BLOOD PLASMA PROTEINS AS INFLUENCED BY INTRAVENOUS INJECTION OF GUM ACACIA

Area of Science:

• Biochemistry
• Physiology
• Veterinary Medicine

Background:

• Plasma protein concentration is crucial for maintaining physiological balance.
• Gum acacia is a substance sometimes used in medical contexts, necessitating understanding of its effects.

Purpose of the Study:

• To investigate the effects of gum acacia injections on plasma protein concentration in dogs.
• To explore the mechanisms behind plasma protein reduction and the role of the liver.

Main Methods:

• Single and repeated intravenous injections of gum acacia in dogs.
• Monitoring plasma protein concentration, total circulating protein, plasma volume, and urinary nitrogen.
• Observing anatomical changes, particularly in the liver.

Main Results:

• Gum acacia injections caused a decrease in plasma protein concentration, partly due to dilution and significantly due to reduced total protein.
• Maximum protein decrease and concentration decrease occurred at different times; fibrinogen fluctuations were notable.
• Plasma protein levels returned to normal within 10-21 days, but total protein and plasma volume remained lower.
• Liver exhibited conspicuous anatomical changes, suggesting its role in plasma protein synthesis.
• Two potential mechanisms for protein reduction were proposed: impaired liver production and removal of plasma protein to regulate colloid osmotic pressure.

Conclusions:

• Gum acacia administration leads to a decrease in plasma protein concentration in dogs through dilution and reduced synthesis, with the liver playing a key role.
• The study suggests gum acacia can induce liver dysfunction and highlights potential dangers for clinical intravenous use.
• Gum acacia injections serve as a model for studying liver function disturbances and plasma protein regulation.