Tissue stiffness

There are 5 papers on tissue stiffness in aging research: 1 observational study in people, 2 in cells, 1 review. The newest story, Nov 2, 2026: “Model suggests how cell behavior shapes lung scarring in aged mice”.

Biomarker

5 papers study it60 more mention it3 findings

4 new papers in 30 daysSee all 65 papers on tissue stiffness

  • Humans1
  • Cells2
  • In silico1

Associations

3

Cell cycle regulation

upin mice1

1 study
  1. Tissue stiffness is associated with cell cycle regulation in mice.

    “Global and compartment-specific analyses associated stiffer regions with lower matrix-related programs and higher cell-cycle programs”

    Animalsglobal and compartment-specific analyses of spatially matched stiffness and transcriptome dataovaryn = 2,771

    Paired-surface spatial mechanomics links tissue stiffness maps to spatial transcriptomics

    bioRxivPreprint

More on Cell cycle regulation

matrix-related programs

downin mice1

1 study
  1. Tissue stiffness is associated with matrix-related programs in mice.

    “Global and compartment-specific analyses associated stiffer regions with lower matrix-related programs and higher cell-cycle programs”

    Animalsglobal and compartment-specific analyses of spatially matched stiffness and transcriptome dataovaryn = 2,771

    Paired-surface spatial mechanomics links tissue stiffness maps to spatial transcriptomics

    bioRxivPreprint

Elastic wave speed

upin silico1

1 study
  1. Elastic wave speed predicts tissue stiffness in silico.

    “WS provides clinically relevant information for assessing tissue stiffness of specific parts of the eye”

    In silico

    Ultrasound elastography system for quantifying Age-Related biomechanical changes in ocular tissues

    Ultrasonics

More on Elastic wave speed

Funding

1 grant since 2026

Japan Society for the Promotion of Science¥18.3M

Latest

Dec 2025: 3Jan 2026: 2Feb 2026: 2Mar 2026: 3Apr 2026: 0May 2026: 3Jun 2026: 2Jul 2026: 0Aug 2026: 3Sep 2026: 2Oct 2026: 1Nov 2026: 324 papers in 12 months
bioRxiv

Model suggests how cell behavior shapes lung scarring in aged mice

In aged-mouse simulations, cell contact expanded senescent cell numbers, while the timing of their removal by immune cells shaped lung scarring.In aged-mouse simulations, cell contact expanded senescent cell numbers, while the timing of their removal by immune cells shaped lung scarring.

Preprint: computational studyLung

See all 65 papers on tissue stiffness