Whole-cell bioreporters are living microorganisms that produce a specific, quantifiable
output in response to target chemicals. Typically, whole-cell bioreporters combine a sensor …

The weathering of volcanic minerals makes a significant contribution to the global silicate
weathering budget, influencing carbon dioxide drawdown and long‐term climate control …

The formation of mixed metal− aluminum hydroxide surface precipitates is a potentially
significant uptake route for trace metals (including Co, Ni, and Zn) in environmental systems …

Electrochemical impedance spectroscopy (EIS) technique has proved to be an effective
method for monitoring the immobilization of various bioactive species such as enzymes …

Genetically engineered whole cells as biosensing systems in biosensors have been
employed, in the past two decades, for the detection of a variety of analytes. In addition to …

A biosensor is a two-component analytical device comprised of a biological recognition
element that outputs a measurable signal to an interfaced transducer (Figure 9.1) …

In situ bioprecipitation (ISBP), which involves immobilizing the metals as precipitates (mainly
sulphides) in the solid phase, is an effective method of metal removal from contaminated …

Label-free DNA detection plays a crucial role in developing point-of-care biochips.
Capacitance detection is a promising technology for label-free detection. However, data …

Monolayer thin films with ethylene-glycol function onto gold surfaces by using thiols have
been extensively investigated. They have been proposed as precursors for applications to …

The construction of a biosensor membrane by embedding mammalian Zn7-MT1 complexes
as ionophores in a polysulfone matrix resulted in precise, accurate and, significantly …