Nanobiotechnology: Difference between revisions
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NanoBiotechnology <ref>Nanobiotechnology. Vol I and II. C.M.Neimeyer and C.A.Mirkin. (2007) Wiley-VCH. </ref><ref>NanoBioTechnology: bioinspired devices and materials of the future. O.Shoseyov, I. Levy. (2007) Humana Press.</ref> is an interdisciplinary field involving [[Nanotechnology]] and [[Biotechnology]]. It involves the use of nanostructured materials and devices for biological applications; and the use of biomolecules as nanoparticles or as components of nanodevices. Examples of current and potential applications of nanobiotechnology are: [[nanodots]] for imaging, [[nanobiosensors]], DNA based [[nanowires]], [[bionanoarrays]], [[nanomotors]], nanoscale imaging, [[ | NanoBiotechnology <ref>Nanobiotechnology. Vol I and II. C.M.Neimeyer and C.A.Mirkin. (2007) Wiley-VCH. </ref><ref>NanoBioTechnology: bioinspired devices and materials of the future. O.Shoseyov, I. Levy. (2007) Humana Press.</ref> is an interdisciplinary field involving [[Nanotechnology]] and [[Biotechnology]]. It involves the use of nanostructured materials and devices for biological applications; and the use of biomolecules as nanoparticles or as components of nanodevices. Examples of current and potential applications of nanobiotechnology are: [[nanodots]] for imaging, [[nanobiosensors]], DNA based [[nanowires]], [[bionanoarrays]], [[nanomotors]], nanoscale imaging, [[nanorobots]], etc. | ||
==References== | ==References== | ||
Revision as of 12:23, 2 December 2009
NanoBiotechnology [1][2] is an interdisciplinary field involving Nanotechnology and Biotechnology. It involves the use of nanostructured materials and devices for biological applications; and the use of biomolecules as nanoparticles or as components of nanodevices. Examples of current and potential applications of nanobiotechnology are: nanodots for imaging, nanobiosensors, DNA based nanowires, bionanoarrays, nanomotors, nanoscale imaging, nanorobots, etc.