CD4 Co-Receptor Regulates Sex-Specific NK Cell Responses to Acute Infection.

Immunity to ( ) is sexually dimorphic in humans and mice, with females having higher morbidity and mortality during immune dysfunction and HIV-AIDS. The mechanisms underlying these sex differences are unclear. We investigated how a lack of CD4+ T cells (CD4 co-receptor KO) impacted survival in mice.

Development of Etf-3-specific nanobodies to prevent Ehrlichia infection and LNP-mRNA delivery in cellular and murine models.

Ehrlichia chaffeensis is an obligatory intracellular bacterium that infects monocytes and macrophages and causes human monocytic ehrlichiosis. Ehrlichia translocated factor-3 (Etf-3) is a type IV secretion system effector that binds host-cell ferritin light chain and induces ferritinophagy, thus increasing cellular labile iron pool for Ehrlichia proliferation. To further characterize roles of Etf-3 in Ehrlichia infection, we produced immune libraries of Etf-3-specific nanobodies (Nbs).

RipE expression correlates with high ATP levels in , which confers resistance during the extracellular stage to facilitate a new cycle of infection.

Ehrlichiosis is a potentially life-threatening disease caused by infection with the obligatory intracellular bacteria species. infection of mice provides an animal model of ehrlichiosis as it recapitulates full-spectrum and lethal ehrlichiosis in humans. The transposon mutant of , which encodes a previously uncharacterized hypothetical protein, is attenuated in both infection and virulence in mice.

A non-invasive approach to skin cancer diagnosis via graphene electrical tattoos and electrical impedance tomography.

Making up one of the largest shares of diagnosed cancers worldwide, skin cancer is also one of the most treatable. However, this is contingent upon early diagnosis and correct skin cancer-type differentiation. Currently, methods for early detection that are accurate, rapid, and non-invasive are limited.

Pedi-R-MAPP | the development, testing, validation, and refinement of a digital nutrition awareness tool.

Background & Aims: The Remote Malnutrition Application (R-MAPP) was developed during the COVID-19 pandemic to provide support for health care professionals (HCPs) working in the community to complete remote nutritional assessments and provide practical guidance for nutritional care. R-MAPP was adapted into Pediatric Remote Malnutrition Application (Pedi-R-MAPP) using a modified Delphi consensus, with the goal of providing a structured approach to completing a nutrition focused assessment as part of a technology enabled care service (TECS) consultation. The aim of this study was to develop and validate a digital version of Pedi-R-MAPP using the IDEAS framework (Integrate, Design, Assess and Share).