The phrase "a biosensing device for" is correct and usable in written English.
You can use it when describing a specific type of device that is designed to detect biological signals or substances.
Example: "The research team developed a biosensing device for monitoring glucose levels in diabetic patients."
Alternatives: "a biological sensing tool for" or "a biosensor intended for".
In recent years, the nucleic acid hybridization technique has been proven to be a potential platform to create biosensing devices for rapid and low-cost detection of DNA sequences.
We have developed a portable biosensing device based on genetically engineered bioluminescent (BL) cells.
However, by the limit of small defect-free area on scale of μm2 and instability of silver, the realization of a feasible biosensing device based on silver triangle array is difficult.
Considering its potential application in improving the performance of a single-molecule biosensing device, the diffusiophoresis of a polyelectrolyte sphere in a charged cylindrical nanochannel is studied taking account of the effect of diffusioosmosis flow.
A dual-phase amperometric biosensing device, incorporating immobilised tyrosinase, has been developed for the detection of phenolic compounds in both the aqueous and organic phases.
The study for the design of a compact and inexpensive biosensing device, which can be operated either by primary care personnel or by patients as opposed to skilled operators, is presented.
This review will provide a general overview of the enzyme association with preformed Langmuir Blodgett films in connection with their potential applications in biosensing device developments, and then introduce the design of a new functionalised biomimetic nanostructure with oriented recognition site.
The biosensing device is able to provide in situ measurements of the herbicide concentration every 180 min.
As the sensing ability of the device is completely independent of the semiconductor employed for the transistor, the presented results are completely general and may be replicated also for other kinds of semiconductors, thus paving the way to a new generation of biosensing devices based on a variety of semiconducting materials.
In short, incorporation of this new electrode array to lab-on-a-chip or MEMs (micro-electro mechanic systems) technologies may pave the way for easy to use automated biosensing devices that could be used for a variety of applications from diagnostics to environmental monitoring, and studies will continue to move forward in this direction.
