Multi-dendritic cibarium neurons in the fly pharynx sense mechanical force during swallowing by NOMPC, piezo, and Tmc, besides, these neurons interact with motor neurons to control food swallow.

In conclusion, by identifying PEBP1 as an amplifier of mitochondrial stress signals, our study provides new insights into cytoplasmic mechanisms which ensure appropriate responses to acute ...

This study provides a valuable look at genome-wide RNaseA-resistant RNA-DNA interactions in human embryonic stem cells. The research indicated that RNase treatment maintained long-range RNA-chromatin ...

The current study presents useful findings about the inhibition of a membrane pyrophosphatase by non-hydrolyzable phosphonate substrate analogs. The study proposes a model in which the two monomers in ...

Molecular Cellular Pharmacology Graduate Program, University of Wisconsin-Madison, Madison, USA Department of General Surgery, Graduate School of Medicine, Chiba University, Chiba, Japan ...

This fundamental study combines Global Positioning System tracking and the analysis of social interactions among feral pigs, to provide insights into the likelihood of disease transmission based on ...

This important study by Bi and colleagues employed a clever genetics screen to uncover the role of the GidB rRNA methylase in translation fidelity, under certain conditions, in Mycobacterium smegmatis ...

This limits the wide impact of this study but can be used as a starting point to examine sex- and age differences in the transcriptome due to alternative splicing. Complex diseases often exhibit ...

Studying the fecal microbiota of wild baboons helps provide new insight into the factors that influence biological aging.

This important study used whole genome data to investigate Beefalo ancestry for the first time. It provides insight into the genetics of Beefalo cattle, definitively challenging the long-held claim of ...

Multiplexed assays of variant effect are an increasingly important tool in genetic research and including more context specificity in their design would aid interpretation and discovery.

A subset of cells in the brain coordinate bladder muscle and sphincter function to precisely control urination, according to new research.