Ligula intestinalis, biochemical and histochemical composition, carbohydrate utilisation, and oxygen uptake of plerocercoids vs. adults, biochemical comparison of adults produced in vitro and in ...vivo, biochemical composition of eggs produced during in vitro culture
Ligula intestinalis, plerocercoids and adults, comparison of organic acid production in vitro, endogenous metabolite concentrations, and enzyme activities suggests that glycolysis is predominant ...energy synthesising pathway in non-activated (taken from body cavity of fish) plerocercoids and adults, while glycolysis and carbon dioxide fixation with partial reversal of tricarboxylic acid cycle are important in activated (incubated at 40 C) plerocercoids, roles of key enzymes in relation to mechanism by which carbohydrate metabolism of L. intestinalis may be controlled in vivo
