Systemic effects of H<sub>2</sub>S inhalation at human equivalent dose of pathologic halitosis on rats

Yeler, Defne Yalçın; Aydın, Murat; Gül, Mehmet; Hocaoğlu, Turgay Peyami; Özdemir, Hakan; Koraltan, Melike

doi:10.1080/00016357.2017.1350992

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2022

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“…Portable industrial sulfide monitors can be used for the measurement of halitosis-related sulfides in the oral cavity [70,71]. A portable industrial multi-gas detector (IBRID MX6) has been used for halitosis measurement studies [65,69,117,119]. It is sensitive to more than 150 gasses including VSC, ammonia, hydrogen and many organic gases.…”

Section: Alternative Techniques Insteadmentioning

confidence: 99%

Criticism of the organoleptic examination for the diagnosis of oral halitosis

Aydın¹

2022

J. Breath Res.

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Organoleptic examination (sniffing and scoring oral odor) was used as a reference standard of halitosis measurement. However, there are several problems that make the diagnostic value of organoleptic examination questionable. This paper revisits risks, inconsistencies and redundancies in protocols and concepts related to organoleptic examination by comparing contemporary techniques and gas detectors or electronic noses. It can be concluded that there is no reason to think that scoring the odor by sniffing the mouth of the patients obtains sufficient evidence for the diagnosis of halitosis.

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Section: Alternative Techniques Insteadmentioning

confidence: 99%

Criticism of the organoleptic examination for the diagnosis of oral halitosis

Aydın¹

2022

J. Breath Res.

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Systemic effects of H₂S inhalation at human equivalent dose of pathologic halitosis on rats

Abstract: It can be concluded that HS inhalation equivalent to pathologic halitosis producing level in humans may lead to systemic effects, particularly heart or liver damage in rats.

Cited by 1 publication

References 32 publications

Criticism of the organoleptic examination for the diagnosis of oral halitosis

Criticism of the organoleptic examination for the diagnosis of oral halitosis

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Systemic effects of H2S inhalation at human equivalent dose of pathologic halitosis on rats

Abstract: It can be concluded that HS inhalation equivalent to pathologic halitosis producing level in humans may lead to systemic effects, particularly heart or liver damage in rats.

Cited by 1 publication

References 32 publications

Criticism of the organoleptic examination for the diagnosis of oral halitosis

Criticism of the organoleptic examination for the diagnosis of oral halitosis

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Systemic effects of H₂S inhalation at human equivalent dose of pathologic halitosis on rats