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Cited by 124 publications
(89 citation statements)
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References 31 publications
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“…Nannochloropsis cells reproduce asexually, dividing to yield two daughter cells that then shed their mother cell wall (2,3). Several Nannochloropsis species have been studied as candidate production strains in large-scale biofuel facilities because of their hardy outdoor growth profiles and high lipid yields (4)(5)(6)(7)(8)(9). They are also producers of valuable pigments (10) and nutritive oils (11,12) and are commonly used as an aquaculture feed (13).…”
mentioning
confidence: 99%
“…Nannochloropsis cells reproduce asexually, dividing to yield two daughter cells that then shed their mother cell wall (2,3). Several Nannochloropsis species have been studied as candidate production strains in large-scale biofuel facilities because of their hardy outdoor growth profiles and high lipid yields (4)(5)(6)(7)(8)(9). They are also producers of valuable pigments (10) and nutritive oils (11,12) and are commonly used as an aquaculture feed (13).…”
mentioning
confidence: 99%
“…This lipid content was much higher than most of the records in the outdoor cultures, indicating a lipid content of 15.6% for Botryococcus braunii (Bazaes et al, 2012), 19-32% for Chlorella sp (Moheimani, 2012(Moheimani, , 2013, 34.7% for N. oculata and N. salina (Quinn et al, 2012), less than 30% for S. acutus (Doria et al, 2011), and 24-30% for Tetraselmis suecica (Moheimani, 2013). In addition, the lipid productivity averaged at 28.1 mg…”
Section: Abundansmentioning
confidence: 74%
“…And this value was two times higher against 10.7 m 3 ha À1 yr À1 achieved by Nannochloropsis (Quinn et al, 2012). Regarding the biomass productivity and the biomass balance estimation, it can be predicted that the strain S. obtusus XJ-15 has the capability to produce 10,600 L ha À1 yr À1 of biodiesel.…”
Section: Abundansmentioning
confidence: 88%
“…These factors make these strains some of the best lipid producers among 30 marine and freshwater microalgae in terms of both lipid content and lipid productivity (Rodolfi et al 2009). At present, Nannochloropsis have been successfully grown in indoor and outdoor systems for biodiesel or biomass production, as feeding source for rotifers and for creating a 'green-water effect' in fish larvae tanks (Rodolfi et al 2009, Moazami et al 2012, Quinn et al 2012.…”
Section: Introductionmentioning
confidence: 99%
“…These factors make these strains some of the best lipid producers among 30 marine and freshwater microalgae in terms of both lipid content and lipid productivity (Rodolfi et al 2009). At present, Nannochloropsis have been successfully grown in indoor and outdoor systems for biodiesel or biomass production, as feeding source for rotifers and for creating a 'green-water effect' in fish larvae tanks (Rodolfi et al 2009, Moazami et al 2012, Quinn et al 2012.During excess light conditions, increased production of damaging reactive oxygen species as byproducts of photosynthesis has been described for algae and plants (Anderson et al 1995). For Nannochloropsis, various aspects of the high light response have been investigated so far, including changes in pigmentation and ultrastructure (Sukenik et al 1989, Fisher et al 1996, Fisher et al 1998, the xanthophyll cycle (Gentile & Blanch 2001), lipid composition (Sukenik et al 1993, non-photochemical quenching system (NPQ; Cao et al 2013) and the photosynthetic response (Fisher et al 1996, Tamburic et al 2014.…”
mentioning
confidence: 99%