A viral noncoding RNA is a master regulator of gene expression that defines host cell identity and function.

The ecDNA Epigenome: from Permissive Chromatin to Actionable Vulnerability

Towards a comprehensive single-cell picture of RNA isoforms in mouse and human brain and their diseases – or – Single-cell isoforms in time and space

Towards a comprehensive single-cell picture of RNA isoforms in mouse and human brain and their diseases – or – Single-cell isoforms in time and space

The ecDNA Epigenome: from Permissive Chromatin to Actionable Vulnerability

A viral noncoding RNA is a master regulator of gene expression that defines host cell identity and function.

Beyond snapshots: Mapping RNA life cycle in developing cells by novel spatial omics technologies

Exploiting the immunoregulatory potential of double-stranded RNAs

Inside Nature

National Precision Medicine Alliance Meeting

Antibiotic resistance in the human gut microbiome

Activation of the viral mimicry response by transposable elements in cancer

Dissecting Molecular and Cellular Basis of Mammalian Aging at the Whole-Organism Scale

RNA communications to RNA therapies. Lessons from nature.

Publishing with Nature Methods

Constructing and deconstructing the human nervous system to study development and disease

Microbiome warfare: Bacterial Offence and Defence Systems From Microbial Communities

OpenRNAFold: an end-to-end approach for RNA 3D structure prediction

Deep learning applications in genomics variant calling and consensus calling

National Precision Medicine Alliance Meeting

From cell villages to AI models in drug discovery with Tahoe-100M

This virtual Seminar will be led by Dr. Shuo Han, Shanghai Institute of Biochemistry and Cell Biology, Chinese Academy of Sciences.

The seminar is open to all. Please share with your contacts who might be interested in this seminar. We look forward to having you with us!

The 2025 HCA General Meeting will include updates on the release of the first draft of the Human Cell Atlas, including atlas assembly for specific tissues. Plenary and working groups will discuss how to implement and integrate AI and spatial genomics technologies into single-cell atlases, advance equity and diversity, demonstrate the value of healthy atlases by addressing specific diseases, and expand the Human Cell Atlas beyond the first draft.