1 paper3 findings
Pain hypersensitivity
downin animal1
Ru@pei-zif decreases pain hypersensitivity in animal.
“In an animal model of disc degeneration, intradiscal RU@PEI-ZIF reduced disc degeneration, NP cell senescence, pathological sensory innervation, and pain hypersensitivity.”
Animalsanimal model of disc degeneration
Disc degeneration and abnormal nerve growth fell in animals
Advanced science (Weinheim, Baden-Wurttemberg, Germany)12 Oct 2026
Pathological sensory innervation
downin animal1
Ru@pei-zif decreases pathological sensory innervation in animal.
“In an animal model of disc degeneration, intradiscal RU@PEI-ZIF reduced disc degeneration, NP cell senescence, pathological sensory innervation, and pain hypersensitivity.”
Animalsanimal model of disc degenerationintervertebral disc
Disc degeneration and abnormal nerve growth fell in animals
Advanced science (Weinheim, Baden-Wurttemberg, Germany)12 Oct 2026
Intervertebral disc degeneration
downin animal1
Ru@pei-zif decreases intervertebral disc degeneration in animal.
“In an animal model of disc degeneration, intradiscal RU@PEI-ZIF reduced disc degeneration, NP cell senescence, pathological sensory innervation, and pain hypersensitivity.”
Animalsanimal model of disc degenerationintervertebral disc
Disc degeneration and abnormal nerve growth fell in animals
Advanced science (Weinheim, Baden-Wurttemberg, Germany)12 Oct 2026
In an animal experiment, a dual-action platform injected into spinal discs also reduced heightened sensitivity to pain.In an animal experiment, a dual-action platform injected into spinal discs also reduced heightened sensitivity to pain.