Cell, 105, 721732
How we evaluate History and timeline Stressors, infections, trauma, overtraining, illness recovery, daily rhythm patterns Physical exam Blood pressure, pulse, weight distribution, orthostatic response Conventional labs CBC, CMP, ferritin and iron studies, B12 and folate, TSH with free T4 and free T3, fasting insulin and glucose, HbA1c, CRP Functional medicine labs Cortisol rhythm testing (saliva or dried urine at multiple points in the day) DHEA-S for adrenal reserve Organic acids test (OAT) for mitochondrial stress and nutrient demand GI stool testing to rule out infections, malabsorption, and microbiome imbalances Nutrient panels (zinc, magnesium, vitamin D, essential fatty acids, amino acids) Total Tox Burden or heavy metal testing when exposures are suspected Our treatment pillars Stress rhythm reset Morning light exposure, sleep timing, nervous system downshift practices Glycemic stability Protein with meals, balanced fiber, steady minerals Targeted nutraceuticals Vitamin C, B-complex, magnesium, electrolytes, adaptogens when appropriate Mind-body support Yoga, breathwork, mindfulness, restorative movement Medication or referral Coordinated care if thyroid, autoimmune, sleep, or mental health conditions are uncovered What to expect Intake and testing plan We review symptoms, daily energy patterns, and history, then decide on appropriate lab work Report of findings We explain whether your pattern is hypo, hyper, or mixed, then outline a phased plan Personalized program Nutrition, sleep and stress strategies, supplement plan, adaptogens as appropriate Follow up and course-correct Regular check-ins and lab monitoring to track progress Self-care starters while you wait for your visit Get morning daylight within 30 minutes of waking Include protein at breakfast and lunch Keep caffeine before noon only Build a daily 10-minute practice for relaxation and nervous system reset FAQs Is there a prescription for adrenal fatigue No single medication treats this pattern
Park E-K
10.1021/ac071100r Anal
The expression of mRNAs for hepatocyte growth factor/scatter factor, its receptor c-met, and one of its activators tissue-type plasminogen activator show a systematic relationship in the developing and adult cerebral cortex and hippocampus
