Drip loss measured with the same method at two different points of time (24 and 48 h) differed significantly ( p 0.05 ). Drip loss cannot be predicted with sufficient accuracy by using pH and color. EZ and BM method in mutton do not provide equivalent results for measuring drip loss. Comparisons of the results obtained with different methods s…[Read more]

Drip loss measured with the same method at two different points of time (24 and 48 h) differed significantly ( p 0.05 ). Drip loss cannot be predicted with sufficient accuracy by using pH and color. EZ and BM method in mutton do not provide equivalent results for measuring drip loss. Comparisons of the results obtained with different methods s…[Read more]

Drip loss measured with the same method at two different points of time (24 and 48 h) differed significantly ( p 0.05 ). Drip loss cannot be predicted with sufficient accuracy by using pH and color. EZ and BM method in mutton do not provide equivalent results for measuring drip loss. Comparisons of the results obtained with different methods s…[Read more]

It could be added that pyrethroids generate oxidative stress, which modifies DNA, RNA, protein, lipid and carbohydrate molecules. However, public awareness of the possible negative effects of the use of insecticides is still low. Further research should be carried out to clarify the molecular basis of the pathomechanism of pyrethroid detrimental…[Read more]