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- W4382983132 abstract "The natural environment acts as the largest ‘bio-laboratory” of yeast, algae, fungi, plants etc., which are used as an abundant source of biomolecules. These different biomolecules play vital roles in the formation of different biogenic metals or metalloid nanoparticles. Recently, the overburden from the different microbial diseases has increased rapidly in different application sectors, viz., drug delivery, DNA analysis, cancer treatment, antimicrobial agents, water treatment and biosensor and catalysts, as a result of multipurpose work occurrence globally. The indiscriminate and arbitrary use of antibiotics in clinical practice has spurred the emergence of potentially life threatening multidrug-resistant pathogens. In the quest for novel antimicrobial agents, the current interest is to develop potent antimicrobial agents which exhibit broad spectrum bactericidal activity and possess a mechanism of action that does not readily favor the development of resistance. The use of nanoscale materials as bactericidal agents represents a novel paradigm in antibacterial therapeutics. Actually, eco-friendly, sustainable modern approaches, such as green syntheses of different biogenic metals or metalloid nanoparticles, are cost-effective and environment-friendly, and they are used as strong antimicrobial agents. This chapter focuses on synthesizing biogenic metal or metalloid nanoparticles with special emphasis on microbial synthesis, particularly from yeast, bacteria, algae, fungi, plants extract, etc. Finally, a detailed description of the biosynthesis mechanism using different green sources, along with their antimicrobial activity and mode of action, has been presented." @default.
- W4382983132 created "2023-07-04" @default.
- W4382983132 creator A5041225496 @default.
- W4382983132 creator A5041506245 @default.
- W4382983132 creator A5076432503 @default.
- W4382983132 creator A5083700257 @default.
- W4382983132 date "2023-06-26" @default.
- W4382983132 modified "2023-09-23" @default.
- W4382983132 title "Biogenic Metal Nanoparticles: A Sustainable Alternative to Combat Drug-Resistant Pathogens" @default.
- W4382983132 cites W1563959037 @default.
- W4382983132 cites W1577910476 @default.
- W4382983132 cites W1586020151 @default.
- W4382983132 cites W1735969114 @default.
- W4382983132 cites W1813209515 @default.
- W4382983132 cites W1844646634 @default.
- W4382983132 cites W1965598500 @default.
- W4382983132 cites W1972519834 @default.
- W4382983132 cites W1972775656 @default.
- W4382983132 cites W1978536866 @default.
- W4382983132 cites W1978695076 @default.
- W4382983132 cites W1979186130 @default.
- W4382983132 cites W1979680513 @default.
- W4382983132 cites W1980809308 @default.
- W4382983132 cites W1980862817 @default.
- W4382983132 cites W1981913948 @default.
- W4382983132 cites W1982693949 @default.
- W4382983132 cites W1987437720 @default.
- W4382983132 cites W1989848039 @default.
- W4382983132 cites W1989953735 @default.
- W4382983132 cites W1990435645 @default.
- W4382983132 cites W1990681348 @default.
- W4382983132 cites W1990833425 @default.
- W4382983132 cites W1993113942 @default.
- W4382983132 cites W1999690149 @default.
- W4382983132 cites W1999862259 @default.
- W4382983132 cites W2002532181 @default.
- W4382983132 cites W2003390822 @default.
- W4382983132 cites W2005040454 @default.
- W4382983132 cites W2005129575 @default.
- W4382983132 cites W2006406547 @default.
- W4382983132 cites W2007146641 @default.
- W4382983132 cites W2010261341 @default.
- W4382983132 cites W2010538497 @default.
- W4382983132 cites W2010752186 @default.
- W4382983132 cites W2012270566 @default.
- W4382983132 cites W2016652709 @default.
- W4382983132 cites W2025607943 @default.
- W4382983132 cites W2031065387 @default.
- W4382983132 cites W2031261003 @default.
- W4382983132 cites W2032420072 @default.
- W4382983132 cites W2032921280 @default.
- W4382983132 cites W2033532345 @default.
- W4382983132 cites W2035652467 @default.
- W4382983132 cites W2036326611 @default.
- W4382983132 cites W2037263733 @default.
- W4382983132 cites W2045987764 @default.
- W4382983132 cites W2046340892 @default.
- W4382983132 cites W2051446614 @default.
- W4382983132 cites W2053214934 @default.
- W4382983132 cites W2058748740 @default.
- W4382983132 cites W2064276647 @default.
- W4382983132 cites W2066456972 @default.
- W4382983132 cites W2069101788 @default.
- W4382983132 cites W2070702144 @default.
- W4382983132 cites W2070757284 @default.
- W4382983132 cites W2075081414 @default.
- W4382983132 cites W2077553502 @default.
- W4382983132 cites W2079948935 @default.
- W4382983132 cites W2083081255 @default.
- W4382983132 cites W2083537122 @default.
- W4382983132 cites W2084782725 @default.
- W4382983132 cites W2087036222 @default.
- W4382983132 cites W2087985880 @default.
- W4382983132 cites W2090635990 @default.
- W4382983132 cites W2093130867 @default.
- W4382983132 cites W2093621244 @default.
- W4382983132 cites W2096574426 @default.
- W4382983132 cites W2102625867 @default.
- W4382983132 cites W2116060738 @default.
- W4382983132 cites W2117404375 @default.
- W4382983132 cites W2121241828 @default.
- W4382983132 cites W2122655178 @default.
- W4382983132 cites W2124432926 @default.
- W4382983132 cites W2127903598 @default.
- W4382983132 cites W2132041443 @default.
- W4382983132 cites W2132249126 @default.
- W4382983132 cites W2137188120 @default.
- W4382983132 cites W2146482929 @default.
- W4382983132 cites W2147819711 @default.
- W4382983132 cites W2151000507 @default.
- W4382983132 cites W2151631693 @default.
- W4382983132 cites W2156366622 @default.
- W4382983132 cites W2160030179 @default.
- W4382983132 cites W2165622574 @default.
- W4382983132 cites W2167077438 @default.
- W4382983132 cites W2171047154 @default.
- W4382983132 cites W2196853648 @default.
- W4382983132 cites W2290323636 @default.