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Original Abstract of the Article

Major Findings

Many researchers have hypothesized inhalation drug delivery for reducing treatment times and possibly limiting the insurgence of drug resistance. 8 aimed to identify and assess the preferences of inhalation therapy over injections/pills among pulmonary TB patients. 24 examined the effectiveness of training patients using DVD in the accurate use of inhalers for the treatment of bronchial asthma. 2 explored the potential benefits of orally inhaled drug administration in COVID-19 treatment.

Research on inhalant abuse has shown that inhalants can cause various neuropsychological effects. 1 reported that the neuropsychological effects of acute and chronic inhalant abuse include motor impairment, alterations in spontaneous motor activity, anticonvulsant effects, anxiolytic effects, sensory effects, and effects on learning, memory, and operant behavior.

10 evaluated the ability of environmental enrichment (EE) to attenuate addictive behaviors in mice after repeated exposure to toluene. The study showed that environmental enrichment can attenuate addictive behaviour induced by toluene and that dynamic changes in D1R are linked in this response.

Inhalant abuse has also been linked to cognitive impairment. 13 examined the effect of toluene vapor exposure on risk/reward decision-making in rats. The results showed that acute toluene exposure reduced behavioral flexibility during probabilistic discounting in rats, suggesting dysfunctional medial prefrontal cortex (mPFC) activity.

Inhalant abuse has also been linked to mental health issues. 15 described latent profiles of EFs and distribution of neuropsychiatric disorders and patterns of severity of use across these profiles.

20 investigated whether abstinence following toluene exposure increases anxiety-like behavior in mice. The results showed that mice abstinent from toluene for 24h after a prolonged exposure displayed increases in anxiety-like behaviors.

22 investigated if environmental enrichment could reverse memory deficits induced by repeated administration of toluene. The results showed that environmental enrichment could reverse memory deficits induced by repeated administration of toluene.

3 assessed whether intranasal methylprednisolone could be considered as a treatment to reverse neuroinflammation and histological damages associated with the use of inhalants. The results showed that the treatment with intranasally administered MP significantly reduced the expression of TNF-α and NO and the expression of GFAP (p < 0.05); additionally, it reversed the central histological damage.

16 identified the acute harms associated with inhalant misuse attendances and determined whether these differed by age or gender. The study showed that inhalant misuse is associated with acute harms to the respiratory and circulatory systems, and that these harms differ by age and gender.

Treatment Summary

Treatments for inhalant abuse include pharmacotherapy, immunotherapy, environmental enrichment, nasal steroid administration, and yoga. 28 discussed pharmacotherapy and immunotherapy for allergic diseases. 21 explored the effects of inhalation of essential oil and perfume on the reduction of cue-induced craving for inhalant. 10 investigated the ability of environmental enrichment to attenuate addictive behaviors. 3 assessed whether intranasal methylprednisolone could be considered as a treatment to reverse neuroinflammation and histological damages associated with the use of inhalants. 18 provided an overview of yoga therapy in substance-use disorders.

Benefits and Risks

Benefits Summary

Inhaled medications can potentially have rapid effects in the treatment of respiratory diseases, such as asthma and tuberculosis. 24 8 2 Inhalation therapy can potentially have fewer side effects and faster onset of action compared to oral administration or injections. 2 Environmental enrichment may be effective in reducing addictive behaviors related to inhalant use. 10 Nasal steroid administration may be effective in reducing neuroinflammation induced by inhalant abuse. 3 Yoga may be a useful tool in managing substance use disorders, including inhalant abuse. 18

Risks Summary

Inhalant abuse can lead to various neuropsychological effects, cognitive impairment, mental health issues, and acute harms. 1 13 15 16 Improper use of inhalants can lead to addiction and dependence. 19

Research Comparisons

Research Similarities

Many studies have shown that inhalant abuse can lead to various health risks. 1 13 15 16 In addition, it has been suggested that inhalant abuse can lead to addiction and dependence. 19

Research Differences

Various approaches have been explored to address inhalant abuse, including pharmacotherapy, immunotherapy, environmental enrichment, nasal steroid administration, and others. 28 21 10 3 However, the effectiveness and efficacy of these treatment methods have not been fully established. 18

Consistency and Contradictions in Results

Inhalant abuse has been shown to lead to a variety of health risks. 1 13 15 16 However, there is no established, effective treatment for inhalant abuse. 28 21 10 3 Further research is needed. 18

Real-World Application Notes

Misuse of inhalants can lead to addiction and dependence. 19 It is important to follow a doctor's instructions when using inhalants. 8 24 2 Inhalant abuse is a serious health concern, so it is advisable to avoid using inhalants altogether. 1 13 15 16

Limitations of Current Research

Research on inhalant abuse is still limited. 21 18 28 In particular, more research is needed on effective treatments for inhalant abuse. 28 18

Future Research Directions

Further research is needed to develop effective treatments for inhalant abuse. 28 18 Many research questions remain, such as the mechanisms of inhalant addiction and dependence, the neuropsychological effects and cognitive impairment caused by inhalant abuse, and the effectiveness of treatments for inhalant abuse. 1 13 15 21 10 3

Conclusion

Inhalants are used for a variety of purposes, but misuse can lead to addiction, dependence, and health risks. 19 It is important to follow a doctor's instructions when using inhalants. 8 24 2 Inhalant abuse is a serious health concern, so it is advisable to avoid using inhalants altogether. 1 13 15 16 There is no established, effective treatment for inhalant abuse. 28 21 10 3 More research is needed to understand the mechanisms of inhalant abuse and to develop effective treatments. 18

Treatment List

Pharmacotherapy, immunotherapy, environmental enrichment, nasal steroid administration, essential oil inhalation, yoga


Literature analysis of 28 papers
Positive Content
16
Neutral Content
1
Negative Content
11
Article Type
1
0
1
8
27

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Author: MatricardiP M, Kleine-TebbeJ, HoffmannH J, ValentaR, HilgerC, HofmaierS, AalberseR C, AgacheI, AseroR, Ballmer-WeberB, BarberD, BeyerK, BiedermannT, BilòM B, BlankS, BohleB, BosshardP P, BreitenederH, BroughH A, CaraballoL, CaubetJ C, CrameriR, DaviesJ M, DouladirisN, EbisawaM, EIgenmannP A, Fernandez-RivasM, FerreiraF, GadermaierG, GlatzM, HamiltonR G, HawranekT, HellingsP, Hoffmann-SommergruberK, JakobT, JappeU, JutelM, KamathS D, KnolE F, KorosecP, KuehnA, LackG, LopataA L, MäkeläM, MorissetM, NiederbergerV, Nowak-WęgrzynA H, PapadopoulosN G, PastorelloE A, PauliG, Platts-MillsT, PosaD, PoulsenL K, RaulfM, SastreJ, ScalaE, SchmidJ M, Schmid-GrendelmeierP, van HageM, van ReeR, ViethsS, WeberR, WickmanM, MuraroA, OllertM


Language : English


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