… and cellular models of cardiac hypertrophy suggests that pathological hypertrophy can be …
of hypertrophy. In this review we describe the molecular characteristics of cardiac hypertrophy …

… regulated shuttling of class II histone deacetylases (HDACs) have been shown to regulate
cardiac hypertrophy… shed light on the signalling networks that mediate cardiac hypertrophy. …

… fibrosis without affecting hypertrophy or cardiac function. … reduced hypertrophy and
fibrosis and prevented cardiac … is known to induce cardiac hypertrophy; therefore, the TGF-β…

… cardiac hypertrophy: normal growth, growth induced by physical conditioning (ie, physiologic
hypertrophy)… normal and exercise-induced cardiac growth are regulated in large part by the …

… , positively or negatively regulate cardiac hypertrophy. In this Review, … hypertrophy, with a
particular emphasis on the role of metabolic remodelling in both forms of cardiac hypertrophy, …

… in maintenance of cardiac homeostasis. Cardiac hypertrophy is classified as physiological
when it is associated with normal cardiac function or as pathological when associated with …

… cardiac hypertrophy. Indeed, these redox modifications may be intricately linked with the
process of hypertrophy … pathways and their roles in cardiac hypertrophy. This article is part of a …

… regulate cardiac genes during growth and hypertrophy. One of the first detectable changes
in cardiac … expression, which is distinct for the hypertrophic response, and is conserved in …

… Cardiac hypertrophy is a leading predicator of progressive heart disease that often leads to
heart failure and a loss of cardiac … pathways that regulate cardiac myocyte hypertrophy, as …

… signaling, etc. are known to regulate heart. By using genetic and cellular models of cardiac
hypertrophy it has been proved that pathological hypertrophy can be prevented or reversed. …