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- W2154606164 abstract "The synthesis of inorganic nanomaterials and nanostructures by the means of diverse physical, chemical, and biological principles has been developed in recent decades. The nanoscale materials and structures creation continue to be an active area of researches due to the exciting properties of the resulting nanomaterials and their innovative applications. Despite physical and chemical approaches which have been used for a long time to produce nanomaterials, biological resources as green candidates that can replace old production methods have been focused in recent years to generate various inorganic nanoparticles (NPs) or other nanoscale structures. Cost-effective, eco-friendly, energy efficient, and nontoxic produced nanomaterials using diverse biological entities have been received increasing attention in the last two decades in contrast to physical and chemical methods owe using toxic solvents, generate unwanted by-products, and high energy consumption which restrict the popularity of these ways employed in nanometric science and engineering. In this review, the biosynthesis of gold, silver, gold-silver alloy, magnetic, semiconductor nanocrystals, silica, zirconia, titania, palladium, bismuth, selenium, antimony sulfide, and platinum NPs, using bacteria, actinomycetes, fungi, yeasts, plant extracts and also informational bio-macromolecules including proteins, polypeptides, DNA, and RNA have been reported extensively to mention the current status of the biological inorganic nanomaterial production. In other hand, two well-known wet chemical techniques, namely chemical reduction and sol–gel methods, used to produce various types of nanocrystalline powders, metal oxides, and hybrid organic–inorganic nanomaterials have presented." @default.
- W2154606164 created "2016-06-24" @default.
- W2154606164 creator A5039784428 @default.
- W2154606164 creator A5072184121 @default.
- W2154606164 date "2013-03-01" @default.
- W2154606164 modified "2023-10-17" @default.
- W2154606164 title "Insights into biogenic and chemical production of inorganic nanomaterials and nanostructures" @default.
- W2154606164 cites W1489768389 @default.
- W2154606164 cites W1513369397 @default.
- W2154606164 cites W1573488890 @default.
- W2154606164 cites W1591588094 @default.
- W2154606164 cites W1964917040 @default.
- W2154606164 cites W1965272358 @default.
- W2154606164 cites W1965569053 @default.
- W2154606164 cites W1966951675 @default.
- W2154606164 cites W1967534044 @default.
- W2154606164 cites W1968912865 @default.
- W2154606164 cites W1969152342 @default.
- W2154606164 cites W1969153459 @default.
- W2154606164 cites W1970673070 @default.
- W2154606164 cites W1971835047 @default.
- W2154606164 cites W1972388149 @default.
- W2154606164 cites W1972391753 @default.
- W2154606164 cites W1972394784 @default.
- W2154606164 cites W1974023823 @default.
- W2154606164 cites W1974064124 @default.
- W2154606164 cites W1975658350 @default.
- W2154606164 cites W1976188243 @default.
- W2154606164 cites W1976993316 @default.
- W2154606164 cites W1977509284 @default.
- W2154606164 cites W1977763937 @default.
- W2154606164 cites W1979573247 @default.
- W2154606164 cites W1982693949 @default.
- W2154606164 cites W1983412916 @default.
- W2154606164 cites W1989026962 @default.
- W2154606164 cites W1989484518 @default.
- W2154606164 cites W1989717645 @default.
- W2154606164 cites W1989950562 @default.
- W2154606164 cites W1990435645 @default.
- W2154606164 cites W1990930061 @default.
- W2154606164 cites W1991645801 @default.
- W2154606164 cites W1991838225 @default.
- W2154606164 cites W1992183643 @default.
- W2154606164 cites W1994114848 @default.
- W2154606164 cites W1996139192 @default.
- W2154606164 cites W1996357647 @default.
- W2154606164 cites W1997118025 @default.
- W2154606164 cites W1997513136 @default.
- W2154606164 cites W1997595201 @default.
- W2154606164 cites W1998279403 @default.
- W2154606164 cites W1998657091 @default.
- W2154606164 cites W1998923975 @default.
- W2154606164 cites W2001222253 @default.
- W2154606164 cites W2001686075 @default.
- W2154606164 cites W2002307208 @default.
- W2154606164 cites W2002342373 @default.
- W2154606164 cites W2002474235 @default.
- W2154606164 cites W2003089936 @default.
- W2154606164 cites W2003174489 @default.
- W2154606164 cites W2004992918 @default.
- W2154606164 cites W2005082113 @default.
- W2154606164 cites W2005298071 @default.
- W2154606164 cites W2005479241 @default.
- W2154606164 cites W2005579639 @default.
- W2154606164 cites W2006823338 @default.
- W2154606164 cites W2007293593 @default.
- W2154606164 cites W2007794215 @default.
- W2154606164 cites W2008660797 @default.
- W2154606164 cites W2009339389 @default.
- W2154606164 cites W2010103865 @default.
- W2154606164 cites W2010195967 @default.
- W2154606164 cites W2010433312 @default.
- W2154606164 cites W2012302404 @default.
- W2154606164 cites W2012691789 @default.
- W2154606164 cites W2012768659 @default.
- W2154606164 cites W2013433351 @default.
- W2154606164 cites W2015104788 @default.
- W2154606164 cites W2015397754 @default.
- W2154606164 cites W2016243996 @default.
- W2154606164 cites W2018033820 @default.
- W2154606164 cites W2018823879 @default.
- W2154606164 cites W2019884312 @default.
- W2154606164 cites W2020339645 @default.
- W2154606164 cites W2022927337 @default.
- W2154606164 cites W2026038151 @default.
- W2154606164 cites W2026855768 @default.
- W2154606164 cites W2027239458 @default.
- W2154606164 cites W2027325112 @default.
- W2154606164 cites W2028367577 @default.
- W2154606164 cites W2028771151 @default.
- W2154606164 cites W2031065387 @default.
- W2154606164 cites W2031185058 @default.
- W2154606164 cites W2031248758 @default.
- W2154606164 cites W2033118581 @default.
- W2154606164 cites W2033661109 @default.
- W2154606164 cites W2033962769 @default.
- W2154606164 cites W2035921075 @default.
- W2154606164 cites W2038845950 @default.