Efficiency of Lactoferrin to Eradicate Multidrug Resistant Staphylococcus aureus Isolated from some Dairy Products
Efficiency of Lactoferrin to Eradicate Multidrug Resistant Staphylococcus aureus Isolated from some Dairy Products
Sayed H. Al Habty1, Dina N.Ali2*
The amplified S.aureus 23S rRNA gene (1250 bp) recovered from multidrug resistant S.aureus (MDR) isolates. Lane L: Molecular marker; Lane P: Positive control; Lane N: Negative control; Lane 1, 2, 3, 4, 5: positive isolates.
The amplified blaz gene (833 bp) of S. aureus for detection of penicillin resistance recovered from multidrug resistant S. aureus (MDR) isolates. Lane L: Molecular marker; Lane P: Positive control; Lane N: Negative control; Lane 1, 4, 5: negative isolates for resistance to penicillin; Lane 2 and 3: positive isolates for resistance to penicillin
The amplified mecA gene (310 bp) of S. aureus for detection of methicillin resistance recovered from multidrug resistant S. aureus (MDR) isolates. Lane L: Molecular marker; Lane P: Positive control; Lane N: Negative control; Lane 1, 2 and 3: positive isolates for resistance to methicillin. Lane 4 and 5: negative isolates for resistance to methicillin.
The amplified vanA gene (885 bp) of S.aureus for detection of vancomycin resistance recovered from multidrug resistant S.aureus (MDR) isolates. Lane L: Molecular marker; Lane p: Positive control; Lane N: Negative control; Lane 5: positive isolate for resistance to vancomycin; Lane 1,2,3 and 4: negative isolate for resistance to vancomycin
Anti-microbial properties of different concentrations of lactoferrin on MDR in yoghurt.
Sensory evaluation of yoghurt after addition of different concentrations of lactoferrin.
