Pro Tip: Understanding protein structure to determine function 07.20.2022 By Harrison Helmick The native structure of protein is a useful starting point in understanding how it will function in food systems.Read More
Pro Tip: Quantify the texture of your products 06.15.2022 By Harrison Helmick Understanding the data from texture analyzers can be used to recommend the best products for development. Read More
Pro Tip: Use droplet shape to understand protein emulsions 05.18.2022 By Harrison Helmick Tensiometry is a helpful technique in understanding protein emulsion. Read More
Pro Tip: Use calorimetry to understand gelation and processing in plant-based proteins 04.20.2022 By Harrison Helmick Differential scanning calorimetry provides insight on starch gelatinization in the oven and retrogradation during shelf life.Read More
Pro Tip: Light can illuminate protein emulsification 03.16.2022 By Harrison Helmick Ultraviolet-visible (UV-VIS) spectroscopy can be used to gain insight on protein emulsification, solubility and protein structure.Read More
Pro Tip: Electrostatic interactions help understand protein functionality 02.02.2022 By Harrison Helmick Electrostatic interactions influence both baking and product development with plant-based proteins.Read More
Pro Tip: Using rheology to optimize plant-based proteins 01.19.2022 By Harrison Helmick Rheometers are often used to understand how gels form in plant-based proteins.Read More
Pro Tip: Use spectroscopy to see process changes 11.03.2021 By Harrison Helmick FTIR can reveal how processing impacts ingredient functionality. Read More
Pro Tip: Functionalize protein with extrusion 10.13.2021 By Harrison Helmick Extruders can provide shear forces that denature the protein. Read More
Pro Tip: Use shear denaturation for stronger protein gels 09.08.2021 By Harrison Helmick Research has found that pulse and milk proteins react similarly when shear forces are applied to gluten. Read More