Metabolomics of Periparturient Holstein-Friesian Cows Associated with Feeding a Negative Dietary Cation-Anion Difference (DCAD)
Metabolomics of Periparturient Holstein-Friesian Cows Associated with Feeding a Negative Dietary Cation-Anion Difference (DCAD)
Asaad A. Fares1*, Mohamed M. Ghanem2, Yasein M. Abd El-Raof2, Hossam M. El-Attar2, Ameer A. Megahed2, Heba M. El-Khaiat2
A diagram showing Urine pH for DCAD and NON-DCAD of Holstein- Friesian cattle. There is significant reduction in urine pH at group fed acidogenic diet.
Urine Creat concentration for DCAD and NON-DCAD of Holstein- Friesian cattle.
Urine Ca concentration for DCAD and NON-DCAD of Holstein- Friesian cattle.
Serum phosphorus concentration for DCAD and NON-DCAD of Holstein- Friesian cattle.
Serum Na concentration for DCAD and NON-DCAD of Holstein- Friesian cattle.
Serum potassium concentration for DCAD and NON-DCAD of Holstein- Friesian cattle.
Serum Chlorid Concentration for DCAD and NON-DCAD of Holstein- Friesian cattle.
Serum bicarbonate concentration for DCAD and NON-DCAD of Holstein- Friesian cattle.
Serum urea concentration for DCAD and NON-DCAD of Holstein- Friesian cattle.
Serum creatinine concentration for DCAD and non-DCAD of Holstein- Friesian cattle, showing significant increase in DCAD group group compared to non-DCAD group at -1 day.
Calf Wt for DCAD and NON-DCAD of Holstein- Friesian cattle, showing non-significant change.
Milk kg for DCAD and NON-DCAD of Holstein- Friesian cattle, showing significant increase in milk production in DCAD group.
Serum Ca for DCAD and NON-DCAD of Holstein- Friesian cattle. DCAD increases the level of Ca, compared to non-DCAD group.
