Concentrations of Gaseous Transmitters during Catecholamine Damage to the Myocardium in Rats

Cardioprotective use of melatonin causes gender-specific changes of vegetative cardiac control in a setting of constant illumination

“…A combination of natural adaptive responses underlying the essence of stress may have detrimental consequences when exposure to stress is long-term. These include the hazardous cardionecrosis-forming effects of adrenaline, the principal stress hormone, as demonstrated by experimental models of catecholamine necrosis and in a clinical setting [3,4,5]. Currently, there are many scientific reports showing that important factors of acute or chronic stress include abnormalities of circadian rhythms, which, under normal conditions, are fundamental for the functioning and adaptation of virtually all forms of life.…”