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Resolution time of amoebic liver abscess by micro-opaque barium sulphate
Abstract:
Resolution time of amoebic liver abscess in 20 males aged 20-80 yrs. as studied by intra-cavitary micro-opaque barium sulphate ranged from 24-284 days (mean 74.8 S.D. +/- 8.4). Sic of these patients also underwent Indium11m scanning. The resolution time by scanning varied from 24-114 days (Mean 58.3 days S.D. +/- 4.6). No correlation was found between the size of abscess and resolution time. Resolution time studied by two methods was statistically significant. Instillation of micro-opaque barium sulphate is an inexpensive, reliable and a safe method which does not require sophisticated equipment.
Insights
Intra-cavitary micro-opaque barium sulphate effectively tracks amoebic liver abscess resolution time. This inexpensive method is comparable to Indium11m scanning for monitoring treatment progress.
Area of Science:
- Hepatology
- Radiology
- Infectious Diseases
Background:
- Amoebic liver abscess (ALA) is a common parasitic infection.
- Accurate monitoring of ALA resolution is crucial for effective patient management.
- Current monitoring methods may be resource-intensive or lack precision.
Purpose of the Study:
- To compare the efficacy of intra-cavitary micro-opaque barium sulphate instillation versus Indium11m scanning in determining ALA resolution time.
- To evaluate the reliability and cost-effectiveness of barium sulphate for ALA monitoring.
Main Methods:
- Twenty male patients diagnosed with ALA were included.
- Resolution time was assessed using intra-cavitary micro-opaque barium sulphate instillation.
- A subset of patients also underwent Indium11m scanning for comparative analysis.
Main Results:
- Barium sulphate showed resolution times ranging from 24-284 days (mean 74.8 days).
- Indium11m scanning indicated resolution times from 24-114 days (mean 58.3 days).
- No significant correlation was observed between abscess size and resolution time.
Conclusions:
- Intra-cavitary micro-opaque barium sulphate is a reliable, safe, and inexpensive method for monitoring ALA resolution.
- This technique does not necessitate sophisticated equipment, making it accessible.
- The study highlights barium sulphate as a viable alternative to more advanced imaging techniques for ALA management.