The Jewish Stone for Dissolving Kidney Stones (Lapis Judaicus)
Learn the scientific and historical details of the Jews' Stone (also called Hajar al-Azoud or Lapis Judaicus) and its purported ability to dissolve kidney stones. This includes a study of experimental research, clinical data, possible advantages and disadvantages, and traditional use, along with citations to trustworthy sources
Keywords: Lapis Judaicus research, kidney gravel removal, kidney stone dissolution, and traditional treatments for urolithiasis
?The Jews' Stone (Lapis Judaicus): What Is It
Since Roman times, traditional medicine has used the Jews' Stone, also known as Hajar al-Azoud in Arabic, as a treatment for kidney and bladder stones
It is referred to be a sort of rock or fossil stone in historical and conventional medical literature. According to some sources, it is the petrified remains of marine creatures called encrinites, or crinoids
🔗 ResearchGate\� ScienceDirect
It is occasionally provided in folk markets as a powdered concoction to be taken straight or infused as a tea or decoction, sometimes under regional titles like "Olive of the Children of Israel" or "Jews' Stone"
🔗 Al-Husseini Al-Tara (SaudiHerb)
?What Are the Findings of Scientific Research
Historical Evidence: From antiquity to the 18th century, it was widely used traditionally to cure urinary stones, according to reviews and historical documents. This illustrates cultural persistence, but without appropriate scientific testing, it cannot be used as contemporary evidence of efficacy
ScienceDirect 🔗 Hendriksen, Marieke
Modern Perspective: Some laboratory results, a few sparse clinical observations, and anecdotal traditional reports are all included in the current debate. Overall, nevertheless, the evidence is still limited, equivocal, and insufficient to support clear medical advice
✨ In conclusion, although lapis judaicus has a long and rich history in traditional medicine, it has not
yet been demonstrated to be an effective treatment for kidney or urinary stones by contemporary science
Its traditional use may be explained by a few laboratory and animal investigations that have revealed effects (e.g., creating chemical effects on stone components or lowering the size/number of stones in animal models). Although these results are encouraging, they are constrained and lack sufficient methodology to draw firm conclusions
🔗 Damascus University 🔗 Journal of Home Economics
Evidence from Clinical Trials
According to reports and at least one published clinical trial (controlled or randomized), medicines made from so-called lapis judaicus may be effective in treating calcium stones in small patient groups. The evidence must be evaluated cautiously, nevertheless, because of the small sample sizes, lack of reproducibility, and lack of reporting transparency. The medical literature cites a study that was published in 2014
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Suggested Action Mechanism
:Among the mechanisms that have been suggested in the literature are
chemical reactions between the mineral's compounds and the stone's constituent parts
potential outcomes that encourage the disintegration of crystals
facilitating the "gravel" stone's transit through the urine
However, extensive human trials have not definitively confirmed these pathways
🔗 Damascus University 🔗 Journal of Home Economics
Risks and Safety
Large-scale information on long-term toxicity is lacking
There are worries about heavy metal contamination in samples that are marketed commercially
There is a greater chance of contamination because many folk-market suppliers lack metal analysis and purity testing
🔗 Al-Husseini Al-Tara (SaudiHerb)
In conclusion
Lapis Judaicus, also known as the Jews' Stone (Hajar al-Azoud), has a long history of use in traditional medicine to cure kidney stones. Although certain research and observations point to a potential effect, there is currently insufficient scientific evidence due to a lack of large randomized trials, thorough safety evaluations, and consistent compositional analysis.
Consult your doctor before using it, and never forego urgent care for difficult or severe kidney stones or medically prescribed treatments.
Citations and Sources
(historical review) Duffin CJ. Lapis Judaicus or the Jews' stone: the legend of fossil...
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Electronic evaluations and historical articles about the use of the Jews' Stone. 🔗 Hendriksen, Marieke
SaudiHerb (traditional/folk source)
An abstract or paper from a published clinical research from 2014 that suggested minimal efficacy. 🔗 ScienceDirect
University of Damascus (PDF): Limited experimental, laboratory, and animal research on the impact of stones on their size and quantity
Effects of the stone in combination with herbal formulations in animal models is an article published in the Journal of Home Economics (MKAS)
General trustworthy medical information about kidney stones and how to treat them. 🔗 The Mayo Clinic
yet been demonstrated to be an effective treatment for kidney or urinary stones by contemporary science
Its traditional use may be explained by a few laboratory and animal investigations that have revealed effects (e.g., creating chemical effects on stone components or lowering the size/number of stones in animal models). Although these results are encouraging, they are constrained and lack sufficient methodology to draw firm conclusions
🔗 Damascus University 🔗 Journal of Home Economics
Evidence from Clinical Trials
According to reports and at least one published clinical trial (controlled or randomized), medicines made from so-called lapis judaicus may be effective in treating calcium stones in small patient groups. The evidence must be evaluated cautiously, nevertheless, because of the small sample sizes, lack of reproducibility, and lack of reporting transparency. The medical literature cites a study that was published in 2014
I love ScienceDirect
Suggested Action Mechanism
:Among the mechanisms that have been suggested in the literature are
chemical reactions between the mineral's compounds and the stone's constituent parts
potential outcomes that encourage the disintegration of crystals
facilitating the "gravel" stone's transit through the urine
However, extensive human trials have not definitively confirmed these pathways
🔗 Damascus University 🔗 Journal of Home Economics
Risks and Safety
Large-scale information on long-term toxicity is lacking
There are worries about heavy metal contamination in samples that are marketed commercially
There is a greater chance of contamination because many folk-market suppliers lack metal analysis and purity testing
🔗 Al-Husseini Al-Tara (SaudiHerb)
In conclusion
Lapis Judaicus, also known as the Jews' Stone (Hajar al-Azoud), has a long history of use in traditional medicine to cure kidney stones. Although certain research and observations point to a potential effect, there is currently insufficient scientific evidence due to a lack of large randomized trials, thorough safety evaluations, and consistent compositional analysis.
Consult your doctor before using it, and never forego urgent care for difficult or severe kidney stones or medically prescribed treatments.
Citations and Sources
(historical review) Duffin CJ. Lapis Judaicus or the Jews' stone: the legend of fossil...
I love ScienceDirect
Electronic evaluations and historical articles about the use of the Jews' Stone. 🔗 Hendriksen, Marieke
SaudiHerb (traditional/folk source)
An abstract or paper from a published clinical research from 2014 that suggested minimal efficacy. 🔗 ScienceDirect
University of Damascus (PDF): Limited experimental, laboratory, and animal research on the impact of stones on their size and quantity
Effects of the stone in combination with herbal formulations in animal models is an article published in the Journal of Home Economics (MKAS)
General trustworthy medical information about kidney stones and how to treat them. 🔗 The Mayo Clinic
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