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- assertion asSentence Mechanical+stress+regulates+Runx2+activation+and+favors+osteoblast+differentiation+through+the+activation+of+MAPK+signal+transduction+pathways+and+Ras%2FRaf-dependent+ERK1%2F2+activation%2C+independent+of+p38+MAPK+signaling. assertion.
- assertion asSentence Mechanical+stress+regulates+Runx2+activation+and+favors+osteoblast+differentiation+through+the+activation+of+MAPK+signal+transduction+pathways+and+Ras%2FRaf-dependent+ERK1%2F2+activation%2C+independent+of+p38+MAPK+signaling. assertion.
- assertion asSentence Mechanical+stress+regulates+Runx2+activation+and+favors+osteoblast+differentiation+through+the+activation+of+MAPK+signal+transduction+pathways+and+Ras%2FRaf-dependent+ERK1%2F2+activation%2C+independent+of+p38+MAPK+signaling. assertion.
- assertion asSentence Mechanical+stress+regulates+Runx2+activation+and+favors+osteoblast+differentiation+through+the+activation+of+MAPK+signal+transduction+pathways+and+Ras%2FRaf-dependent+ERK1%2F2+activation%2C+independent+of+p38+MAPK+signaling. assertion.
- assertion asSentence Mechanical+stress+regulates+Runx2+activation+and+favors+osteoblast+differentiation+through+the+activation+of+MAPK+signal+transduction+pathways+and+Ras%2FRaf-dependent+ERK1%2F2+activation%2C+independent+of+p38+MAPK+signaling. assertion.
- assertion asSentence Mechanical+stress+regulates+Runx2+activation+and+favors+osteoblast+differentiation+through+the+activation+of+MAPK+signal+transduction+pathways+and+Ras%2FRaf-dependent+ERK1%2F2+activation%2C+independent+of+p38+MAPK+signaling. assertion.
- assertion asSentence Mechanical+stress+regulates+Runx2+activation+and+favors+osteoblast+differentiation+through+the+activation+of+MAPK+signal+transduction+pathways+and+Ras%2FRaf-dependent+ERK1%2F2+activation%2C+independent+of+p38+MAPK+signaling. assertion.