Jm. Laval et al., NANOTECHNOLOGY - R-AND-D CHALLENGES AND OPPORTUNITIES FOR APPLICATIONIN BIOTECHNOLOGY, Trends in biotechnology, 13(11), 1995, pp. 474-481
Physical methods of observing and manipulating individual molecules wi
ll prove useful, not only as research tools for investigating biomolec
ular structure and behaviour, but also for the creation of nanostructu
res through microelectronics, self-assembly and template-directed asse
mbly. Nanostructures can also be used as nanoscale bioreactors for syn
thesizing or tailoring molecules, and it is becoming possible to follo
w and drive biochemical reactions at the molecular level. Nanobiotechn
ology is likely to become a growth area for research and development o
ver the next few years, with the commercial development of new analyti
cal devices and preparative bioreactors.