Biomechanical strain
1 paper3 findings
Outcomes
2Inflammation
upin silico1
1 study
Inflammation
upin silico1
Biomechanical strain induces inflammation in silico.
“chronic exposure to abnormal biomechanical strain creates a pro-inflammatory, pro-senescent cellular phenotype within neurovascular units, accelerating neurodegenerative processes”
In silicochronic exposure to abnormal biomechanical strainneurovascular unit
Figshare6 Mar 2026Preprint
Cellular senescence
upin silico1
1 study
Cellular senescence
upin silico1
Biomechanical strain induces cellular senescence in silico.
“chronic exposure to abnormal biomechanical strain creates a pro-inflammatory, pro-senescent cellular phenotype within neurovascular units, accelerating neurodegenerative processes”
In silicochronic exposure to abnormal biomechanical strainneurovascular unit
Figshare6 Mar 2026Preprint
Associations
1Neurodegenerative disease
upin silico1
1 study
Neurodegenerative disease
upin silico1
Biomechanical strain raises the risk of neurodegenerative disease in silico.
“accelerating neurodegenerative processes through mechanisms independent of traditional biochemical pathways”
In silicochronic exposure to abnormal biomechanical strainneurovascular unit
Figshare6 Mar 2026Preprint