Highlights•Microfluidic devices as novel bioprocess development tools.•Processes with stem
cells, microbes and enzymes are viable in microfluidic devices.•Microfluidic devices with …

The advanced stimuli-responsive approaches for on-demand drug delivery systems have
received tremendous attention as they have great potential to be integrated with sensing …

The rational design and realization of revolutionary sensing films for improving the sensitivity
and photo-stability of oxygen sensors have been long-standing challenges. We presented a …

A new disposable, multiphase, microbioreactor (MBR; with a working volume of 550 μl)
equipped with online sensors is presented for biotechnological screening research …

Herein, we report the development of a sensitive and selective dual mode electrochemical
platform for the detection of glucose and H 2 O 2. The platform is based on tungsten and …

Polymeric microfibers, particularly the fluorinated copolymers' fibers, are promising
functional materials for photoelectric devices, sensing, and energy storage due to their …

Estimation of heterotrophic biomass concentration in activated sludge is essential to the
design, operation and management of activated sludge process for wastewater treatment …

Presented is a flexible capacitive strain sensor, based on the low cost materials silicone
(PDMS) and carbon black (CB), that was fabricated by casting and curing of successive …

BACKGROUND The rapidly increasing use of biotechnology in many industries has led to
the need for novel methods for cell culture which provide an efficient way to either optimize …

Within the engineering and development of industrial bioprocesses, microbioreactors are
microfluidic tools able to provide high-throughput screening tests in a fast and cheap …