Tag: Nature Methods

The new SVPG method uses pangenome graphs to detect structural variants accurately from long-read sequencing data while rapidly incorporating new ...

NanoTS, a new deep learning tool published in Nature Methods, enables accurate SNP detection and genotype calling from nanopore long-read ...

Researchers have developed confinement force microscopy, a tunable microconfinement platform that brings quantitative traction force measurements to cells studied under ...

A new method called SPLENDID models genetic ancestry as a continuum rather than discrete labels, significantly improving polygenic risk score ...

A new Nature Methods study introduces spatial isoform sequencing tools that reveal cell-type-specific RNA isoform variability across mouse brain tissue ...

Researchers have developed DeepWonder3D, an AI-driven pipeline that rapidly and accurately extracts the activity of tens of thousands of neurons ...

MemBrain v2 delivers an end-to-end, deep-learning-powered workflow for segmenting membranes and mapping membrane proteins in cryo-electron tomography across diverse datasets.

A new computational framework called IRIS uses perturbation screening data and transfer learning to reconstruct the signaling states and histories ...

Cornell researchers have developed WILD, a lightweight wireless platform that records brain activity, movement, vocalizations and eye movements in freely ...