Article ISI SCOPUS
Experimental and Molecular Pathology  (2012)

Attenuation of endoplasmic reticulum stress using the chemical chaperone 4-phenylbutyric acid prevents cardiac fibrosis induced by isoproterenol

Ayala, P; Montenegro, J.; Vivar, R; Letelier, A; Urroz P.A.; Copaja M; Pivet, D; Humeres, C.; Troncoso R.; Vicencio J.M.; Lavandero S.; Diaz-Araya, G

Keywords: model, acid, muscle, isolation, growth, rat, density, dna, heart, animals, expression, synthesis, transcription, rats, protein, injury, cell, isoproterenol, stress, histopathology, matrix, ischemia, experiment, humans, transduction, human, male, damage, tissue, collagen, reperfusion, fibrosis, signal, adrenergic, molecular, article, myocardium, factor, granulation, arrest, chaperones, folding, chop, controlled, animal, cardiac, beta-agonists, study, nonhuman, Rats,, Sprague-Dawley, reticulum, and, endoplasmic, extracellular, isoprenaline, Myocytes,, inducible, phenylbutyric, Phenylbutyrates