Oral mucosal tissue closure following tooth extraction in mice.

(A) Representative photographs of tooth-extraction sockets from the maxillary first molar at various post-extraction days. (B) Area quantification of the tooth-extraction sockets over the indicated days post-extraction, demonstrating the dynamics of the...

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Bibliographic Details
Main Author:	Sol Kim (331410) (author)
Other Authors:	Minju Song (9423420) (author), Drake Williams (22057209) (author), Wen Du (1857862) (author), Inwoo Cho (22057212) (author), Eunbin Bae (22057215) (author), Joey Kim (22057218) (author), Ahana Goswami (22057221) (author), Ki-Hyuk Shin (9647647) (author), No-Hee Park (245638) (author), Reuben H. Kim (4740225) (author)
Published:	2025
Subjects:	Biophysics Medicine Cell Biology Physiology Biotechnology Sociology Developmental Biology Cancer Virology Computational Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified time &# 8211 significant mineralization observed provide novel insights maxillary first molars identified elevated expression collagen deposition began xlink "> healing epithelial tissue closure early cellular events tooth extraction temporal changes steadily increasing socket walls sharp increase scaffold essential remained around rankl throughout proper healing osteomucosal healing oral cavity microct ). investigated spatial healing stages hard tissues findings demonstrated early stages documented previously dentoalveolar trauma day 7 day 6 day 5 day 2 computed tomography bone tissues bone formation
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Oral mucosal tissue closure following tooth extraction in mice.

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