Assertion: endocrine gland's hormone | /r/HasAspect | role
Facets:
value: in cholesterol metabolism
type: OTHER
value: in blood flow
type: OTHER
value: in lipid
type: OTHER
Source sentences:
text: Even fatty tissue acts as an endocrine organ that secretes numerous hormones, growth factors, enzymes and cytokines which have a role in regulation of fat mass and adipocyte differentiation, blood flow, lipid and cholesterol metabolism and immune function.1 Interactions between these systems can be particularly baffling when therapeutic agents designed as hormone modulators produce deleterious alterations in parenchymal tissues and conversely when drugs targeted at control mechanisms in parenchymal organs produce unexpected endocrine changes.
text: Even fatty tissue acts as an endocrine organ that secretes numerous hormones, growth factors, enzymes and cytokines which have a role in regulation of fat mass and adipocyte differentiation, blood flow, lipid and cholesterol metabolism and immune function.1 Interactions between these systems can be particularly baffling when therapeutic agents designed as hormone modulators produce deleterious alterations in parenchymal tissues and conversely when drugs targeted at control mechanisms in parenchymal organs produce unexpected endocrine changes.
text: Even fatty tissue acts as an endocrine organ that secretes numerous hormones, growth factors, enzymes and cytokines which have a role in regulation of fat mass and adipocyte differentiation, blood flow, lipid and cholesterol metabolism and immune function.1 Interactions between these systems can be particularly baffling when therapeutic agents designed as hormone modulators produce deleterious alterations in parenchymal tissues and conversely when drugs targeted at control mechanisms in parenchymal organs produce unexpected endocrine changes.
text: Even fatty tissue acts as an endocrine organ that secretes numerous hormones, growth factors, enzymes and cytokines which have a role in regulation of fat mass and adipocyte differentiation, blood flow, lipid and cholesterol metabolism and immune function.1 Interactions between these systems can be particularly baffling when therapeutic agents designed as hormone modulators produce deleterious alterations in parenchymal tissues and conversely when drugs targeted at control mechanisms in parenchymal organs produce unexpected endocrine changes.