Search Results - "Tantillo, Margaret"

WNT1-induced Secreted Protein-1 (WISP1), a Novel Regulator of Bone Turnover and Wnt Signaling by Maeda, Azusa, Ono, Mitsuaki, Holmbeck, Kenn, Li, Li, Kilts, Tina M., Kram, Vardit, Noonan, Megan L., Yoshioka, Yuya, McNerny, Erin M.B., Tantillo, Margaret A., Kohn, David H., Lyons, Karen M., Robey, Pamela G., Young, Marian F.

“…WISP1/CCN4 (hereafter referred to as WISP1), a member of the CCN family, is found in mineralized tissues and is produced by osteoblasts and their precursors…”
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Mechanical Loading Synergistically Increases Trabecular Bone Volume and Improves Mechanical Properties in the Mouse when BMP Signaling Is Specifically Ablated in Osteoblasts by Iura, Ayaka, McNerny, Erin Gatenby, Zhang, Yanshuai, Kamiya, Nobuhiro, Tantillo, Margaret, Lynch, Michelle, Kohn, David H, Mishina, Yuji

“…Bone homeostasis is affected by several factors, particularly mechanical loading and growth factor signaling pathways. There is overwhelming evidence to…”
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Loss of BMP signaling through BMPR1A in osteoblasts leads to greater collagen cross-link maturation and material-level mechanical properties in mouse femoral trabecular compartments by Zhang, Yanshuai, McNerny, Erin Gatenby, Terajima, Masahiko, Raghavan, Mekhala, Romanowicz, Genevieve, Zhang, Zhanpeng, Zhang, Honghao, Kamiya, Nobuhiro, Tantillo, Margaret, Zhu, Peizhi, Scott, Gregory J, Ray, Manas K, Lynch, Michelle, Ma, Peter X, Morris, Michael D, Yamauchi, Mitsuo, Kohn, David H, Mishina, Yuji

“…Highlights • Loss of BMPR1A in osteoblasts leads to more mature cross-links in collagen. • Loss of BMPR1A leads to a greater mineral-matrix ratio in trabecular…”
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Mechanical Loading Synergistically Increases Trabecular Bone Volume and Improves Mechanical Properties in the Mouse when BMP Signaling Is Specifically Ablated in Osteoblasts: e0141345 by Iura, Ayaka, McNerny, Erin Gatenby, Zhang, Yanshuai, Kamiya, Nobuhiro, Tantillo, Margaret, Lynch, Michelle, Kohn, David H, Mishina, Yuji

“…Bone homeostasis is affected by several factors, particularly mechanical loading and growth factor signaling pathways. There is overwhelming evidence to…”
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