ey0021.14-17 | YES contributions by Dr. Simge Eren (14.17 and 14.18) | ESPEYB21
Babey Muriel E.
, Krause William C.
, Chen Kun
, Herber Candice B.
, Torok Zsofia
, Nikkanen Joni
, Rodriguez Ruben
, Zhang Xiao
, Castro-Navarro Fernanda
, Wang Yuting
, Wheeler Erika E.
, Villeda Saul
, Leach J. Kent
, Lane Nancy E.
, Scheller Erica L.
, Chan Charles K. F.
, Ambrosi Thomas H.
, Ingraham Holly A.
Brief Summary:This study shows that brain-derived cellular communication network factor 3 (CCN3) is a potent osteoanabolic hormone to enhance bone formation in lactating female mice. CCN3 is produced by KISS1 neurons in the brain, and operates through a unique signaling pathway that interacts with bone-forming osteoblasts leading to increased bone formation.During lactation, the increased calcium demand for milk production leads to considerable bone loss...