Inkjet technology has grown significantly, surpassing its traditional use in paper printing. Nowadays, The technology has been adapted for a variety of medical applications, including the creation of DNA microarrays, 3D printers for medical devices, and the production of personalized medicine. Provides new opportunities for research and treatment of diseases.
The creation of DNA microarrays allows the generation of DNA strands from nucleic bases, enabling the creation of microarrays for genetic study. These arrays are essential for measuring gene expression in organisms, identifying expression patterns, and developing personalized therapies.
Inkjet technology has also been used in the production of three-dimensional medical devices. 3D printing allows for the layered creation of medical device structures using a variety of materials, from photopolymers to ceramics. This technique is particularly useful in making prosthetics and implantable devices customized to the individual needs of patients.
Another significant advance is the possibility of printing personalized prescriptions. Inkjet technology allows Create polyfills containing different drugs with adjustable release rates. It facilitates personalized dosing and efficiently administers multiple treatments in one pill, improving treatment adherence and efficacy.
