Lipid droplets (LDs) are ubiquitous, neutral lipid storage organelles that act as hubs of metabolic processes. LDs are structurally unique with a hydrophobic core that mainly consists of neutral lipids, sterol esters, and triglycerides, enclosed within a phospholipid monolayer. Nascent LD formation begins with the accumulation of neutral lipids in the endoplasmic reticulum (ER) bilayer. The ER membrane proteins such as seipin, LDAF1, FIT, and MCTPs are reported to play an important role in the formation of nascent LDs. As the (...) LDs grow, they unmix from the highly charged ER membrane to form mature LDs. LD biogenesis is an exciting, emerging research area, and herein, we discuss the recent progress in our understanding of the formation of eukaryotic nascent LDs. We focus on the role of ER membrane shaping proteins such as reticulons and reticulon‐like proteins, membrane lipids, and cytoskeleton proteins such as septin in the formation of nascent LDs. (shrink)

The article sets the tone for the rest of this journal by raising some fundamental question of the relevance of the margins for theology of the local church. It explores a possible theology for the local church in the margins of our society. Purusing the theme of Jubilee as ‘presence’ rather than as activism, the author explores five themes for constructing a missiology for the local church’s in the margins. The article defines the local church in the margins of our (...) society as a disruptive prophetic presence. (shrink)

Introduction -- Evolution: how life and we came about -- Medicine: our health, illnesses and healing -- Order, disorder and chaos: complex phenomena around us -- Motion, space and time: where and when we are -- Cosmology: how did our universe come about -- Religion, science and scientists -- Science for life.