Anastasios D. Tsaousis

This study evaluates the effectiveness of locally produced plant-based RUTF in recovering from malnutrition in rats, finding that high-protein formulations led to better growth outcomes compared to commercial alternatives.

This paper estimates global Cryptosporidium prevalence in cattle at 25.5% and identifies C. parvum as the most common species, particularly the IIa subfamily, in diarrheic cases.

This paper develops a preclinical protocol for testing novel RUTF formulations using a rat model, assessing bone quality and gut microbiome dynamics to improve malnutrition treatment.