@book{oai:shinshu.repo.nii.ac.jp:00043902,
 author = {KAWAKAMI, TOSHIYUKI and KANAKO, KEIKO and TAKAYA, TATSUO and AOKI, SAEKA and MURAOKA, RINA and OKAFUJI, NORIMASA and SHOUMURA, MASAHITO and OSUGA, NAOTO and TSUJIKAWA, HIDETSUGU and NAGATUKA, HITOSHI},
 month = {Nov},
 note = {In general, remodeling phenomenon of the periodontal ligament (PDL) is occurring in all times. Thus, in the chapter, the word “maintenance” was used, and the chapter title is “Maintenance of Periodontal Ligament Homeostasis.” Our experimental data on the remodeling of the PDL with cell acceleration at the furcation area in this experimental model are recovered using the cells in situ and the bone marrow-derived cells (BMCs).BMC migration into the PDL tissues using green Ěuorescent protein (GFP)bone　marrow-transplanted  model  mouse  was  examined.  BMCs  have  abilities  of　cell  migration  and diěerentiation into　tissues/organs in the body. The  immunohistochemistry  revealed that GFP-positive cells were detected in the PDL.GFP-positive cells were also positive to  CD31,  CD68,  and  Runx2 suggesting  that  ębroblasts  diěerentiated  into  osteoclasts and tissue macrophages. In this　way, Notch signaling involvement considered in our tentative examinations revealed　that the experimentally induced periodontal polyp was examined; the cytological　dynamics of the cells in granulation tissue are mainly from migration of　undiěerentiated mesenchymal cells of the bone marrow and diěerentiate into the　tissue-specięed cells. Furthermore, the data suggest that cell diěerentiation is due to　Notch signaling., Edited by Thomas Heinbockel and Vonnie D.C. Shields : Published in London : IntechOpen, 2019., application/pdf, 978-1-78984-971-4},
 title = {Chapter 6 : Bone marrow masenchymal cell contribution in maintenance of periodontal ligament homeostasis.},
 year = {2018}
}