
FEEDNETICS™ forecasting tool for the AQUAFEED sector
SPAROS would like to invite you to the FEEDNETICS™ free Webinar "FEEDNETICS™ forecasting tool for the AQUAFEED sector", to be held on October 1st, 2020. 15h Lisbon Time.

Taurine modulates protein turnover in juvenile meagre
A collaborative study between IPMA (Portuguese Institute for the Ocean and Atmosphere) and SPAROS evaluated the modulatory effect of dietary taurine supplementation on protein turnover of meagre juveniles.

Functional effects of tryptophan in fishmeal-free feeds
A recent study evaluated the functional effects of tryptophan in fishmeal-free aquafeeds for gilthead seabream, by complementing classical zootechnical performance indicators with proteomic and metabolic profiling information.

FiT free Webinar “FiT – Custom feeding tables to your farm and feeds”
SPAROS would like to invite you to the FiT free Webinar “FiT - Custom feeding tables to your farm and feeds”, to be held on the 28th of July, 15h Lisbon Time.

FEEDNETICS™ free Webinar “FEEDNETICS™ for fish farmers – a prediction tool to evaluate aquafeeds and farming conditions”
SPAROS would like to invite you to the FEEDNETICS™ free Webinar "FEEDNETICS™ for fish farmers - a prediction tool to evaluate aquafeeds and farming conditions", to be held on the 30th of July, 15h Lisbon Time.

A dynamic fish metabolic model for nutritionists – FEEDNETICS™ for the academia (Webinar)
SPAROS Webinar for Academics and Researchers

Invitation – PhD thesis defense (online event)
SPAROS would like to invite you to attend the PhD thesis defense of Lourenço Ramos Pinto

Trout is now available at FEEDNETICS
FEEDNETICS™ has expanded the number of target species and you can now evaluate different farming conditions and aquafeeds, in a virtual environment, for trout (𝘖𝘯𝘤𝘰𝘳𝘩𝘺𝘯𝘤𝘩𝘶𝘴 𝘮𝘺𝘬𝘪𝘴𝘴).

SPAROS and Riasearch have launched the FiT Feeding Tables
Custom feeding tables to your farm and feeds

Microalgae biorefinery concept – usage of residual biomass in aquafeeds
A partnership of SPAROS and Center of Marine Sciences of Algarve (Faro, Portugal) assessed the effect of a 10% incorporation of defatted microalgal biomass (Tetraselmis sp. CTP4), at the expense of soybean meal, on the growth performance, nutrient digestibility and physiological response to confinement stress in gilthead seabream juveniles.

