Acta oto-laryngologica · 2022
Minor salivary gland infection as origin of peritonsillitis - novel theory and preliminary results.
СтатьяНазвание и аннотация: Перевод в очереди
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Vanhapiha Nelli, Sanmark Enni, Blomgren Karin, Wikstén Johanna
Аннотация
BACKGROUND: Peritonsillitis (PT) is defined as cellulitis in peritonsillar tissue without pus. The pathogenesis of peritonsillar infections is controversial.
OBJECTIVE: To explore whether minor salivary glands are involved in the development of PT and to identify clinical findings that predict the evolution of PT to peritonsillar abscess (PTA).
MATERIAL AND METHODS: We included 146 adult patients treated for acute tonsillitis (AT; n = 54), PT (n = 34), or PTA (n = 58) at the Helsinki University Hospital. The treating physician recorded tonsillar, oropharyngeal, and dental findings. We analysed serum C-reactive protein (S-CRP) and amylase (S-Amyl). For PTA, pus samples were analysed; for AT and PT, throat cultures were collected. Patients with PT or PTA (PT/PTA; n = 92) were classified into groups with or without tonsillar exudate or hyperaemia (tonsillar findings).
RESULTS: The PT group without tonsillar findings had lower S-CRP than the PT group with tonsillar findings (p=.0275). The PT/PTA group without tonsillar findings had higher S-Amyl than the PT/PTA group with tonsillar findings (p=.0278). Three out of 34 (8.8%) patients with PT returned to the emergency department; 1 (2.9%) developed PTA.
CONCLUSIONS: Elevated S-Amyl in the PT/PTA group without tonsillar findings suggests that minor salivary glands are sometimes involved in the development of peritonsillar infections.
OBJECTIVE: To explore whether minor salivary glands are involved in the development of PT and to identify clinical findings that predict the evolution of PT to peritonsillar abscess (PTA).
MATERIAL AND METHODS: We included 146 adult patients treated for acute tonsillitis (AT; n = 54), PT (n = 34), or PTA (n = 58) at the Helsinki University Hospital. The treating physician recorded tonsillar, oropharyngeal, and dental findings. We analysed serum C-reactive protein (S-CRP) and amylase (S-Amyl). For PTA, pus samples were analysed; for AT and PT, throat cultures were collected. Patients with PT or PTA (PT/PTA; n = 92) were classified into groups with or without tonsillar exudate or hyperaemia (tonsillar findings).
RESULTS: The PT group without tonsillar findings had lower S-CRP than the PT group with tonsillar findings (p=.0275). The PT/PTA group without tonsillar findings had higher S-Amyl than the PT/PTA group with tonsillar findings (p=.0278). Three out of 34 (8.8%) patients with PT returned to the emergency department; 1 (2.9%) developed PTA.
CONCLUSIONS: Elevated S-Amyl in the PT/PTA group without tonsillar findings suggests that minor salivary glands are sometimes involved in the development of peritonsillar infections.