Investigation And Analysis Of Mold Contamination In Rice Sold In Beijing
Comprehensive analysis of mold contamination in rice from Beijing, highlighting significant infection rates, dominant molds, and implications for food safety practices.
Comprehensive analysis of mold contamination in rice from Beijing, highlighting significant infection rates, dominant molds, and implications for food safety practices.
Analytical method for detecting four pesticides in rice using dispersive solid-phase extraction and gas chromatography, highlighting simplicity, speed, and accuracy.
Exploring the effects of wet heat treatment on rice starch’s structure and digestibility, highlighting key findings and applications in food science.
Exploring an airlift reactor’s efficacy in fungal cultivation and waste treatment, highlighting improved environmental and biotechnological processes through innovative reactor design.
Evaluating uncertainty in sodium formaldehyde sulfoxylate content analysis in flour using HPLC to enhance food safety and quality control methods.
Exploring rice residue protein’s enhanced emulsifying properties through enzymatic hydrolysis, comparing it with sodium caseinate for sustainable industry applications
Exploring Spartina anglica’s gene expression under salt stress using SRAP primers, revealing significant differences and potential for crop resilience improvements.
Exploring the impact of acid heat and high-pressure treatments on rice gluten’s properties for improved food ingredient applications.
Exploring Spartina anglica’s decline through comparative growth studies, offering insights into biomass distribution, clonal reproduction strategies, and implications for biological control.
Exploring the efficient extraction of rice protein isolate using optimized water washing and alkali dissolution processes, highlighting significant improvements in protein yield and content.