Background: Sepsis causes significant damage to the endothelial glycocalyx layer, which albumin can protect against. Unfortunately, human albumin is quite expensive, so cheaper substitutes must be found without sacrificing effectiveness. Albumin extract Channa striata is one that is commonly used in Indonesia. Conducted a non-inferiority study between human albumin and Channa striata extract in protecting the glycocalyx layer through syndecan-1 levels.
Methodology: Prospective cohort study of adult patients with early sepsis treated at ICU Dr Moewardi Hospital between May and October 2021. The study group was divided by giving Channa striata extract 15 mg/day for two days and the control group was given 20 grams of human albumin on the other day, and then syndecan-1 levels were compared before treatment and on the third day of the study.
Results: We discovered a statistically significant decrease in syndecan-1 levels in both the study (p = 0.013) and control groups (p = 0.027) from the 44 samples we obtained.
Conclusion: In both groups, we found a significant decrease in syndecan-1 levels. This demonstrates that Channa striata extract is not inferior to human albumin in terms of glycocalyx layer protection. And it has a higher economic value because the price is lower.
Key words: sepsis, Channa striata, albumin, syndecan-1, glycocalyx
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