Validated physiological diagnostic timers, heart rate pacing algorithms, disability evidentiary guides, and biomarker panels engineered for patients, caregivers, and treating physicians.
Screening orthostatic intolerance, calculating hemodynamic subtypes, sodium targets, and vagal tone.
Bedside unsupported standing test timer, adult (≥30 BPM) vs pediatric (≥40 BPM) criteria, real-time vitals logger, and printable physician EHR exhibit.
Open Clinical Tool →Audit 20 cognitive, physical, and sensory exertion metrics to budget daily points and forecast 24–48h delayed PEM crashes.
Open Clinical Tool →In-office passive stand test timer, audio cues, delta HR/BP calculator, and copyable physician clinical report.
Open Clinical Tool →Standardized 31-question autonomic symptom burden scoring tool across orthostatic, secretomotor, and pupillomotor domains.
Open Clinical Tool →Differentiating hyperadrenergic, neuropathic, and hypovolemic POTS profiles using supine/standing catecholamines and pulse pressure.
Open Clinical Tool →Clinical matrix distinguishing postural tachycardia from classic orthostatic hypotension (OH), delayed OH, and Inappropriate Sinus Tachycardia.
Open Clinical Tool →Calculate daily sodium targets (up to 10g NaCl), compare Trioral vs LMNT vs Liquid I.V. vs Normalyte, and scan for MCAS excipient safety.
Open Clinical Tool →Precise sodium-to-glucose molar ratio (245 mOsm/L) calculator leveraging enteric SGLT1 active transport for rapid blood volume loading.
Open Clinical Tool →Calculate daily sodium intake goals (up to 10 g NaCl) and fluid scheduling to counteract the 15–20% circulating blood volume deficit in POTS.
Open Clinical Tool →High-waist medical compression (30–40 mmHg) and abdominal binder sizing protocols proven to prevent splanchnic/pelvic pooling.
Open Clinical Tool →Prescribing guidelines for peripheral IV normal saline boluses (1–2 L) during severe flares and port sepsis safety rules.
Open Clinical Tool →Leg crossing, skeletal muscle pumping, buttock clenching, and squatted postural maneuvers to sustain cerebral perfusion during standing.
Open Clinical Tool →Transcutaneous auricular vagus nerve stimulation parameters (frequency, pulse width, tragus electrodes) to dampen systemic inflammation.
Open Clinical Tool →Preventing cellular post-exertional crashes via heart rate reserve algorithms, HRV biofeedback, and objective functional testing.
Audit 20 cognitive, physical, and sensory exertion metrics to budget daily points and forecast 24–48h delayed PEM crashes.
Open Clinical Tool →Calculate your anaerobic threshold ceiling using Karvonen Heart Rate Reserve formulas to prevent post-exertional crashes.
Open Clinical Tool →Tracking morning baseline rMSSD to forecast impending crashes 24–48 hours before physical symptom onset.
Open Clinical Tool →Model delayed lactic acid accumulation and PDH enzyme blockades following trivial physical or cognitive exertion.
Open Clinical Tool →Validated questionnaire confirming the presence of cardinal Post-Exertional Malaise per the 2015 IOM/NAM criteria.
Open Clinical Tool →Immediate biochemical triage: sensory deprivation, recumbent rest, high-dose antioxidants, electrolyte loading, and rescue sleep aids.
Open Clinical Tool →The definitive guide to repeat cardiopulmonary exercise testing proving Day 2 drops in VO2 max and anaerobic threshold for disability claims.
Open Clinical Tool →Using digital dynamometry to quantify peripheral muscle fatigue, delayed recovery curves, and objective post-exertional physical impairment.
Open Clinical Tool →Screening comorbid mast cell degranulation, connective tissue hypermobility (EDS), craniocervical instability, and epidermal nerve loss.
Searchable food database grading dietary histamine levels, histamine liberators, and DAO enzyme blockers (SIGHI 0–3 compatibility).
Open Clinical Tool →Kitchen setup rules, quick-freezing techniques, meal rotation schedules, and reintroduction strategies for mast cell stabilization.
Open Clinical Tool →Interactive checklist cross-referencing Consensus-1 (Valent/Afrin) and Consensus-2 diagnostic scoring and biomarker lab workups.
Open Clinical Tool →Interactive 9-point Beighton joint laxity assessment and 2017 international hEDS diagnostic criteria evaluation tool.
Open Clinical Tool →Upright dynamic cervical MRI metric guide: clivo-axial angle (CXA < 135°), Grabb-Oakes line, and Basion-Axial Interval (BAI).
Open Clinical Tool →3 mm punch skin biopsy protocol at distal calf and thigh quantifying PGP 9.5-positive unmyelinated epidermal nerve fiber loss.
Open Clinical Tool →Winning disability claims under SSR 14-1p, clinical coding, specialist access, and very severe bedbound care.
The definitive Social Security disability evidentiary handbook: establishing Medically Determinable Impairments (MDIs) and RFC forms.
Open Clinical Tool →Proper diagnostic code hierarchies: G93.32 (ME/CFS), U09.9 (Post-COVID), G90.A (POTS), and secondary dysautonomia cross-walks.
Open Clinical Tool →Comprehensive lab orders: EBV/HHV-6 titers, natural killer cytotoxicity, morning cortisol, cytokines, and microclot fluorescence.
Open Clinical Tool →Curated directory of ME/CFS, dysautonomia/POTS, and Long COVID specialists, autonomic neurologists, and clinics.
Open Clinical Tool →Sensory deprivation protocols, enteral nutrition/tube feeding, micro-dosing safety, and hospital emergency room advocacy.
Open Clinical Tool →504 Plans, IEP accommodations, homebound tutoring documentation, and medical school attendance exemptions.
Open Clinical Tool →Restoring slow-wave delta sleep, addressing alpha-wave intrusion, nocturnal tachycardia, and non-habit-forming sleep pharmacotherapy.
Open Clinical Tool →Managing initial vivid dreams, insomnia, headaches, filler sensitivities, and timing adjustments (morning vs nighttime dosing).
Open Clinical Tool →