… chondrocyte differentiation and further elucidate the effects that Wnt5a has on chondrogenesis
and chondrocyte … represses chondrocyte hypertrophy through novel induction of NF-κB, in …

… of chondrogenic differentiation is initiated by transient NF-κB/… of chondrogenic differentiation
is regulated by transient NFκB/… differentiation a transient activation of NF-κB/p65 occurs …

… pathway, has a number of NF-κB-independent and kinase-… chondrocyte hypertrophic
differentiation and collagenase activity. In this short review, we will discuss the role of NF-κB …

… homeostasis of chondrocytes ensures … chondrocyte differentiation. Additionally, the mechanism
by which ROS/RNS regulate signalling proteins and transcription factors in chondrocytes …

… chondrogenic cell line indicate the importance of transient NF-κB activation in the initiation of
chondrogenic differentiation. … activation of NF-κB during the first few hours of chondrogenic …

… the expression of COX-2 in chondrocyte differentiation and inflammatory response we took
advantage of the MC615 chondrogenic cell line able to differentiate in culture, a cell system …

… chondrogenic differentiation via binding to an NF-κB binding motif in the SOX9 promoter. …
of RelA in chondrogenic differentiation. Among the NF-κB family members transfected in HeLa …

… Activation of Wnt signaling promotes osteoblast differentiation but suppresses chondrocyte
differentiation of MSCs [25, 26]. Wnt can be divided into two classes: Wnt-1 class (Wnt-1, -3a, -…

… Mitogen-activated protein kinase (MAPK) is a signal transduction pathway in cartilage, which
plays an essential role in chondrogenic differentiation. The MAPK cascade consist of three …

… by or required NF-κB, we performed differentiation experiments in the chondrocytic cell line
… NF-κB inhibits mesenchymal chondrocytic differentiation in vivo. MC615 cells expressing Tet…