PDF(321 KB)
Dysfunctional Uterine Bleeding and the Stress Axis
Ümran Karabulut Doğan, Abdullah Karaer, Sedat Yıldız
PDF(321 KB)
: This system acts like an accelerator, speeding up your heart rate and breathing to prepare for action.
: This acts as the brake, helping the body return to a resting state once the stimulus is gone. Common Types of Physiological Reactions
Physiological reactions act as a bridge between your emotions and your physical actions. When your brain perceives a stimulus—like a sudden loud noise, a stressful email, or a pleasant touch—it sends signals through nerve pathways and hormones to trigger specific bodily changes.
A is your body's automatic response to internal or external stimuli. These reactions are generally involuntary, driven by the autonomic nervous system to help you adapt, survive, or maintain internal balance (homeostasis). The Core Mechanism: The "Automatic" Body
: This system acts like an accelerator, speeding up your heart rate and breathing to prepare for action.
: This acts as the brake, helping the body return to a resting state once the stimulus is gone. Common Types of Physiological Reactions physiological reaction
Physiological reactions act as a bridge between your emotions and your physical actions. When your brain perceives a stimulus—like a sudden loud noise, a stressful email, or a pleasant touch—it sends signals through nerve pathways and hormones to trigger specific bodily changes. : This system acts like an accelerator, speeding
A is your body's automatic response to internal or external stimuli. These reactions are generally involuntary, driven by the autonomic nervous system to help you adapt, survive, or maintain internal balance (homeostasis). The Core Mechanism: The "Automatic" Body When your brain perceives a stimulus—like a sudden
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