Publications by authors named "E B Lerner"

Whereas terminally exhausted T (Tex_term) cells retain anti-tumor cytotoxic functions, the frequencies of stem-like progenitor-exhausted T (Tex_prog) cells better reflect immunotherapeutic responsivity. Here, we examined the intratumoral cellular interactions that govern the transition to terminal T cell exhaustion. We defined a metric reflecting the intratumoral progenitor exhaustion-to-terminal exhaustion ratio (PETER), which decreased with tumor progression in solid cancers.

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Background: Laser interstitial thermal therapy (LITT) is a minimally invasive surgical treatment being employed frequently for radiographically progressive brain metastases. Considerable interest exists in combining LITT-mediated in situ vaccination to license immune checkpoint blockade (ICB). No studies have examined the clinical feasibility of this combination in brain metastases.

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Introduction: There are several options for receiving acute care besides emergency departments (ED), such as primary care physician (PCP) offices, urgent care centers (UCC), and telehealth services. It is unknown whether these alternative modes of care have decreased the number of ED visits for patients or whether they are considered before visiting the ED. A comprehensive study considering all potential methods of care is needed to address the evolving landscape of healthcare.

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Approximately 60 % of older adults with a hospitalized fracture receive post-acute care in a skilled nursing facility (SNF), yet fewer than 10-20 % receive osteoporosis treatment following a fracture. This study sought to understand SNF providers' perspectives on osteoporosis treatment and to receive feedback on a pocketcard to guide osteoporosis treatment in the post-acute care setting. We interviewed 17 SNF providers with 2+ years of post-acute care experience from 13 states.

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Article Synopsis
  • Traditional virus detection methods like PCR require a lot of time, technical expertise, and specialized lab equipment, while faster antigen tests lack sensitivity.
  • This study presents a new method using a confocal-based flow virometer that allows for quick and precise detection of single nanoparticles by leveraging laminar flow and fluorescence signals.
  • The research shows that this technology can accurately identify viruses, including SARS-CoV-2, and suggests the possibility of making it portable and user-friendly for clinical applications in the future.
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