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Decreasing nasal mucus Ca++ improves hyposmia

Volume: 43 - Issue: 2

First page: 130 - Last page: 134

G. Panagiotopoulos - S. Naxakis - A. Papavasiliou - K. Filipakis - G. Papatheodorou - P. Goumas

It is well documented that cytoplasmic Ca++ regulates sensitivity to cyclic adenosine monophosphate (cAMP). There is also evidence that Ca++ in the mucus may also modulate sensitivity to cAMP in vivo. Assuming that mucosal Ca++ could significantly change the excitability of the receptor neurons, we examined the alterations in the olfactory sensitivity by creating small changes in mucosal Ca++. Thirty one patients complaining of olfactory loss were examined and their olfactory acuity was measured before and after the administration of a sodium citrate buffer solution in the nasal cleft. Thirty patients (96.8%) improved their scores in less than an hour period of time. Furthermore, 23 of them (74.2%) realized an improvement in their own sense of smell.

G. Panagiotopoulos - S. Naxakis - A. Papavasiliou - K. Filipakis - G. Papatheodorou - P. Goumas - Decreasing nasal mucus Ca++ improves hyposmia

Rhinology 43-2: 130-134, 2005

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