Here, we show that single DNA molecules can be sequenced by monitoring the electrical conductance of a phi29 DNA polymerase as it incorporates unlabelled nucleotides into a template strand of DNA.

Furthermore, we now also show how we can study the gate dependence of the electrical conductance of individual metallic and semiconducting nanotubes. Unlike traditional transport measurements ...

Antiaromatic molecule displays record electrical conductance. ScienceDaily . Retrieved May 29, 2025 from www.sciencedaily.com / releases / 2017 / 07 / 170719100542.htm ...

Previous studies explored Scanning Tunneling Microscopy and Break Junction techniques to measure electrical conductance through individual molecules. These previous studies highlighted the ...

A long-standing approach to monitoring mental states, such as stress levels, entails the measurement of electrodermal activity, which is essentially the varying electrical conductance of the skin.

One of the main challenges for molecular electronics is that many organic molecules are flexible and have multiple molecular conformations—the arrangement of atoms due to bond rotation—with each ...

The balance of sequence length was pivotal for single-molecule electrical conductance applications; it was found that shorter sequences resulted in higher conductance (enhanced signal-to-noise ...

However, the work of this team reveals that their molecules are stable under everyday ambient conditions and offer the highest possible electrical conductance at unparalleled lengths. Therefore ...

This flow of electric charge is called a current. Some metals are much better at conducting electricity than others. Copper is a very good conductor. And so is aluminium. Whereas stainless steel ...