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- W130665628 abstract "Cancer remains one of the leading causes of death in most regions of the world, including the United States (Beardsley 1994). According to the American Cancer Society (ACS 2007), 1.5 million new cases of cancer are expected to be diagnosed in the year 2007 with approximately 560,000 projected deaths. The current treatment options are not sufficient to deal with this influx. Therefore, there is a need for a paradigm shift in the approach to cancer prevention, diagnosis, and therapy. One approach that has shown significant promise is the field of nanotechnology (Brigger et al. 2002; Davis 1997). Nanotechnology is the science of materials, in the size range of approximately 1–100 nm in diameter, that have unique physical, chemical, and biological properties. A variety of biological and medical processes occur in the nanometer length scales and nanotechnology offers a unique approach to probe and control these processes (Sridhar et al. 2005). Nanoparticles can be made from organic molecules, such as biodegradable and nondegradable polymers as in polymeric nanoparticles and phospholipids as in liposomes. They can also be synthesized from inorganic materials such as metals and alloys as well as semiconductors, as in iron oxide, gold, and silver nanoparticles and quantum dots, respectively. One property that is common to all of the nanoparticles, irrespective of their chemical composition, is their ability to form multifunctional nanosystems that can be used for diagnosis, imaging, and therapeutic applications. These multifunctional nanoparticle-based approaches are, therefore, expected to make significant impacts in the field of cancer nanomedicine. This chapter will discuss magnetic nanoparticle-based systems that have been used to improve diagnostics through better tumor imaging, for enhanced drug delivery, and in magnetothermal therapy." @default.
- W130665628 created "2016-06-24" @default.
- W130665628 creator A5005964579 @default.
- W130665628 creator A5064469636 @default.
- W130665628 creator A5070850971 @default.
- W130665628 creator A5086078883 @default.
- W130665628 date "2008-01-01" @default.
- W130665628 modified "2023-09-27" @default.
- W130665628 title "Multifunctional Magnetic Nanosystems for Tumor Imaging, Targeted Delivery, and Thermal Medicine" @default.
- W130665628 cites W1492185019 @default.
- W130665628 cites W1560953795 @default.
- W130665628 cites W1896010177 @default.
- W130665628 cites W1965375981 @default.
- W130665628 cites W1965686857 @default.
- W130665628 cites W1967838912 @default.
- W130665628 cites W1967896470 @default.
- W130665628 cites W1969024702 @default.
- W130665628 cites W1971912334 @default.
- W130665628 cites W1972856197 @default.
- W130665628 cites W1973568055 @default.
- W130665628 cites W1974514583 @default.
- W130665628 cites W1976602662 @default.
- W130665628 cites W1977125458 @default.
- W130665628 cites W1978601259 @default.
- W130665628 cites W1979284315 @default.
- W130665628 cites W1983574965 @default.
- W130665628 cites W1986347816 @default.
- W130665628 cites W1986993912 @default.
- W130665628 cites W1987312809 @default.
- W130665628 cites W1987958796 @default.
- W130665628 cites W1988217845 @default.
- W130665628 cites W1988447242 @default.
- W130665628 cites W1991443010 @default.
- W130665628 cites W1991517535 @default.
- W130665628 cites W1992555237 @default.
- W130665628 cites W1994540310 @default.
- W130665628 cites W1999318245 @default.
- W130665628 cites W2001107461 @default.
- W130665628 cites W2002256676 @default.
- W130665628 cites W2004695587 @default.
- W130665628 cites W2004720579 @default.
- W130665628 cites W2005041955 @default.
- W130665628 cites W2006045276 @default.
- W130665628 cites W2007341156 @default.
- W130665628 cites W2007376312 @default.
- W130665628 cites W2009038500 @default.
- W130665628 cites W2009396093 @default.
- W130665628 cites W2009805582 @default.
- W130665628 cites W2010000857 @default.
- W130665628 cites W2012520169 @default.
- W130665628 cites W2013008946 @default.
- W130665628 cites W2017479359 @default.
- W130665628 cites W2019592377 @default.
- W130665628 cites W2022116181 @default.
- W130665628 cites W2025207534 @default.
- W130665628 cites W2025404656 @default.
- W130665628 cites W2025797197 @default.
- W130665628 cites W2025798968 @default.
- W130665628 cites W2027226727 @default.
- W130665628 cites W2028893730 @default.
- W130665628 cites W2029662794 @default.
- W130665628 cites W2030107850 @default.
- W130665628 cites W2030593484 @default.
- W130665628 cites W2030855909 @default.
- W130665628 cites W2031035316 @default.
- W130665628 cites W2032506748 @default.
- W130665628 cites W2033639000 @default.
- W130665628 cites W2038037578 @default.
- W130665628 cites W2038318684 @default.
- W130665628 cites W2039884231 @default.
- W130665628 cites W2039985275 @default.
- W130665628 cites W2041759339 @default.
- W130665628 cites W2042578449 @default.
- W130665628 cites W2042939737 @default.
- W130665628 cites W2043009832 @default.
- W130665628 cites W2043858859 @default.
- W130665628 cites W2046356543 @default.
- W130665628 cites W2046880000 @default.
- W130665628 cites W2048393999 @default.
- W130665628 cites W2049630658 @default.
- W130665628 cites W2051509510 @default.
- W130665628 cites W2051915546 @default.
- W130665628 cites W2052953660 @default.
- W130665628 cites W2054500643 @default.
- W130665628 cites W2054653889 @default.
- W130665628 cites W2054889106 @default.
- W130665628 cites W2058013384 @default.
- W130665628 cites W2059143989 @default.
- W130665628 cites W2059527518 @default.
- W130665628 cites W2059683145 @default.
- W130665628 cites W2061192039 @default.
- W130665628 cites W2062230899 @default.
- W130665628 cites W2062848331 @default.
- W130665628 cites W2063017869 @default.
- W130665628 cites W2064970166 @default.
- W130665628 cites W2065165216 @default.
- W130665628 cites W2065527895 @default.
- W130665628 cites W2066026707 @default.