Publications by authors named "A C Fenton"

Context: Timely and transparent serious illness conversations (SIC) between family caregivers and patients facilitate high-quality end-of-life care and patients' and family caregivers' mental wellbeing, but frequently do not occur, happen too late, or are incomplete. While social relations and roles shape communication, few studies explore their influence on patient-caregiver SICs.

Objectives: Investigate how the parent-child relation and roles shape SICs between cancer patients and their adult-child caregivers (ACC), the largest caregiver population.

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Microbial populations are often exposed to long-term abiotic disturbances, which can reduce population viability and cause local extinction. Eco-evolutionary theory suggests that spatial refuges can facilitate persistence and evolutionary rescue. However, one drawback of spatial refuges is reduced exposure to nutrients such as carbon and oxygen, suggesting the protective effect of refuges depends on the interplay between environmental conditions and the degree of stress.

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Fragile X messenger ribonucleoprotein (FMRP) is a critical regulator of translation, whose dysfunction causes fragile X syndrome. FMRP dysfunction disrupts mitochondrial health in neurons, but it is unclear how FMRP supports mitochondrial homoeostasis. Here we demonstrate that FMRP granules are recruited to the mitochondrial midzone, where they mark mitochondrial fission sites in axons and dendrites.

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Purpose: Serious illness conversations (SICs) are discussions between clinicians and cancer patients about illness understanding, information preferences, and goals of care. Interventions to prompt SICs increase SIC rates and improve care delivery near the end of life. This embedded substudy examined SIC barriers and facilitators among "refractory" patients without an SIC despite enrollment in an SIC clinical trial.

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Article Synopsis
  • Memories are formed in the brain during learning and become stable through a process called reactivation after the learning phase.
  • A strong negative experience in mice leads to the reactivation not just of that recent memory, but also of a related neutral memory formed two days earlier, linking these memories in a way that influences future fear responses.
  • The study suggests that this co-reactivation happens more during wakefulness and helps the brain integrate and relate different memories over time.
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