Fluoride resistance capacity in mammalian cells involves complex global gene expression changes.

Abstract:

:Fluorine is a bone-seeking element ubiquitously present in the environment and widely used in many oral hygiene products. In humans, excessive intake of fluoride may cause dental and skeletal fluorosis. However, endemic fluorosis does not appear to develop in a proportion of individuals exposed to the same levels of fluoride. The mechanisms by which mammalian cells resist fluoride are still unclear. In this study, we developed strains of mouse L-929 cells resistant to different levels of fluoride. High-throughput RNA-sequencing analyses of the fluoride-resistant L-929 cells indicated that massive changes in global gene expression occurred, compared with the wild-type L-929 cells. The main biological processes and functions changed were associated with the extracellular region and matrix, response to stress, receptor binding, and signal transduction. This indicated that high doses of fluoride not only exerted stress on L-929 cells but also induced functional pathways that helped them adapt to the presence of fluoride or to expel it. These data should prove useful in identifying cellular processes or transporters/channels that play central roles in adaptation to or expulsion of fluoride in humans.

journal_name

FEBS Open Bio

journal_title

FEBS open bio

authors

Ran S,Sun N,Liu Y,Zhang W,Li Y,Wei L,Wang J,Liu B

doi

10.1002/2211-5463.12236

subject

Has Abstract

pub_date

2017-06-05 00:00:00

pages

968-980

issue

7

issn

2211-5463

pii

FEB412236

journal_volume

7

pub_type

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