… expands, unique 3D printed electronic medical gadgets will be … 3D printed medical equipment
is generally faster and less … bends, tapers, and branches, and reproducing these forms is …

… using forms filled with gel containing bovine cartilage cells suspended in collagen; (9)
personalized 3D printing of drugs: 3D printing of drugs consists of printing a layer of powdered …

… of healthcare professionals in a tertiary university hospital about oral 3D-printed medicines
for … The idea of printing drug products directly based on an electronic prescription is a clear …

… The two-dimensional (2D) radiographic scans, namely x-rays, magnetic resonance imaging
(MRI), or computerised tomography (CT) scans, can be transformed into digital 3D print files …

… generate a physical model from digital information. Medical 3D printing was once an ambitious
… In this analysis, an overview of the 3D printing application in medical field is presented, …