Biliary endogenous inorganic phosphate, D-glucose, IgA and transferrin are differentially altered by hydrostatic pressure

Keyphrases

• Anesthetized Rats 50%
• Basal Rate 50%
• Bile 100%
• Bile Duct 50%
• Bile Flow 100%
• Bile Formation 50%
• Bile Salts 50%
• Biliary Pressure 100%
• Biliary Tract 50%
• Cannula 50%
• D-glucose 100%
• Excretion Pattern 50%
• Glucose Concentration 50%
• Hydrostatic Pressure 100%
• In Vivo Model 50%
• Inorganic Phosphate 100%
• Leucine Aminopeptidase 50%
• Minimal Change 50%
• Phosphate Concentration 50%
• Pressure Release 50%
• Pressure Treatment 50%
• Reabsorption 50%
• Salt Concentration 50%
• Solute 50%
• Taurocholate 50%
• Total Protein 50%
• Transferrin 100%

Medicine and Dentistry

• Bile 100%
• Bile Duct 33%
• Bile Flow 66%
• Bile Salt 33%
• Cannula 33%
• Glucose 100%
• Hepatobiliary System 33%
• Immunoglobulin A 100%
• Leucyl Aminopeptidase 33%
• Phosphate 100%
• Protein 33%
• Taurocholic Acid 33%
• Transferrin 100%

Neuroscience

• Glucose 100%
• Immunoglobulin A 100%
• In Vivo 33%
• Leucyl Aminopeptidase 33%
• Protein 33%
• Taurocholic Acid 33%
• Transferrin 100%