An alga that threatens freshwater ecosystems and is toxic to vertebrates has a sneaky way of ensuring its success: It ...

The immunosensor exhibited good repeatability and reusability as well as excellent operational stability. Furthermore, we successfully developed a low-cost and portable paper-based microfluidic ...

As an important target of point-of-care diagnostics, hematocrit is closely related to the health condition of human beings. Here, we developed a paper microfluidic chip for quantitative hematocrit ...

In this study, we present a novel paper/polymer hybrid microfluidic Rotary Chip, integrated with aptamer-functionalized graphene oxide (GO) nanosensors, which enables not only efficient reagent ...

Microfluidic channels were then successfully patterned by hot-pressing hydrophobic Parafilm into hydrophilic cellulose paper (paper-para) at a low temperature (60 °C) for just 15 s, achieving a ...