Zinc shows promise for anxietySynergistic anxiolytic efficacy exploring the combined effects of diazepam and zinc chloride in wistar albino rats.
We aimed to understand how zinc chloride may help reduce anxiety, particularly when combined with diazepam. In our study, we organized Wistar albino rats into five groups, with each group receiving different combinations of zinc chloride and diazepam. The dosages included two different levels of diazepam (1 and 2 mg/kg) paired with a consistent dose of zinc chloride (10 mg/kg).
To assess the anxiety levels of the rats, we employed four established models: the Elevated Plus Maze, the hole board, the light and dark box, and the mirror chamber. Our observations indicated that when combined, zinc chloride and diazepam produced more potent anxiolytic effects compared to when either treatment was used alone. This suggests a possible synergistic effect that could enhance anxiety relief.
Overall, we found that zinc chloride, especially when combined with diazepam, can significantly improve anxiety outcomes in these animal models. This research opens the door to further studies on zinc's role in anxiety management and its potential as a supplementary treatment option alongside traditional medications.
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Zinc reduces anxiety in treatmentInvestigating the effect of zinc supplementation on probability of relapse and mental health in patients with opioid use disorder undergoing methadone maintenance treatment.
In a recent study, we investigated how zinc supplementation could impact anxiety levels among patients undergoing methadone maintenance treatment for opioid use disorder. The research involved a randomized controlled trial with 68 participants. We divided them into two groups: one received zinc supplements along with their usual methadone treatment, while the other group only received methadone.
Our findings revealed some encouraging results regarding anxiety reduction. Specifically, we noted a significant decrease in anxiety levels among those who took zinc, with a marked difference when compared to the control group. This was assessed using the Depression, Anxiety, and Stress Scale 21 (DASS-21), where we observed a notable reduction in anxiety scores following the treatment period.
Overall, it appears that zinc supplementation may contribute positively to reducing anxiety in this particular patient demographic. However, since zinc was combined with methadone treatment, it's essential we approach these findings with caution and encourage further research to clarify the role of zinc supplementation alone.
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Vitamin C alleviates anxiety in autismVitamin C and Gallic Acid Ameliorate Motor Dysfunction, Cognitive Deficits, and Brain Oxidative Stress in a Valproic Acid-Induced Model of Autism.
We set out to explore how vitamin C influences anxiety-like behaviors in a model of autism caused by valproic acid (VPA). In our study, we used fourteen female rats that underwent specific treatments to induce autism in their offspring. After a period of observation, we treated male pups with daily injections of vitamin C for four weeks. Then, we assessed their behavior to see if there were any changes in anxiety levels.
Our findings suggested that vitamin C significantly reduced anxiety-like behaviors in these rats. This outcome is particularly promising considering that autism often brings associated anxiety. By measuring various brain oxidative stress markers, we also noted improvements in mental functioning and motor skills after vitamin C treatment. Overall, our work underscores the potential benefits of vitamin C as a supportive treatment for anxiety-related issues in autism, indicating a pathway for future research and therapeutic strategies.
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Zinc's potential impact on anxietyBEHAVIORAL AND NEUROCHEMICAL CHANGES DURING INTRANASAL ADMINISTRATION OF ALPHA-GLUTAMYL-TRYPTOPHAN AND CHELATE COMPLEX OF ZINC ARGINYL-GLYCINATE ON MONOAMINE SYSTEMS DYSFUNCTIONS KNOCK-OUT MODELS.
Our study delved into how the intranasal administration of a chelate complex involving zinc arginyl-glycinate and alpha-glutamyl-tryptophan dipeptide influences anxiety and related behaviors. We utilized various rodent models, including Wistar rats and different types of mice to assess behavioral changes and levels of key brain chemicals.
We observed that intranasal delivery had noticeable effects, particularly in mice. Those given alpha-glutamyl-tryptophan showed reduced anxiety and less depressive-like behavior during acute trials. The promising results hint that this method of administration could serve as an effective new approach for treating anxiety.
Despite these findings, it's important to note that because zinc was administered in combination with other compounds, we cannot isolate the effects of zinc alone on anxiety. Nonetheless, this research sets the stage for further pre-clinical studies on how these treatments may possibly serve as anxiolytics or antidepressants.
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Zinc-Selenium combo helps anxietyProphylactic zinc and therapeutic selenium administration in adult rats prevents long-term cognitive and behavioral sequelae by a transient ischemic attack.
We investigated if a combination of zinc and selenium could help reduce anxiety and improve memory in rats affected by a transient ischemic attack (TIA), also known as a minor stroke. This study involved giving male Wistar rats a preventative dose of zinc prior to the stroke and a therapeutic dose of selenium afterward. Our findings indicated that, while zinc alone was part of a broader treatment, the combined approach did yield positive effects in managing anxiety-like behaviors, alongside reducing memory loss and signs of depression over the long term.
It is important to highlight that while we observed improvements in behavior and cognitive functions, the specific effects of zinc on anxiety were not isolated or thoroughly examined. This raises an interesting point about the need for further research that targets zinc’s individual impact on anxiety management. Nevertheless, in combination, zinc and selenium appeared to offer long-term neuroprotective effects that could be promising for future treatments in similar contexts.
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