Furthermore, parthenolide was found to modulate microtubule dynamics by interfering with the detyrosination of α-tubulin, a specific posttranslational modification of the cytoskeleton.  Furthermore, chemical probe development from parthenolide is discussed, leading to a qualified summary of reported biological activities and implicated or identified targets. 
THERM
Furthermore, parthenolide was found to modulate microtubule dynamics by interfering with the detyrosination of α-tubulin, a specific posttranslational modification of the cytoskeleton.  Furthermore, chemical probe development from parthenolide is discussed, leading to a qualified summary of reported biological activities and implicated or identified targets. 
THERM
Furthermore, parthenolide was found to modulate microtubule dynamics by interfering with the detyrosination of α-tubulin, a specific posttranslational modification of the cytoskeleton.  Furthermore, chemical probe development from parthenolide is discussed, leading to a qualified summary of reported biological activities and implicated or identified targets. 
THERM
Furthermore, parthenolide was found to modulate microtubule dynamics by interfering with the detyrosination of α-tubulin, a specific posttranslational modification of the cytoskeleton.  Furthermore, chemical probe development from parthenolide is discussed, leading to a qualified summary of reported biological activities and implicated or identified targets. 
THERM