Transistor makes a great first impression. Its combat dances between familiar isometric action and turn-based tactics without missing a beat. The story radiates mystery and political intrigue ...

In our bodies, there are trillions of cells. DNA is the foundation of organisms, but what does it stand for? Get to know more about this nucleic acid.

Researchers at Stanford University and the University of Pennsylvania reported in Science online (early content) on March 28 that they had engineered a genetic circuit that performs like a ...

Although the function of DNA methylation at CG-poor regulatory regions remains unclear, it is evident that patterns of this mark have high information content about the ongoing activity of ...

Scientists at the Technion–Israel Institute of Technology have harnessed the power of DNA to create a self-assembling nanoscale transistor, the building block of electronics. The research ...

Its functions are essential for head assembly, genome packaging, neck and tail attachment, and genome ejection. The focus of this study was to determine the functions of the portal at the molecular ...

Biochemists have developed a new strategy for controlling the biological functions of DNA (deoxyribonucleic acid) by means of light and therefore provide a tool to investigate processes which take ...

The device can also amplify its flow, another important function of transistors, allowing them to power other components in the circuit.

Two teams of scientists have managed to create cellular transistors, meaning that the groundwork is now firmly in place for a biological computer.

Transistor-like devices have been made out of DNA, making biological gadgets with built-in circuitry possible ...

Researchers at IBM have found a way to meld biology and computing to create a new chip that could become the basis for a fast, inexpensive, personal genetic analyzer. The DNA sequencer involves ...