The extant literature has largely conceptualized abusive supervision as a hot and impulsive form of aggression. In this paper, we offer a cold and strategic perspective on how abusive supervision might be used strategically to achieve goals. Drawing on the Machiavellian literature and social interaction theory of aggression, we develop a moderated serial mediation model, in which leader Machiavellianism predicts their strategic use of abusive supervision on subordinates via the mediating role of leaders’ guanxi with direct supervisor. We further theorize (...) that this mediation effect is more pronounced when guanxi among team members (team member guanxi, TMG) is stronger, because Mach leaders are more likely to perceive high TMG as a threat to their power. Finally, we propose that Mach leaders’ strategic use of abusive supervision has negative implications for team outcomes, manifested in low levels of team voice and team organizational citizenship behaviors toward fellow team members (OCBI). Analyses of two studies—Study 1 using multi-wave data (355 leaders) from a US sample and Study 2 using a multi-wave, multi-source, and multilevel data (1252 subordinates and 273 leaders) from a Chinese sample—corroborated our model. This study provides a comprehensive examination of who, how, and when strategic abuse unfolds in the workplace and its negative implication for team outcomes. (shrink)

The assembly of the major small nuclear ribonucleoprotein (snRNP)d̊ particles begins in the cytoplasm where large pools of common core proteins are preassembled in several RNA‐free intermediate particles. Newly synthesized snRNAs transiently enter the cytoplasm and complex with core particles to form pre‐snRNP particles. Subsequently, the cap structure at the 5/end of the snRNA is hypermethylated. The Resulting trimethylguanosine (TMG) cap is an integral part of the nuclear localization signal for snRNP particles and the pre‐snRNP particles are rapidly transported into (...) the nucleus. SnRNP particles mature when snRNA‐specific proteins complex with the particles, in some cases, just before or during nuclear transport, but in most instances after the particles are in the nucleus. In addition, U6 snRNA hybridizes with U4 snRNA to form a U4/U6 snRNP in the nucleus. The transport signals are retained on the snRNP particles and proteins since existing particles and proteins enter the reformed nucleus after mitosis. (shrink)