… recent advances in sample preparation and detection methods at POC. … can enhance at-home
POC devices. Lateral flow … designed to deliver swift, precise, and cost-effective testing at or …

… new device fabrication methods, addresses sample preparation … device for enzyme linked
immunosorbent assays (ELISA) used six device layers to deliver reagents, incubate sample …

… In this study, biological samples such as cells and antibiotics were printed on different
substrates by a modified commercial thermal inkjet printer. Our work showed that viable bacterial …

… fabrication techniques for microfluidic devices and their respective applications for biological
… The Inkjet printing can deliver biomolecules and indicator reagents with precision into the …

… multilayer carriers to deliver multiple factors. … device exhibit better delivery or cellular uptake
in human leukemia cells than particles synthesized by conventional bulk mixing methods [40]…

… & digital automation methods for delivery of cells and growth factors into tissue scaffolds (…
few important biological assays. However, a lack of good on-chip sample preparation methods …

… This is all enabled by specially designed instruments and sub… used for completely different
techniques—high-throughput … (a sample preparation step for biological samples using a …

… medical devices to enable controlled drug delivery from the surface of the device has not been
… study were therefore prepared with the preliminary aim of the delivery of genetic materials …

… Microfluidic devices offer unique advantages in sample handling, reagent mixing, separation,
… sample preparation. The result is reduction in reagent usage, equipment costs and time. …

… tedious sample preparation steps taken before actual testing and analysis. Raw … deliver
and mix reagents with samples before analysis. In a sandwich assay, the flow in a fluidic device …