POWER OF DUAL-WAVELENGTH APPROACHES IN STUDYING PHYSIOLOGICAL AN...

Since the dual-wavelength spectrophotometer was developed, it has been widely used for studying biological samples and applied to extensive investigations of the electron transport in respiration and redox cofactors, redox state, metabolic control, and the generation of reactive oxygen species in mitochondria. Here, we discuss some extension of dual-wavelength approaches in our research to study the physiological and functional changes in intact hearts and in vivo brain. Specifically, we aimed a