QOL is important to older adults and must be central in planning and discussing their care. It is modifiable but presents measurement challenges in this population. Various domains are associated with decline, survival, satisfaction with life, coping, and different interventions. Measurement approaches must fit with intention and capacity to act within given contexts.

QOL is important to older adults and must be central in planning and discussing their care. It is modifiable but presents measurement challenges in this population. Various domains are associated with decline, survival, satisfaction with life, coping, and different interventions. Measurement approaches must fit with intention and capacity to act within given contexts.

Despite established benefits of palliative care in the oncology population, it remains an underutilized resource particularly among older adults. The illness trajectory and needs of an older adult with cancer are unique. The purpose of this paper is to review the current literature on providing comprehensive palliative and end-of-life care for the older adult with cancer.

Though the difficulties of applying traditional palliative care principles in the older patients with cancer have been discussed, this review reveals a clear gap in the literature in discussing the provision of comprehensive palliative and end-of-life care in this population. Very few articles have been published in this domain with even fewer published within the past 18 months.

As such, this article reviews key aspects of palliative and geriatric medicine that need to be considered and integrated in order to provide comprehensive palliative care to the older adult with cancer. This includes a discussion of proper pain and symptoms assessment, performance status assessment, advance care planning, and end-of-life care while considering the nuances of geriatric syndromes.

As such, this article reviews key aspects of palliative and geriatric medicine that need to be considered and integrated in order to provide comprehensive palliative care to the older adult with cancer. This includes a discussion of proper pain and symptoms assessment, performance status assessment, advance care planning, and end-of-life care while considering the nuances of geriatric syndromes.

This review highlights the latest development in the use of geriatric assessment(GA) and frailty assessment for older adults with cancer.

From 2019, there were six large randomized controlled trials (RCTs) completed of GA for older adults with cancer, as well as several studies of frailty screening tools.

The findings in this review highlight the benefits of implementing GA, followed by interventions to address the identified issues (GA -guided interventions). Four of six RCTs that implemented GA for older adults with cancer showed positive impact on various outcomes, including treatment toxicity and quality of life. MIRA-1 concentration GA implementation varied significantly between studies, from oncologist acting on GA summary, geriatrician comanagement, to full GA by a multidisciplinary team. However, there were several barriers reported to implementing GA for all older adults with cancer, such as access to geriatrics and resource issues. Future research needs to elucidate how to best operationalize GA in various cancer settings. The authors also reviewed frailty screening tools and latest evidence on their use and impact.

The findings in this review highlight the benefits of implementing GA, followed by interventions to address the identified issues (GA -guided interventions). Four of six RCTs that implemented GA for older adults with cancer showed positive impact on various outcomes, including treatment toxicity and quality of life. GA implementation varied significantly between studies, from oncologist acting on GA summary, geriatrician comanagement, to full GA by a multidisciplinary team. However, there were several barriers reported to implementing GA for all older adults with cancer, such as access to geriatrics and resource issues. Future research needs to elucidate how to best operationalize GA in various cancer settings. The authors also reviewed frailty screening tools and latest evidence on their use and impact.

Recent military conflicts have produced substantial improvements in the care of service members who experience blast injuries. As conflicts draw down, it is important to preserve and improve skills gained in combat. It is unknown whether civilian blast injuries can serve as a surrogate for military blast trauma. To guide further research, it is crucial to understand the volume, severity, and distribution of civilian blast injury in the civilian population.

(1) What proportion of US trauma admissions are a result of blast injury? (2) What are the common mechanisms, and what is the demographic breakdown of civilian patients presenting to trauma centers after blast injuries? (3) What is the severity, and what are the characteristics of injuries sustained by civilian patients after blast injuries?

We queried the American College of Surgeons National Trauma Databank (NTDB), a national aggregation of trauma registry data which captures robust mechanism of injury and wounding pattern information, for any patie, and in many (though not all) respects they seem similar to those described in published case series of military blast victims. Key differences include age and gender (civilian injuries more commonly involve women and older patients than do those in military studies). The potential of civilian blast patient care as a surrogate for study and clinical experience for military surgeons in the interwar period-as recommended by the National Academies of Sciences, Engineering, and Medicine report-is supported by our preliminary results. Future interventions or training programs would likely need to rely on multisite or targeted partnerships to encounter appropriate numbers of patients with blast injuries.

Level IV, prognostic study.

Level IV, prognostic study.

Sensing of nutrients is foundational for life and allows for cellular adaption to environmental stress. The aim of this review is to provide a basic background and overview of new data on cellular nutrient sensing.

We focus on sensing of energy by adenosine monophosphate-activated protein kinase, sensing of amino acids via general amino acid control nonderepresible 2 and regulation of cellular metabolism via mammalian target of rapamycin pathways. Over the last 5 years, new data has elucidated how these pathways are both interconnected and regulated by amino acids.

Regulation of these pathways is complex and tightly orchestrated in order to provide unified cellular responses that meet environmental demands. Amino acids provide key cues for the regulation of mammalian target of rapamycin pathways, in particular.

Regulation of these pathways is complex and tightly orchestrated in order to provide unified cellular responses that meet environmental demands. Amino acids provide key cues for the regulation of mammalian target of rapamycin pathways, in particular.