Healthcare Industry

Explore our content dedicated to the healthcare industry. Discover articles, showcasing the role of powder technology in medical devices, diagnostic tools, nutraceuticals, and wound care. From 3D-printed implants and biosensors to advanced wound dressings and inhalation therapies, we highlight innovations driving precision, efficiency, and safety in modern healthcare solutions.

Featured Healthcare Industry articles

Gene Editing and Powder Technology
Gene Editing and Powder Technology: A Symbiotic Relationship in Advanced Biotechnology Gene editing is transforming modern science, impacting medicine, agriculture, and synthetic biology. This technology allows precise genetic modifications, treating diseases, developing resilient crops, and innovating biological engineering. However, tools like CRISPR-Cas9 rely on efficient delivery systems for success. Powder technology, focused [...]
Moisture Content Analysis in Powder Samples
Moisture Content Analysis in Powder Samples an introduction People encounter moisture daily. This includes humidity in the air, damp clothes, and food moisture. High humidity levels, like those in Dubai or the Asian tropics, affect comfort and health. People often rely on dehumidifiers or multiple air conditioners (ACs). Moisture refers to the [...]
Functional Component Integration: Lab-on-a-Chip Fabrication (part 4)
Functional component integration: An introduction In the previous series on lab-on-a-chip technology, we explored how to deposit thin films of materials onto substrates. This key step in fabrication enables the creation of functional layers essential for the adhesion of sensors, electrodes, coatings, and other components. Now, we will examine how to build [...]
Lab-on-a-Chip Fabrication: Deposition Techniques (part 3)
In the second series of lab-on-a-chip, we learned about photolithography. This technique fabricates lab-on-a-chip devices by defining complex microscale features on the substrate. In the third installment, we will explore thin-film deposition techniques. This will deepen our understanding of lab-on-a-chip fabrication. Thin-film deposition enhances the functionality and performance of lab-on-a-chip devices. It enables [...]
Lab on a Chip: An Introduction (Part 1)
The development of lab-on-a-chip technology combines various scientific disciplines, including microfluidics, materials science, chemistry, and engineering. It started with advancements in microfabrication techniques. Specifically, photolithography and thin-film deposition enabled controlled manipulation of fluids and materials at the microscale. In the 1990s, professionals in diagnostic fields and researchers envisioned integrating complete analytical systems onto [...]