This review will examine the integration of two fields that are currently at the forefront of
science, ie biosensors and microfluidics. As a lab-on-a-chip (LOC) technology, microfluidics …

Flexible microfluidic devices are currently in demand because they can be mass-produced
in resource-limited settings using simple and inexpensive fabrication tools. Finding new …

Flexible and ultrasensitive biosensing platforms capable of detecting a large number of
trinucleotide repeats (TNRs) are crucial for future technology development needed to …

Fabrication of inexpensive and flexible electronic and electrochemical sensors is in high
demand for a wide range of biochemical and biomedical applications. We explore hand …

This study presents the fabrication of the first multiplexed wax-on-plastic electrochemical
chip with low-temperature sintering of the conductive layers. A total of 169 sensing …

Inkjet-printed silver conductive patterns are used in many flexible electronics applications
ranging from health care, industrial assets management to aviation. Understanding of the …

DNA interfaces with nano, micro, and macro materials have gained widespread attention for
various applications. Such interfaces exhibit distinct functions and properties not only due to …

Plastic substrates are known for their flexibility, optical clearance, toughness, heat
resistance, and nonabsorbent properties. Here, we introduce new wax-on-plastic …

Traditional cell culture relies mostly on flat plastic surfaces, such as Petri dishes and
multiwell plates. These commercial surfaces provide limited flexibility for experimental …

Wax printing has become a common method of fabricating channels in cellulose-based
microfluidic devices. However, a limitation of wax printing is that it is restricted to relatively …