Elucidating the Correlation Dynamics of Moisture, Lipid, and Protein in Thermally Structured Minced Beef Matrices

Abstract

The growing consumption of thermally processed minced red meat products in developing urban centers necessitates rigorous evaluation of their nutritional quality and safety attributes. This study systematically examines the proximate composition and hygienic status of beef seekh kababs marketed as street-vended ready-to-eat products in Faisalabad, Pakistan. Samples obtained from commercial vendors were comparatively analyzed alongside a laboratory-standardized formulation prepared under controlled hygienic conditions. Key compositional parameters, including moisture, crude protein, and crude fat contents, were determined using established analytical procedures. The results demonstrated statistically significant variations (p < 0.05) in proximate constituents between street-vended and standardized samples, reflecting inconsistencies in raw material selection, formulation practices, and thermal processing conditions. Such disparities not only influence nutritional quality but may also predispose products to reduced shelf stability and elevated microbial susceptibility. The findings underscore an existing research and regulatory gap in quality standardization for informal meat sectors and highlight the necessity for implementing structured hygienic protocols, compositional benchmarks, and monitoring frameworks to ensure consumer safety and nutritional consistency.