molecular engineering

Molecular engineering has been used in a wide range of applications.

Molecular engineering is an important part of pharmaceutical research and materials science.

When they were of age, if the ship wanted to introduce them to molecular engineering, that could certainly be done.

The level of molecular engineering must be pretty astonishing.

Smith is regarded as an expert in molecular engineering who traveled widely.

For instance Bio molecular engineering has become a thriving industry in today's society.

Medical needs will push this work forward, encouraging researchers to take further steps toward protein design and molecular engineering.

So far, such devices provide the closest approach to fabrication tools for molecular engineering.

And you found that it was actually a cohesive nanonic system capable of molecular engineering.

However, on a much more advanced level, molecular engineering could produce materials capable of being programmed for specific functions.

Molecular engineering, which promises major advances in electronics and medicine, could also lead to new, undetectable weapons.

Raised in Selene, where he graduated with honors in molecular engineering.

Or fashion, if the Furies used molecular engineering.

Molecular engineering is any means of manufacturing molecules or creating new manufacturing materials using them.

Molecular engineering capabilities are moving quickly to the stage of 'atom by atom' construction.

It was molecular engineering, executed by machines.

One logical possibility, however, is molecular engineering.

He realises that the Manussans must once have been a very advanced people who could use molecular engineering in a zero-gravity environment.

Future developments in molecular engineering hold out the promise of great benefits, as well as great risks.

Research in fundamental physics, micro-electronics, molecular engineering and bio-technologies started in the 1980s.

It operates research programs in molecular engineering, combustion, microelectronics, materials, medical imaging and nanoscience.

He added that another could be the use of nanotechnology, or molecular engineering, to deliver medication to livestock, which could increase their efficiency.

The biology of cells might seem a slightly pedestrian subject in these days of gene splicing and molecular engineering.

At Durham, Esparza applied modern methods of molecular engineering to study reoviruses.

Tsien, who calls his own work molecular engineering, once said, "I'm doomed by heredity to do this kind of work."