Fe bioavailability from Fe-enriched yeast biomass in growing rats

Fe bioavailability from Fe-enriched yeast biomass in growing rats.

The Fe content in animal feeds is highly variable. The availability of Fe in feeds varies with the feed and the form in which Fe is present. The present study reports the effect of the addition of different concentrations of Fe from yeast biomass on Fe bioavailability and Fe level in rat liver, compared with a diet containing Fe-sulphate (Fe-sulphate) addition (control) and with a diet without ...

Modification of semantically enriched FE mesh models

Behaviour analysis is largely performed on the virtual model of the product before its physical manufacturing. The move from the reality to the digital world is gainful since it avoids the high costs in terms of money and time spent on intermediate manufacturing required for performing simulations on real products. Anyhow, the process could be further optimised especially during the product beh...

Hydrogen Production from Biomass Gasification with Ni-Fe/Al Catalysts

Producing clean hydrogen from renewable resources will reduce our dependence on using fossil fuels towards a green and sustainable future. Biomass gasification is regarded as a promising technology for hydrogen production. In this work, low cost Ni-based catalyst was applied in a two-stage fixed bed reaction system. Fe was added into Ni-Al catalyst(80mol.% Al) by co-precipitation method with va...

Measurements and calculations of metastable level lifetimes in Fe X , Fe XI , Fe XII , Fe XIII , and Fe XIV

Lifetimes of metastable levels in the ground term of Fe ions within the 3s3p, k51 – 5, isoelectronic sequences have been measured. These measurements were performed utilizing ions that were selected by mass to charge ratio while transported from an electron cyclotron resonance ion source to a Kingdon ion trap, where they were captured and then confined for periods of up to 2.1 s. During this st...

Calculated oscillation periods of the interlayer coupling in Fe/Cr/Fe and Fe/Mo/Fe sandwiches.