https://www.selleckchem.com/products/shr0302.html In response to nutrient limitation, many animals, including Caenorhabditis elegans, slow or arrest their development. This process requires mechanisms that sense essential nutrients and induce appropriate responses. When faced with nutrient limitation, C. elegans can induce both short and long-term survival strategies, including larval arrest, decreased developmental rate, and dauer formation. To select the most advantageous strategy, information from many different sensors must be integrated into signaling pathways, including target of rapamycin (TOR) and insulin, that regulate developmental progression. Here, how nutrient information is sensed and integrated into developmental decisions that determine developmental rate and progression in C. elegans is reviewed. © 2020 WILEY Periodicals, Inc.Multiple sharp force injuries in a victim make it difficult to distinguish between homicide and suicide. Forensic pathologists also may be unable to determine the total survival time and the survival time with physical activity due to lack of evidence. The authors report here on a case of nineteen stab wounds of the neck, which led to an initial suspicion of homicide. The scene was however captured on surveillance video, which provided a precise description of the wound mechanism and led to the injuries being reclassified as suicidal. No other description of a suicide with such a high number of severe stab wounds has been documented in the literature. The video footage provided additional information concerning survival time. Physical activity was well documented during at least 4 min after the last stab wound and the total survival period was at least 6 min, despite the perforation of both jugular veins and the trachea. Vein injuries are less rapidly lethal than artery injuries. Injuries of the major airways are not immediately lethal and do not lead to immediate incapacitation. The benefit of the video evidence is to highligh