Observational genome study links eight processes to most prostate cancer DNA damage
An observational analysis of 959 prostate tumours from 1,001 men found that eight cellular processes account for 85% of DNA ...
An observational analysis of 959 prostate tumours from 1,001 men found that eight cellular processes account for 85% of DNA ...
A six-brain sequencing study found that Alzheimer’s-associated tetraploid neurons carried excess low-frequency somatic single nucleotide variants, with enrichment for T>C ...
An integrated multi-omics study of 112 Chinese cervical cancer patients reveals key driver mutations, immune phenotypes, and promising therapeutic targets.
A new open-source JavaScript toolkit called mSigSDK brings multi-tool mutational signature analysis, privacy-preserving local computation, and reproducible reporting directly into ...
Whole genome sequencing of liver tumors in outbred mice reveals distinct mutational fingerprints of heavy-ion and gamma-ray radiation, including frequent ...
A new Nature study integrates multiple classes of genomic mutations to define the distinct mutational processes that shape prostate cancer ...
New research shows that cancer therapy selects for preexisting drug-resistant and druggable mutant clones in normal esophageal tissue, reshaping the ...
A Nature Reviews Cancer review argues that population genetics offers the mathematical framework needed to turn tumour genome sequencing data ...
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© 2025 Scienmag - Science Magazine