Determinacion de la actividad citotoxica de los extractos en Artemia salina
From the above, this study aimed to analyze the quality of collected apitoxin from the collector filaments after beneficiation and to compare it with the apitoxin collected directly from collector's glass plate, considering moisture content, protein and toxicity through Artemia salina
79%) showed larvicidal effects against Artemia salina
BSLT results showed that the extracts were bioactive against Artemia salina
Owing to its ideal protein and fat content, Artemia salina
ranks among the best types of live feed.
Among these biological assays it is the toxicity test with Artemia salina
(BST-Brine Shrimp Test) which was developed to detect bioactive compounds in plant extracts (Meyer et al.
Following the biodegradation assays, a toxicity test was carried out with Artemia salina
in triplicates for both strains and the consortium as described by Atayde, Carneiro, Martins, and Palheta (2011).
Cytotoxicity testing by using larvae of Artemia salina
is used since very long for cytotoxic evaluation purpose (Mclaughlin, 1991).
Twenty milligrams of the crude extract were evaluated by Artemia salina
lethality test according to the procedure described by Meyer et al.
Application of microdot chromogenic method in sanitary monitoring of Artemia salina
This bioassay was carried out following a protocol presented by Souza, Girardi, Santana, Fernandes-Machado, and Gimenes (2013): Cysts-like eggs of Artemia salina
were incubated in synthetic seawater (20 g [L.
In contrast, the salt-secreting gill epithelial cells of brine shrimp, Artemia salina
(Copeland 1967), the epithelial cells of the pereopodal discoid osmoregulatory organ of esturine amphoid, Melita setiflagella (Kikuchi & Matsumasa 1995), and the epithelial cells of the anal papillae of the saltwater mosquito larva, Aedes campestris (Meredith & Phillips 1973), are characterized by shallow apical membrane infoldings that are not closely associated with mitochondria.