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RNA sequencing powers a comprehensive Hormone Cell Atlas that maps hormone producing and hormone receiving cells across the human body at single cell resolution...
Single-cell RNA sequencing reveals more than 30 dendritic cell states across cancers, providing new insights into immune regulation, biomarker discovery, and future immunotherapy d...
In the continuously evolving landscape of cancer research, the tumor microenvironment (TME) has emerged as a pivotal frontier, revolutionizing our understanding of tumor biology an...
Indian scientists map over 200 brainstem nuclei at cell-level resolution, and they've made the entire dataset free for the world to use.
by Tal Shay, Christophe O. Benoist, Ricardo Grieshaber-Bouyer High-throughput single-cell assays reveal data that defies discrete categorization. The ‘cell cloud’ model, grounded...
Scientists at the Free University of Brussels (VUB) have delivered a groundbreaking advance in the realm of pancreatic cancer research by producing a high-resolution cellular map o...
New single-cell method maps protein-DNA interactions, revealing gene regulation changes and advancing multi-omics studies of health and disease.
Single-cell RNA sequencing of more than 1.1 million intestinal cells reveals inflammatory drivers, persistent epithelial changes, and new therapeutic targets in Crohn's disease......
A genome-scale CRISPRi atlas maps transcriptional consequences for 11,692 gene perturbations across more than 2.5 million human iPSCs. The resource reveals regulators of metabolism...
Scientists created an AI tool that can help to reveal how genes function together inside human cells dependent on the cellular context, which could ultimately help to support the d...
An improved cell analysis technique boosts sensitivity and stability, mapping lipid patterns in mouse brain tissue at 5 micrometer resolution.
Researchers developed a spatial atlas of tertiary lymphoid structures across multiple cancer types, revealing how key features vary across tumor types and may influence patient out...
In a groundbreaking study published in Nature, researchers have unveiled sophisticated predictive models linking the complex architecture of individual neurons in the mouse primary...
RNA sequencing combined with artificial intelligence reconstructed single-cell spatial organization from bulk data, revealing immune barriers that may influence colorectal cancer.....
AI-native platforms are reshaping stem cell research, making regenerative medicine faster, cheaper, and more precise.
Researchers developed a new system for programming human cells to make decisions like tiny computers. It lets cells process multiple cellular signals at once using fewer computatio...
RNA sequencing reveals that immune cells exist along continuous landscapes of changing identities, providing a new framework for understanding cell behavior and improving future im...
This Parse Biosciences and bit.bio alliance combines single-cell RNA sequencing and causal transcriptomics to map transcription factor-driven cell identity, enabling improved disea...
As the diversity of virtual cell models targets new dimensions of complex biology, every approach takes another step closer toward clinical impact. The post Virtual Cells Go Multis...
Cells behave like crowded cities, yet many crucial molecular conversations have been impossible to watch directly in real time. Traditional microscopy often averages enzyme activit...
STAMP combines imaging and RNA sequencing to link cell morphology with gene expression, enabling researchers to connect molecular profiles directly to observable cellular... The po...
Advances in RNA sequencing and spatial transcriptomics are revealing complex tumor ecosystems and enabling AI-driven approaches to improve precision immunotherapy and cancer treatm...
India's new brainstem atlas offers scientists an unprecedented map of one of the brain's least known regions.
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