The impact of Islam upon women’s entrepreneurship in conflict zones is woefully absent from the entrepreneurship literature. This is due to the absence of published scholarship about this context rather than the absence of Muslim women’s entrepreneurship there. To address the gap in the literature, we offer a contextualized analysis and contribution by adopting an Islamic feminism lens and explore how Islamic feminism empowers women entrepreneurs and their entrepreneurial activities and behaviours in conflict zones. We argue that Islamic feminism is (...) a process of ‘ijtihad’ shaping the business ethics of Muslim women entrepreneurs operating in conflict zones and removing the traditional, patriarchal, colonial and other cultural layers with which Islam has been veiled. The findings from the 16 Muslim women entrepreneurs operating in Afghanistan, Iraq and Palestine and participating in our study reveal that Islamic religiousness plays a critical role in shaping the Muslim women’s entrepreneurial behaviour and their ability to endure the hardships of living in a conflict zone. Within all three research contexts, the participants interpreted and practiced their Islamic religiousness in ways consistent with Islamic Feminism principles and that deviated from patriarchal Islam dominating their conflict zones. This paper contributes to the growing research areas on Islamic feminist foundations for business ethics and women’s entrepreneurship in conflict zones by exploring how Islamic feminism empowers women entrepreneurs in Muslim conflict zones. (shrink)

Autophagy functions in both selective and non‐selective ways to maintain cellular homeostasis. Endoplasmic reticulum autophagy (ER‐phagy) is a subclass of autophagy responsible for the degradation of the endoplasmic reticulum through selective encapsulation into autophagosomes. ER‐phagy occurs both under physiological conditions and in response to stress cues, and plays a crucial role in maintaining the homeostatic control of the organelle. Although specific receptors that target parts of the ER membrane, as well as, internal proteins for lysosomal degradation have been identified, the (...) molecular regulation of ER‐phagy has been elusive. Recent work has uncovered novel regulators of ER‐phagy that involve post‐translational modifications of ER‐resident proteins and functional cross‐talk with other cellular processes. Herein, we discuss how morphology affects the function of the peripheral ER, and how ER‐phagy modulates the turnover of this organelle. We also address how ER‐phagy is regulated at the molecular level, considering implications relevant to human diseases. (shrink)