Hyperalgesia and Neuropathic Pain Mechanism in Rodent Models of Cigarette Smoking- and Nicotine-Induced Precipitated Withdrawal Study

Tobacco use is almost double in chronic pain patients, where opioid-based drugs cause more addiction burden. The study provides an insight into potential non-opioid therapeutic strategies targeting the BDNF-Trk-β/IL-6 cascade in the cerebral cortex, the higher center of behavioral activities, using adult rodent models where nicotine doses closely mimic the human smoking situation, including passive cigarette smoking and oral nicotine use. The data of the study may be useful for neuropathic pain management during nicotine withdrawal/smoking cessation and quitting efforts.

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Publication Details

Journal
Nicotine & Tobacco Research
Published
2025-07-25
DOI
https://doi.org/10.1093/ntr/ntaf153
Citations
2
Primary Topic
Biochemical effects in animals
Type
article
Field-Weighted Citation Impact
2.33
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article

Hyperalgesia and Neuropathic Pain Mechanism in Rodent Models of Cigarette Smoking- and Nicotine-Induced Precipitated Withdrawal Study

Vishakha Shrimali, Nibedita Naha, Deepsi Rathore, A. Joshi
2 citations
Nicotine & Tobacco Research
Biochemical effects in animals
2.33
article

Hyperalgesia and Neuropathic Pain Mechanism in Rodent Models of Cigarette Smoking- and Nicotine-Induced Precipitated Withdrawal Study

Vishakha Shrimali, Nibedita Naha, Deepsi Rathore, A. Joshi
article en
2 citations

Abstract

Tobacco use is almost double in chronic pain patients, where opioid-based drugs cause more addiction burden. The study provides an insight into potential non-opioid therapeutic strategies targeting the BDNF-Trk-β/IL-6 cascade in the cerebral cortex, the higher center of behavioral activities, using adult rodent models where nicotine doses closely mimic the human smoking situation, including passive cigarette smoking and oral nicotine use. The data of the study may be useful for neuropathic pain management during nicotine withdrawal/smoking cessation and quitting efforts.

Nicotine & Tobacco ResearchVol. 28(3)
Gujarat University (IN), National Institute of Occupational Health (IN)
Openalex Percentile: Top 10%
Biochemical effects in animals
2.33
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