Matches in Nanopublications for { ?s ?p <http://purl.org/aida/Mechanical+wounding+induces+significant+ROS+generation+at+the+wound+edge+which%2C+in+turn%2C+induced+ligand-independent+KGFR+and+FRS2+activation+via+c-Src+kinase+signaling.> ?g. }
Showing items 1 to 3 of
3
with 100 items per page.
- assertion asSentence Mechanical+wounding+induces+significant+ROS+generation+at+the+wound+edge+which%2C+in+turn%2C+induced+ligand-independent+KGFR+and+FRS2+activation+via+c-Src+kinase+signaling. assertion.
- assertion asSentence Mechanical+wounding+induces+significant+ROS+generation+at+the+wound+edge+which%2C+in+turn%2C+induced+ligand-independent+KGFR+and+FRS2+activation+via+c-Src+kinase+signaling. assertion.
- assertion asSentence Mechanical+wounding+induces+significant+ROS+generation+at+the+wound+edge+which%2C+in+turn%2C+induced+ligand-independent+KGFR+and+FRS2+activation+via+c-Src+kinase+signaling. assertion.