Determine the Location and Influence of Physical Characteristics on Salmonella in Poultry Fat Intended for Pet Food Use

Title: Determine the Location and Influence of Physical Characteristics on Salmonella in Poultry Fat Intended for Pet Food Use Principal Investigator: Jennifer Martin and Dale Woerner, Colorado State University Keywords: : poultry fat, rendering, impurity, moisture, Salmonella, survival, food safety, microbiology, 2015, Martin, Woerner Year: 2015 Objective: (i) Utilize fluorescently-tagged Salmonella to assess the distribution … Continued

Determination of Salmonella Thermal Destruction Times for Rendering of Chicken By-product

Title: Determination of Salmonella Thermal Destruction Times for Rendering of Chicken By-product Principal Investigator: T. Matthew Taylor, Texas A&M University Keywords: Taylor, 2014, food safety, microbiology, thermal validation, FSMA, Salmonella, Taylor Year: 2014 Objective: The three core objectives of the current research project that experiments were: 1) identify the D-values of Salmonella enterica serovars previously … Continued

Determination of D- and z- values for Salmonella ssp. in Rendered Products

Title: Determination of D- and z- values for Salmonella ssp. in Rendered Products Principal Investigator: Mindy Brashears, Texas Tech University Keywords: Salmonella, D and z values, high-fat rendering raw materials, thermal inactivation, FSMA, food safety, microbiology, 2014, Brashears Year: 2014 Objective: To determine the D- and z- values to inactivate a Salmonella spp. cocktail artificially … Continued

Rendered products: thermal conductivity model

Abstract: The rendering industry is committed to processing animal and poultry by-products to produce microbiologically safe finished products. Heat processing of food materials has been well studied using heat penetration data to establish thermal death time values for heat resistant microorganisms. This information has been used extensively in the canned food industry to ensure food … Continued