What does the research say about Genomic stability?

Genomic stability

There is 1 paper on genomic stability in aging research: none in people yet, 1 in cells. The newest story, Oct 28, 2026: “Brief enzyme inhibition enhances reprogramming in human cells”.

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1 paper studies it465 more mention it

20 new papers in 30 daysSee all 466

Cells1

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121 papers in 12 months

bioRxivOct 28

Brief enzyme inhibition enhances reprogramming in human cells

Experiments in human blood cells found that briefly inhibiting a DNA-copying enzyme enhanced their conversion into stem cells while preserving genetic stability.Experiments in human blood cells found that briefly inhibiting a DNA-copying enzyme enhanced their conversion into stem cells while preserving genetic stability.

Preprint: human cell studyInterventions

Paper

Scientific ReportsOct 29

Muscle stem cells reduced organ injury in a mouse aging model

Weekly cell injections improved movement and memory in female KM mice given D-galactose for eight weeks to model accelerated aging.Weekly cell injections improved movement and memory in female KM mice given D-galactose for eight weeks to model accelerated aging.

Mouse studyMuscle

Paper

Nature Reviews CardiologyOct 26

Cardiovascular resilience in centenarians

ReviewPopulations

Paper

Clinical and Fundamental MedicineOct 25

Molecular mechanisms of aging: signaling pathways, cellular senescence, and geroprotective approaches

ReviewAMPK signaling

Paper

Stem Cell Research & TherapyOct 23

Circular RNA reduced signs of aging in lab-grown stem cells

In an experiment with mesenchymal stem cells, an RNA-based method restored several cell functions without conversion into a more versatile stem cell type.In an experiment with mesenchymal stem cells, an RNA-based method restored several cell functions without conversion into a more versatile stem cell type.

Human cell studyInterventions

Paper

Biochimica et Biophysica Acta Molecular Basis of DiseaseOct 23

Mitochondrial pharmacology of cardiovascular and antidiabetic drugs: Mechanistic basis of cardioprotection and cardiotoxicity in the diseased heart

ReviewCardiotoxicity

Paper

Genes & DiseasesOct 20

A gene-control protein reduced senescence in nerve cells

Experiments examined how raising Glis1, a protein that controls gene activity, affected aging-related cell dysfunction after spinal cord injury.Experiments examined how raising Glis1, a protein that controls gene activity, affected aging-related cell dysfunction after spinal cord injury.

Animal cell studyCellular senescence

Paper

Cancer Epidemiology, Biomarkers & PreventionOct 19

Large-scale association study identifies lung cancer susceptibility copy number variants and their potential functional role in genetic instability

Genetic association study of 19,342 peopleLung cancer

Paper

bioRxivOct 17

End-to-end genome map completed for the naked mole-rat

A genome-sequencing study resolved both inherited copies of the naked mole-rat genome, using gene-activity data from 23 tissues to identify its genes.A genome-sequencing study resolved both inherited copies of the naked mole-rat genome, using gene-activity data from 23 tissues to identify its genes.

Preprint: computational studyAI & data

Paper

International Journal of Molecular SciencesOct 16

Removing a protein reduced lung tumor burden in mice

An animal experiment found that mice lacking the protein PA200 had reduced chemically induced lung tumor burden, especially in middle age.An animal experiment found that mice lacking the protein PA200 had reduced chemically induced lung tumor burden, especially in middle age.

Mouse studyLung

Paper

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Genomic stability

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