By Michael A. Stroscio, Mitra Dutta
Organic Nanostructures and functions of Nanostructures in Biology: electric, Mechanical, and Optical houses comprises reports and discussions of up to date and suitable issues facing the interface among the technological know-how and expertise of nanostructures and the technological know-how of biology. furthermore, this e-book supplementations those earlier groundbreaking discoveries with discussions of promising new avenues of analysis that exhibit the big capability of rising ways in nanobiotechnology. the subjects contain: - Biomedical functions of semiconductor quantum dots, - Integrating and tagging organic constructions with nanoscale quantum dots, - purposes of carbon nanotubes in bioengineering, - Nanophysical houses of residing cells, - Bridging common nanotubes with fabricated nanotubes, - Bioinspired methods to development nanoscale units and platforms, - Hairpin formation in polynucleotides. This cutting-edge survey of key advancements in nanotechnology - as they observe to bioengineering and biology - is key studying for all lecturers, biomedical engineers, scientific physicists, and execs wishing to exploit the most recent advancements and highly-promising discoveries in nanoscience underlying functions in bioengineering and biology.
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Additional info for Biological Nanostructures and Applications of Nanostructures in Biology : Electrical, Mechanical, and Optical Properties (Bioelectric Engineering)
C. Klein‚ F. Hache‚ D. Ricard‚ and C. Flytzanis‚ Size dependence of electron-phonon coupling in semiconductor nanospheres: The case of CdSe‚ Physical Review B42‚ (1990) 11123-11132 (1990). Gaetano Scamarcio‚ Mario Lugara‚ and Daniela Manno‚ Size-dependent lattice constant in nanocrystals embedded in glass observed by Raman scattering‚ Physical Review B45‚ 13792-13795 (1992). T. Takagahara‚ Electron-phonon interactions and exciton dephasing in semiconductor nanocrystals‚ Physical Review Letters 71‚3577-3580 (1993).
Jaiswal‚ Hedi Mattoussi‚ J. Matthew Mauro‚ and Sanford M. Simon‚ Long term-multiple color imaging of live cells using quantum dot bioconjugates‚ Nature Biotechnology 21‚ 47-51 (2003); published online 2 December 2002. Xingyong Wu‚ Hongjian Liu‚ Jianquan Liu‚ Kari N. Haley‚ Joseph A. Treadway‚ J. Peter Larson‚ Nianfeng Ge‚ Frank Peale‚ and Marcel P. Bruchez‚ Immunofluorescent labeling of cancer marker Her2 and other cellular targets with semiconductor quantum dots‚ Nature Biotechnology 21‚ 41-46 (2003).
An internal polarization oriented along the c-axis of the crystal, known as the spontaneous polarization. This spontaneous polarization, may be represented in terms of an equivalent distribution of surface and volume charges. For a spherical quantum dot, a constant spontaneous polarization leads to an equivalent charge distribution that is a surface charge given by where ranges from 0 to and is the angle measured from the c-axis. Such a distribution of charge will lead to a dipole like distribution and will, of course, be accompanied by bandbending characterized by a linear relationship between the electric field (associated with the polarization) and the derivative of the bandedge.