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| New Preprints Reveal Safety of Lithium Ascorbate Across Nine Animal StudiesWhat do nine animal studies reveal about lithium ascorbate? Explore new preprints on its safety, absorption, tissue distribution, and dose-related effects.
By: Normopharm Inc Science Communications, Normotim Research Group PREPRINT NOTICE. These manuscripts are publicly available on Zenodo and have not undergone formal journal peer review. All reported findings are preclinical and should not be used to guide treatment, dosing, or substitution of prescribed lithium medication. Why Is Lithium Important? Lithium has been used for decades in psychiatry, particularly in the treatment of bipolar disorder and major depression. More than that, a recent paper published in Nature showed that lithium has the potential to reverse neurodegenerative effects. However, conventional lithium treatment is limited by a narrow therapeutic range, concerns about kidney and thyroid side effects, and the need for regular blood testing. These challenges have encouraged researchers to investigate alternative lithium compounds that may be effective at lower doses. It is an organic compound formed from lithium and ascorbic acid (vitamin C). The papers present results from preclinical animal studies funded by Normopharm. What Is Lithium Ascorbate? In AI-modeling, lithium ascorbate stood out from 1,245 possible organic lithium salts for its ability to inhibit key enzymes and receptors involved in brain health. It was particularly good at blocking the GSK-3β enzyme. "One key target is glycogen synthase kinase-3 (GSK-3), an enzyme involved in metabolism and brain signaling. This enzyme influences glucose metabolism, brain function, and neurotransmitters such as serotonin and noradrenaline." Olga Gromova, M.D. Chief Scientific Officer for Normotim Further studies confirmed that lithium ascorbate has antidepressant, anti-anxiety, and neurogenerational properties. The Studies The first paper, "Toxicity and Pharmacokinetics of Lithium Ascorbate," (https://zenodo.org/ Analysis showed rapid absorption, broad tissue distribution, and prolonged lithium retention in blood and frontal brain tissue. The second paper, "Pharmacological Safety of Lithium Ascorbate," (https://zenodo.org/ Overall, lithium ascorbate demonstrated low-to-moderate preclinical toxicity and safety, supporting further studies. All of the studies were conducted in accordance with Good Laboratory Practice, an international standardized quality system for non-clinical safety studies. Do You Want to Learn More? Download Preprints
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