Determination of protein of edible insects
Delia Guillermina González‐Aguilar, Diana Galván-Lozano, Carlos Pacheco-Gallardo, Elisa Cabrera-Díaz
Abstract
Open-access reader
Delia Guillermina González‐Aguilar, Diana Galván-Lozano, Carlos Pacheco-Gallardo, Elisa Cabrera-Díaz
Abstract
Open-access reader
Mexico is a country with a wide variety of edible insects. Because of its high protein intake, insect consumption is proposed as a solution to hunger. However, studies on nutritional value are necessary.The objective of this work was the determination of chapulin protein. In this study, 14 chapulin (Sphenarium purpuarascens) samples collected in Guadalajara from Oaxaca and Morelos were analyzed and processed according to the Weende proximate analysis methodology that includes the Kjeldahl procedure for protein determination. The results on fresh weight basis were: water 22.68%, dry matter 77.32%, ashes 12.8%, fat 6.78%, fiber 3.38%, protein 33.15% and nitrogen free extract 21.21%. Protein digestibility was 91.21%. Because of the protein content, chapulin flour can be used as a protein ingredient in other food products.
OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Mexico is a country with a wide variety of edible insects. Because of its high protein intake, insect consumption is proposed as a solution to hunger. However, studies on nutritional value are necessary.The objective of this work was the determination of chapulin protein. In this study, 14 chapulin (Sphenarium purpuarascens) samples collected in Guadalajara from Oaxaca and Morelos were analyzed and processed according to the Weende proximate analysis methodology that includes the Kjeldahl procedure for protein determination. The results on fresh weight basis were: water 22.68%, dry matter 77.32%, ashes 12.8%, fat 6.78%, fiber 3.38%, protein 33.15% and nitrogen free extract 21.21%. Protein digestibility was 91.21%. Because of the protein content, chapulin flour can be used as a protein ingredient in other food products.
Key concepts: Kjeldahl method, Ingredient, Food science, High protein, Proximate, Dry matter, Biology, Chemistry