Assertion: osteocyte's matrix | /r/HasProperty | perilacunar
Facets:
Source sentences:
text: During lactation, osteocyte lacunae are enlarged significantly in both cortical and trabecular bone compared with virgin and postweaned animals,79 showing that healthy osteocytes can remove and replace their perilacunar matrix and potentially play a role in mineral homeostasis during a calcium‐demanding condition such as lactation.
text: During lactation, osteocyte lacunae are enlarged significantly in both cortical and trabecular bone compared with virgin and postweaned animals,79 showing that healthy osteocytes can remove and replace their perilacunar matrix and potentially play a role in mineral homeostasis during a calcium‐demanding condition such as lactation.
text: During lactation, osteocyte lacunae are enlarged significantly in both cortical and trabecular bone compared with virgin and postweaned animals,79 showing that healthy osteocytes can remove and replace their perilacunar matrix and potentially play a role in mineral homeostasis during a calcium‐demanding condition such as lactation.
text: During lactation, osteocyte lacunae are enlarged significantly in both cortical and trabecular bone compared with virgin and postweaned animals,79 showing that healthy osteocytes can remove and replace their perilacunar matrix and potentially play a role in mineral homeostasis during a calcium‐demanding condition such as lactation.
text: During lactation, osteocyte lacunae are enlarged significantly in both cortical and trabecular bone compared with virgin and postweaned animals,79 showing that healthy osteocytes can remove and replace their perilacunar matrix and potentially play a role in mineral homeostasis during a calcium‐demanding condition such as lactation.
text: During lactation, osteocyte lacunae are enlarged significantly in both cortical and trabecular bone compared with virgin and postweaned animals,79 showing that healthy osteocytes can remove and replace their perilacunar matrix and potentially play a role in mineral homeostasis during a calcium‐demanding condition such as lactation.
text: Interestingly, under certain conditions, such as calcium-demanding conditions, the osteocyte can actually remove its perilacunar matrix (mimicking the osteoclast) and also can replace that matrix (mimicking the osteoblast); this is known as osteocyte perilacunar remodeling.
text: Interestingly, under certain conditions, such as calcium-demanding conditions, the osteocyte can actually remove its perilacunar matrix (mimicking the osteoclast) and also can replace that matrix (mimicking the osteoblast); this is known as osteocyte perilacunar remodeling.