A new probabilistic deep learning model called ResolVI corrects misassigned RNA molecules and batch effects in spatial transcriptomics data, sharpening...

A new benchmarking framework called SpaBEAT defines four types of batch effects in spatial transcriptomics and shows that no correction...

Small-sample RNA-sequencing studies often promise a window into the molecular changes that accompany disease, treatment response, or infection. Yet when...

A heart transplant can restore circulation, reverse advanced heart failure and give patients years of life, but the new organ...

A new study published in Translational Psychiatry reports an integrated map of how animals adapt to chronic high-altitude stress in...

A new viral science news report from Nature Communications highlights how comparing skin tissue at the molecular level across species...

In a significant leap for spatial transcriptomics, researchers have unveiled DISSECT, an innovative cell segmentation model that fuses cytological imaging...

The advent of three-dimensional histology has opened unprecedented avenues for exploring the complex molecular landscapes within intact organs. Traditionally, biological...

In a groundbreaking advance set to reshape the understanding and treatment of inflammatory bowel disease (IBD), a multinational team of...

In the rapidly evolving field of spatial biology, the quest to reconstruct three-dimensional molecular architectures of tissues from two-dimensional spatial...