Sleep Disorders
Sleep isn't optional — it's when your body repairs, detoxifies, consolidates memory, and produces hormones. When sleep is disrupted, every system in your body suffers. And sleep medications don't produce real sleep — they produce sedation.
Sleep disorders — including insomnia, disrupted sleep architecture, and non-restorative sleep — are downstream signals of hormonal imbalance, cortisol dysregulation, neuroinflammation, blood sugar instability, and neurotransmitter deficiency. Signal-Based Medicine™ evaluates the physiological signals disrupting sleep rather than prescribing sedatives that mask the dysfunction.
Symptoms
- Difficulty falling asleep
- Waking at 2-4 AM
- Unrefreshing sleep
- Daytime fatigue
- Brain fog
- Irritability
- Weight gain
- Weakened immunity
- Increased pain sensitivity
- Hormonal disruption
Root Causes
Waking at 3 AM? Your blood sugar probably crashed and cortisol spiked to compensate. Can't fall asleep? Your cortisol hasn't dropped because your HPA axis is stuck in fight-or-flight. Non-restorative sleep? Neuroinflammation is preventing deep sleep stages. Sleep is regulated by hormones, neurotransmitters, and metabolic signals — all of which we can measure and correct.
Testing
- Cortisol rhythm (evening and overnight)
- Blood sugar and insulin
- DUTCH hormone panel (melatonin metabolite)
- Magnesium levels
- Inflammatory markers
- Thyroid panel
- KureBioMap™ assessment
Treatment Approach
We identify the specific signals disrupting your sleep — whether cortisol, blood sugar, hormonal, or inflammatory — and build a targeted protocol to restore natural sleep architecture without sedatives.
Frequently Asked Questions
Why do I wake up at 3 AM? The most common cause is a blood sugar drop that triggers a cortisol spike. Your body releases cortisol to raise blood sugar, and cortisol wakes you up. Stabilizing evening blood sugar often resolves this pattern.
Are sleep medications harmful? Sleep medications produce sedation, not natural sleep. They suppress deep sleep stages and can impair memory consolidation. They also don't address why sleep is disrupted. We prefer to fix the cause and restore natural sleep.
Can hormones affect sleep? Absolutely. Progesterone promotes sleep (which is why sleep often worsens in perimenopause). Cortisol dysregulation disrupts the sleep-wake cycle. Thyroid dysfunction affects sleep architecture. Hormonal assessment is a critical part of sleep evaluation.
