Gutiérrez Piña, Francisco Javier; Amaya Guerra, C.A.; Rodríguez Muela, Carlos; Gutiérrez Bañuelos, Héctor; Muro Reyes, Alberto; Medina Flores, Carlos Aurelio; Baez González, J.G.
Resumen:
Solid State Fermented Apple Pomace (AP-SSF) enriched with non-nitrogen protein has been studied as alternative ingredient for feeding dairy cattle. Phe aim of the present study was to evaluate, the effects of AP-SSF dairy cattle supplementation on yield, sensorial properties and foodborne pathogens on Chihuahua cheese. About 2 groups (treatment and control) of 10 cows were used on a Latin square design (2>< 2). Preatment animals were AP-SSF supplemented (5% as fed basis) in 2 periods of 20 days rotating with the control group (conventional diet). About б samples of milk within each period were used to elaborated Chihuahua cheese. Foodborne pathogens and sensorial properties were analyzed after 8 and 10 days of cheese elaboration, respectively. No effects were observed (p> 0.05) on microbiological cultures of Salmonella sp., Streptococcus sp., Staphylococcus sp. and total coliforms after 8 days
Descripción:
Solid State Fermented Apple Pomace (AP-SSF) enriched with non-nitrogen protein has been studied as alternative ingredient for feeding dairy cattle. Phe aim of the present study was to evaluate, the effects of AP-SSF dairy cattle supplementation on yield, sensorial properties and foodborne pathogens on Chihuahua cheese. About 2 groups (treatment and control) of 10 cows were used on a Latin square design (2>< 2). Preatment animals were AP-SSF supplemented (5% as fed basis) in 2 periods of 20 days rotating with the control group (conventional diet). About б samples of milk within each period were used to elaborated Chihuahua cheese. Foodborne pathogens and sensorial properties were analyzed after 8 and 10 days of cheese elaboration, respectively. No effects were observed (p> 0.05) on microbiological cultures of Salmonella sp., Streptococcus sp., Staphylococcus sp. and total coliforms after 8 days