Publications by authors named "M Feige"
The molecular mechanisms by which worm parasites evade host immunity are incompletely understood. In a mouse model of intestinal helminth infection using (), we show that helminthic glutamate dehydrogenase (heGDH) drives parasite chronicity by suppressing macrophage-mediated host defense. Combining RNA-seq, ChIP-seq, and targeted lipidomics, we identify prostaglandin E (PGE) as a major immune regulatory mechanism of heGDH.
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- High salt (HS) intake can worsen immune responses and contribute to the development of hypertensive vascular diseases, particularly after exposure to Ang II, a hormone that raises blood pressure.
- In experiments with mice, a short period of HS consumption led to increased inflammation and a higher occurrence of severe vascular issues when combined with Ang II infusion, despite no blood pressure differences between groups.
- The study concludes that transient HS intake triggers a mild immune response that becomes problematic when followed by Ang II exposure, suggesting that HS acts as a precursor to more significant hypertension-related health risks.
Aim: To investigate the professional dementia experts' understanding of a dementia-friendly hospital to identify its characteristics.
Design: We used a qualitative design embedded in a case study. A total of 16 semi-structured expert interviews were conducted with 17 professional dementia experts.
Article Synopsis
- Targeting acute myeloid leukemia (AML) with CAR-T cells is complex due to the widespread expression of AML antigens in healthy cells and the variability between different patients and even within the same patient's tumor cells.
- Single-cell analysis of 30 pediatric AML samples highlighted CD33, CD38, CD371, IL1RAP, and CD123 as key antigens, underscoring the need for multiple targeting strategies.
- The study introduces a modular Adapter CAR platform that allows for flexible and effective targeting of these antigens, showing that combining targets can lead to better treatment outcomes in heterogeneous AML populations.
Recruiting the endogenous editing enzyme adenosine deaminase acting on RNA (ADAR) with tailored guide RNAs for adenosine-to-inosine (A-to-I) RNA base editing is promising for safely manipulating genetic information at the RNA level. However, the precision and efficiency of editing are often compromised by bystander off-target editing. Here, we find that in 5'-UAN triplets, which dominate bystander editing, G•U wobble base pairs effectively mitigate off-target events while maintaining high on-target efficiency.
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