High-Definition Oscillometry (HDO) Reference Data for the African Green Monkey (AGM)
A Comparison with
Cynomolgus Macaques
Unlock Insights in Blood Pressure Research: AGM vs. Cynomolgus Macaques
Nonhuman primates (NHPs) serve as invaluable models for cardiovascular research, aiding in the preclinical safety assessment of pharmaceuticals. Our scientific poster delves into the comparison of non-invasive blood pressure measures between St. Kitts-origin African green monkeys (AGM) and cynomolgus macaques (Macaca fascicularis) from Mauritius and Asia. With the expansion of preclinical studies utilizing AGMs, understanding their blood pressure dynamics compared to macaques becomes essential for accurate interpretation of cardiovascular findings.
Our scientific poster offers validated reference values and ranges for baseline blood pressure in AGMs, shedding light on species-, origin-of-species-, and sex-dependent differences. With insights gleaned from HDO, we facilitate a deeper understanding of cardiovascular physiology and its implications for drug development.
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Ready to Deepen Your Understanding? Download Our Scientific Poster Now!
Discover high-definition oscillometry (HDO) reference data for African green monkeys (AGM) compared to cynomolgus macaques.
At Virscio, we leverage cutting-edge techniques like high-definition oscillometry (HDO) to unravel key insights into blood pressure dynamics in NHPs. By providing comprehensive data and analysis, we empower researchers to make informed decisions in cardiovascular and other preclinical studies.
In this scientific poster, you will learn more about:
- Comparative analysis of systolic, diastolic, and mean arterial pressure between AGMs and cynomolgus macaques.
- Sex-specific differences in blood pressure dynamics in AGMs and cynomolgus monkeys from different origins.
- Implications of sedation on resting blood pressure measures in NHPs.
- Practical considerations for interpreting cardiovascular findings in preclinical safety assessments.
- Relevance of HDO reference data in advancing cardiovascular research and drug development.