MiR-1a-3p/Fcgr4-dependent osteoclast activation regulates pathological bone loss - Poll - MDSpire

MiR-1a-3p/Fcgr4-dependent osteoclast activation regulates pathological bone loss

  • By

  • Jiayao Zhang

  • Yun Zhai

  • Liang He

  • Yunping Song

  • Mingxuan Lu

  • Xuerui Xiang

  • Jiehong Huang

  • Jinyin Huang

  • Weiqing Tian

  • Yue Zhao

  • Shuxian Lin

  • Weicai Liu

  • May 25, 2026

  • 0 min

Share

Original Source(s)

MiR-1a-3p/Fcgr4-dependent osteoclast activation regulates pathological bone loss

  • by Jiayao Zhang, Yun Zhai, Liang He, Yunping Song, Mingxuan Lu, Xuerui Xiang, Jiehong Huang, Jinyin Huang, Weiqing Tian, Yue Zhao, Shuxian Lin, Weicai Liu

  • May 25, 2026

Related Content

An explainable predictive machine learning model of osteopenia for perimenopausal women based on clinical data: a retrospective single-center study

Machine Learning May Help Refine Fracture Risk Prediction

"Machine learning should be used to identify postmenopausal women at increased risk of fractures."

Top 10 States With Rising Demand for Physicians

These 10 states report physician shortages, projected physician supply gaps, or physician-to-population ratios below national benchmarks.