Acetylation

Biomarker

1 paper

  • Animals1

Funding

7 grants since 2022

National Heart, Lung, and Blood InstituteUS$853.4kNational Institute of Neurological Disorders and StrokeUS$782.4kWellcome Trust£471.4k

Latest

Nov 2025: 11Dec 2025: 18Jan 2026: 14Feb 2026: 13Mar 2026: 21Apr 2026: 16May 2026: 10Jun 2026: 18Jul 2026: 21Aug 2026: 18Sep 2026: 18Oct 2026: 9187 in 12 months
International Journal of Molecular Sciences

Removing a protein reduced lung tumour burden in mice

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

Mouse studyLung
Clinical Nutrition

Lysine breakdown linked to limb lean mass in humans

In 40 postmenopausal women, blood and muscle measurements suggested distinct changes rather than a uniform shift across the lysine breakdown pathway.In 40 postmenopausal women, blood and muscle measurements suggested distinct changes rather than a uniform shift across the lysine breakdown pathway.

Mendelian randomizationMechanisms
eLife

Periodic red light exposure eases cellular aging in mice

In aged mice, periodic red light exposure raised histone acetylation across tissues and reduced SIRT4 levels in skin cells to activate lipid metabolism.In aged mice, periodic red light exposure raised histone acetylation across tissues and reduced SIRT4 levels in skin cells to activate lipid metabolism.

Experiments in miceInterventions
Aging Cell

Time-restricted eating slows blood vessel aging in animals

In an animal experiment, limiting daily eating hours altered gut bacteria and boosted acetic acid, easing high blood pressure and artery stiffness.In an animal experiment, limiting daily eating hours altered gut bacteria and boosted acetic acid, easing high blood pressure and artery stiffness.

Experiments in animalsDietary restriction
Journal of Biochemical and Molecular Toxicology

Diesel-derived chemical triggers scarring signals in kidney cells

Experiments in kidney cells grown in the lab found that a diesel exhaust breakdown product caused lasting DNA damage and signals that activated connective-tissue cells.Experiments in kidney cells grown in the lab found that a diesel exhaust breakdown product caused lasting DNA damage and signals that activated connective-tissue cells.

Experiments in cellsKidney
Aging Cell

Acetate reduced flu virus multiplication in human lung cells

In human lung cells that had stopped dividing, laboratory experiments found that acetate also reduced inflammatory responses.In human lung cells that had stopped dividing, laboratory experiments found that acetate also reduced inflammatory responses.

Experiments in human cellsLung