Matches in SemOpenAlex for { <https://semopenalex.org/work/W3115302014> ?p ?o ?g. }
- W3115302014 endingPage "110672" @default.
- W3115302014 startingPage "110672" @default.
- W3115302014 abstract "Marine algae have long been explored as food, feed, additives, drugs, and pesticides, yet now the framework is moving towards the algae mediated green synthesis of nanoparticles (NPs). This work is expanding step by step, like algae, are a rich origin of natural compounds. Recently, algae capped and stabilized NPs have picked up far and wide consideration as a less toxic, easy handling, cost effective, eco-friendly, usage in several science fields in nano size, safer to use, and greener method. The natural substance from algae acts as capping or reducing and stabilizing agent in the metal salts to metal, metal oxide, or bimetallic NPs conversion. The NPs using algae could either be intracellular or extracellular relying upon the area of NPs. Among the different scope of algae, reviews are explored in the previous report, still, different NPs using algae and their characterization, mechanism of activity is yet to be summarized. Because of the biocompatibility, good and remarkable physicochemical properties of NPs, the algal biosynthesized NPs have additionally been read for their biomedical applications, which include antibacterial, antioxidant, free radical scavenging, antifungal, anticancer, and biocompatibility properties. In this survey, the reasoning behind the algae mediated biosynthesis of various NPs from different algae origin have been explored. Besides, a piece of knowledge into the component of biosynthesis of NPs from marine algae and their biomedical applications has been summarized." @default.
- W3115302014 created "2021-01-05" @default.
- W3115302014 creator A5018948646 @default.
- W3115302014 creator A5020517507 @default.
- W3115302014 creator A5049056073 @default.
- W3115302014 creator A5076818885 @default.
- W3115302014 date "2021-03-01" @default.
- W3115302014 modified "2023-10-16" @default.
- W3115302014 title "A review on biogenic synthesis of metal nanoparticles using marine algae and its applications" @default.
- W3115302014 cites W1107318570 @default.
- W3115302014 cites W1503688177 @default.
- W3115302014 cites W1543001671 @default.
- W3115302014 cites W1966682914 @default.
- W3115302014 cites W1966750278 @default.
- W3115302014 cites W1968093637 @default.
- W3115302014 cites W1982070128 @default.
- W3115302014 cites W1982817819 @default.
- W3115302014 cites W1989956329 @default.
- W3115302014 cites W1995304732 @default.
- W3115302014 cites W2005082113 @default.
- W3115302014 cites W2009927807 @default.
- W3115302014 cites W2013796542 @default.
- W3115302014 cites W2027169942 @default.
- W3115302014 cites W2056664998 @default.
- W3115302014 cites W2058539806 @default.
- W3115302014 cites W2061923242 @default.
- W3115302014 cites W2061956178 @default.
- W3115302014 cites W2068770263 @default.
- W3115302014 cites W2077230103 @default.
- W3115302014 cites W2079121436 @default.
- W3115302014 cites W2080564816 @default.
- W3115302014 cites W2082166801 @default.
- W3115302014 cites W2083537335 @default.
- W3115302014 cites W2083537528 @default.
- W3115302014 cites W2088862518 @default.
- W3115302014 cites W2089062576 @default.
- W3115302014 cites W2094005944 @default.
- W3115302014 cites W2103517584 @default.
- W3115302014 cites W2108894176 @default.
- W3115302014 cites W2111194803 @default.
- W3115302014 cites W2112227276 @default.
- W3115302014 cites W2116215045 @default.
- W3115302014 cites W2130646118 @default.
- W3115302014 cites W2144495794 @default.
- W3115302014 cites W2146482929 @default.
- W3115302014 cites W2147819711 @default.
- W3115302014 cites W2157936794 @default.
- W3115302014 cites W2164078751 @default.
- W3115302014 cites W2184636868 @default.
- W3115302014 cites W2213092283 @default.
- W3115302014 cites W2281816937 @default.
- W3115302014 cites W2324830314 @default.
- W3115302014 cites W2328359962 @default.
- W3115302014 cites W2331020588 @default.
- W3115302014 cites W2333231883 @default.
- W3115302014 cites W2336387005 @default.
- W3115302014 cites W2395521925 @default.
- W3115302014 cites W2417552831 @default.
- W3115302014 cites W2523595235 @default.
- W3115302014 cites W2540524050 @default.
- W3115302014 cites W2559144353 @default.
- W3115302014 cites W2607096674 @default.
- W3115302014 cites W2665604150 @default.
- W3115302014 cites W2737360155 @default.
- W3115302014 cites W2773564364 @default.
- W3115302014 cites W2775605161 @default.
- W3115302014 cites W2784360269 @default.
- W3115302014 cites W2789097619 @default.
- W3115302014 cites W2789761631 @default.
- W3115302014 cites W2799302170 @default.
- W3115302014 cites W2802664145 @default.
- W3115302014 cites W2802775769 @default.
- W3115302014 cites W2806195414 @default.
- W3115302014 cites W2900609211 @default.
- W3115302014 cites W2911596150 @default.
- W3115302014 cites W2942995002 @default.
- W3115302014 cites W2998339874 @default.
- W3115302014 cites W3011902856 @default.
- W3115302014 cites W3021693269 @default.
- W3115302014 cites W3042472695 @default.
- W3115302014 cites W792465768 @default.
- W3115302014 doi "https://doi.org/10.1016/j.envres.2020.110672" @default.
- W3115302014 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33373611" @default.
- W3115302014 hasPublicationYear "2021" @default.
- W3115302014 type Work @default.
- W3115302014 sameAs 3115302014 @default.
- W3115302014 citedByCount "104" @default.
- W3115302014 countsByYear W31153020142021 @default.
- W3115302014 countsByYear W31153020142022 @default.
- W3115302014 countsByYear W31153020142023 @default.
- W3115302014 crossrefType "journal-article" @default.
- W3115302014 hasAuthorship W3115302014A5018948646 @default.
- W3115302014 hasAuthorship W3115302014A5020517507 @default.
- W3115302014 hasAuthorship W3115302014A5049056073 @default.
- W3115302014 hasAuthorship W3115302014A5076818885 @default.
- W3115302014 hasConcept C107872376 @default.
- W3115302014 hasConcept C155672457 @default.
- W3115302014 hasConcept C171250308 @default.