Liver Function Tests

Dan Wang et al. (2026) · JAMA network open

This phase 3 randomized trial of 606 adults in China explored whether Guang Jing, a capsule made from the total flavonoids (plant pigment compounds with antioxidant activity) of the traditional Chinese herb Desmodium styracifolium, helps ureteral stones pass out of the body. A ureteral stone is a mineral deposit lodged in the tube that carries urine from the kidney to the bladder. Treatment that encourages passage is called medical expulsive therapy, and the authors note that alpha-blocker drugs, the guideline option, have shown mixed results in large trials. No oral medicine is currently approved for urolithiasis, and Guang Jing is already approved in China for ureteral stones. Participants were adults aged 18 to 70 with a newly diagnosed ureteral stone of 5 to 10 mm and a traditional Chinese medicine pattern called damp-heat accumulation (urethral burning, lower back pain or blood in the urine). At 34 hospitals, three of every four received 3 capsules (0.6 g) of Guang Jing three times daily for 28 days, and the rest received identical placebo capsules. Neither participants nor investigators knew who received which. Passage was confirmed by CT scan on day 28, read by blinded investigators. By day 28, 44.6% of the Guang Jing group (204 of 457) had passed their stone versus 33.8% of the placebo group (50 of 148). That is a 10.9 percentage point difference (relative risk 1.32, so passage was about one-third more likely; P = .03). At day 14 the groups did not differ significantly (29.1% vs 22.3%; P = .14), and stone movement distance was almost identical (29.5 vs 29.7 mm). Among those with 0.6 to 1.0 cm stones, passage was 37.2% vs 24.4% (a larger gap in the bigger stones), and 66.2% of Guang Jing participants with distal stones, the lower part of the ureter near the bladder, passed them. Adverse events were similar (19.3% vs 18.2%, meaning side effects were about as common with the capsule as with placebo), with no medication-related serious events. The authors describe the absolute benefit as modest, since 55.4% of the Guang Jing group did not pass a stone by day 28. The trial enrolled a fairly uniform group, mostly from southern China, and the subgroup results were exploratory. The authors state that this homogeneous population limits how far the findings generalize, and that CT slice thickness may have missed small differences in stone movement. They plan further trials in Europe and North America and call for studies to identify who benefits most and to establish how the extract works in humans.

Janmejaya Samal (2015) · Journal of intercultural ethnopharmacology

This systematic review pooled published research on using Ayurveda, India's traditional medical system, alongside standard drugs for pulmonary tuberculosis (PTB) — a bacterial lung infection that remains one of India's leading causes of death. The review searched PubMed through April 2015 and found six studies worth including: four human trials testing Ayurvedic herbal formulas as add-ons to standard anti-TB drugs (ATDs), and two lab studies testing plant extracts directly against the TB bacterium. In Ayurveda, PTB is traditionally understood as Rajayakshma, a wasting condition tied to depleted bodily tissues (dhatu) and vital reserve (ojas) — explaining why many of the formulas studied are rejuvenative "Rasayana" tonics rather than antibiotics. The four clinical trials enrolled 30 to 133 PTB patients each, all in India, and ran from 28 days to 6-8 months. Participants took Ayurvedic formulas — a nine-herb Rasayana capsule, a liquid tonic called Bhringarajasava, Ashwagandha with Chyawanprash, or a hepatoprotective blend called Liv-600 — alongside their prescribed drug regimen (DOTS). Researchers tracked symptoms like cough and fever, body weight, X-ray changes, drug blood levels, and liver enzymes. The two lab studies tested leaf and plant extracts against TB bacteria in culture, measuring the lowest concentration that stopped bacterial growth. Across the trials, Ayurvedic add-ons consistently eased symptoms and supported weight gain more than standard treatment alone (p<0.001 in the largest trial). One striking finding: Ashwagandha plus Chyawanprash raised blood levels of two key TB drugs, isoniazid and pyrazinamide, by 7-10% (meaning the body absorbed more of the medicine that actually kills the bacteria) — potentially valuable given rising drug resistance. The hepatoprotective blend showed no harmful rise in liver enzymes, suggesting it may guard against the liver damage these drugs can cause. In the lab, extracts from four of five tested legumes completely stopped bacterial growth at a low concentration (50 micrograms per milliliter), and extracts from five other plants inhibited even drug-resistant TB strains by up to 95%. These findings position Ayurvedic formulas as promising supportive care — easing symptoms, protecting the liver, and possibly boosting drug absorption — rather than replacements for standard TB treatment, which no study tested. The evidence base is thin: only six studies total, all small, mostly from India, with just one describing blinding and none pooling results statistically. The authors call for properly designed clinical trials of the lab-active plants, especially against multidrug-resistant TB. The evidence reviewed concerns Ayurvedic preparations as adjuncts to prescribed drug therapy; none of it addresses their use instead of it.