Matches in SemOpenAlex for { <https://semopenalex.org/work/W4306248890> ?p ?o ?g. }
- W4306248890 endingPage "170" @default.
- W4306248890 startingPage "145" @default.
- W4306248890 abstract "The occurrence of cyanobacterial blooms in nutrients enriched aquatic ecosystems is a widespread phenomenon. Cyanobacterial blooms synthesized several bioactive compounds, and cyanotoxin is among one of them. The most commonly reported cyanotoxin are Nodularin, Microcystins Anatoxin-a, Saxitoxins, and Cylindrospermopsin. Biochemically, cyanotoxins are polyketides, alkaloids, nonribosomal peptides, potent toxins, and trypsin inhibitors. Pharmaceutically and neutraceutically these are significant, and exhibits, a diverse range of bioactivity, mainly antiviral, antibacterial, antitumor, anticancerous, antifungal, etc. Several oligopeptides are synthesized through nonribosomal peptide synthetase (NRPSs) in prokaryotes and lower eukaryotes. Cyanobacterial bioactive compounds are not utilized in growth and developments but are a promising source for the novel compounds. Nutrient composition especially nitrogen and phosphorus significantly influences types of bioactive compounds. The common cyanotoxin frequently occurred in cyanobacterial blooms is Microcystin, and is encoded by mcy gene cluster in freshwater and brackish water ecosystems. There are several methods used for purification and characterizations of the bioactive compounds from blooms forming cyanobacterial such as HPLC, UPLC, LC-MS-MS, and MALDI-TOF-MS. This review mainly focused on novel bioactive compounds obtained from cyanobacteria." @default.
- W4306248890 created "2022-10-15" @default.
- W4306248890 creator A5000019615 @default.
- W4306248890 creator A5010648323 @default.
- W4306248890 creator A5015593420 @default.
- W4306248890 creator A5027553529 @default.
- W4306248890 creator A5034035976 @default.
- W4306248890 creator A5049133830 @default.
- W4306248890 creator A5056637296 @default.
- W4306248890 creator A5082030725 @default.
- W4306248890 date "2022-10-10" @default.
- W4306248890 modified "2023-09-26" @default.
- W4306248890 title "Cyanobacteria as a Source of Novel Bioactive Compounds" @default.
- W4306248890 cites W104676581 @default.
- W4306248890 cites W158752812 @default.
- W4306248890 cites W1646464292 @default.
- W4306248890 cites W1965495687 @default.
- W4306248890 cites W1966008165 @default.
- W4306248890 cites W1969012190 @default.
- W4306248890 cites W1971526769 @default.
- W4306248890 cites W1971809625 @default.
- W4306248890 cites W1976337783 @default.
- W4306248890 cites W1977366174 @default.
- W4306248890 cites W1983340395 @default.
- W4306248890 cites W1984842291 @default.
- W4306248890 cites W1987578127 @default.
- W4306248890 cites W1988590679 @default.
- W4306248890 cites W1990940375 @default.
- W4306248890 cites W1992570297 @default.
- W4306248890 cites W1992741898 @default.
- W4306248890 cites W1993545406 @default.
- W4306248890 cites W1995102906 @default.
- W4306248890 cites W1995984444 @default.
- W4306248890 cites W1996383936 @default.
- W4306248890 cites W2000219333 @default.
- W4306248890 cites W2001127577 @default.
- W4306248890 cites W2002823607 @default.
- W4306248890 cites W2003297656 @default.
- W4306248890 cites W2006225651 @default.
- W4306248890 cites W2011180202 @default.
- W4306248890 cites W2011465949 @default.
- W4306248890 cites W2011861597 @default.
- W4306248890 cites W2012418547 @default.
- W4306248890 cites W2014479030 @default.
- W4306248890 cites W2015312835 @default.
- W4306248890 cites W2017387930 @default.
- W4306248890 cites W2021494226 @default.
- W4306248890 cites W2029997716 @default.
- W4306248890 cites W2031428007 @default.
- W4306248890 cites W2031475954 @default.
- W4306248890 cites W2031598870 @default.
- W4306248890 cites W2032337080 @default.
- W4306248890 cites W2032351888 @default.
- W4306248890 cites W2033526052 @default.
- W4306248890 cites W2034383582 @default.
- W4306248890 cites W2035849574 @default.
- W4306248890 cites W2038133149 @default.
- W4306248890 cites W2040414872 @default.
- W4306248890 cites W2040466492 @default.
- W4306248890 cites W2042607869 @default.
- W4306248890 cites W2042794035 @default.
- W4306248890 cites W2049845308 @default.
- W4306248890 cites W2050798625 @default.
- W4306248890 cites W2052077744 @default.
- W4306248890 cites W2057819469 @default.
- W4306248890 cites W2058100982 @default.
- W4306248890 cites W2060179948 @default.
- W4306248890 cites W2061139494 @default.
- W4306248890 cites W2061950449 @default.
- W4306248890 cites W2064801583 @default.
- W4306248890 cites W2066085182 @default.
- W4306248890 cites W2069005324 @default.
- W4306248890 cites W2071906566 @default.
- W4306248890 cites W2076350611 @default.
- W4306248890 cites W2076615698 @default.
- W4306248890 cites W2077635452 @default.
- W4306248890 cites W2077927329 @default.
- W4306248890 cites W2078472651 @default.
- W4306248890 cites W2080930178 @default.
- W4306248890 cites W2083099111 @default.
- W4306248890 cites W2087683165 @default.
- W4306248890 cites W2088211513 @default.
- W4306248890 cites W2092637533 @default.
- W4306248890 cites W2093369704 @default.
- W4306248890 cites W2094142039 @default.
- W4306248890 cites W2096391361 @default.
- W4306248890 cites W2096813500 @default.
- W4306248890 cites W2098212134 @default.
- W4306248890 cites W2099117662 @default.
- W4306248890 cites W2103287691 @default.
- W4306248890 cites W2107462101 @default.
- W4306248890 cites W2108910462 @default.
- W4306248890 cites W2114025826 @default.
- W4306248890 cites W2128070531 @default.
- W4306248890 cites W2134569770 @default.
- W4306248890 cites W2138335904 @default.
- W4306248890 cites W2140664816 @default.
- W4306248890 cites W2143705407 @default.