BHC drives innovative and emerging research pathways to define core signs, symptoms, and decrements in specific functioning. On this page, BHC explains biomarkers, elements of clinical research, and engagements in research projects.

Participate in Research!


What are biomarkers and how is BHC contributing to their discovery?

A biomarker is something measurable that is indicative of a biological process.  Biomarkers measure normal, pharmacologic and disease processes. There are many types of biomarkers even for one disease that can be diagnostic, prognostic, predictive and pharmacodynamic. In ME/CFS and FM, we need all these types of biomarkers especially for disease management and to entice drug development. 

BHC is uniquely positioned to drive biomarker discovery.  Why?  Because we are expert at diagnosing ME/CFS and FM, and we make it easy and engaging for our patients to participate in clinical research.  We share high-quality biological samples and rich clinical information to increase the likelihood that biomarkers are discovered and replicated.

To date, we have provided samples together with rich phenotype information to:

Cytokines as Possible Biomarkers

Michael Houghton & Amir Landi. Houghton is the renowned virologist that co-discovered Hepatitis C virus and works with Landi to identify biomarkers for ME/CFS.  We provided this University of Alberta team with blood samples to see if they could validate the different chemokine and cytokine levels identified in ME/CFS patients compared to healthy controls. 

Metabolomics as Possible Biomarkers

Yosky Kataoka & Yasuyoshi Watanabe.  Our colleagues at Japan’s renowned research institution, RIKEN, have made some of the earliest and most important discoveries related to immune and metabolic abnormalities in ME/CFS.  We used special tubes to collect blood samples so the RIKEN team could perform a comprehensive metabolomic analysis using state of the art time-of-flight mass spectroscopy.

Fereshteh Kenari Jahaniani & Laurel Crosby.  These Stanford investigators are working with Ron Davis on ME/CFS biomarker discovery.  The team is collecting blood samples from different centers and having metabolomic testing done by academic and commercial labs to determine if results are comparable.  We provided Stanford with blood samples to include in their collection.  This type of comparison is essential for ensuring that metabolomic biomarker(s) can be replicated for ME/CFS.

Immune Biomarkers

Patrick Daugherty.  Daugherty is the founder of the immune intelligence company, Serimmune.  We provided Serimmune with several hundred blood samples to test using their Serum Epitope Repertoire Analysis (SERA) technology platform.  This approach will reveal the antibody profiles that could lead to biomarkers and unique immune responses in ME/CFS.

Derya Unutmaz.  The Unutmaz team at The Jackson Laboratory investigates the biology of the immune system and hypothesizes that immune perturbations of specific blood cells contribute to pathogenesis of ME/CFS.  We provided Unutmaz with over 300 blood samples so they could generate immune signatures that could be used as predictive biomarkers.

Epigenetic Biomarkers

Patrick McGowan.  McGowan and his team at the University of Toronto were the first to study epigenetics – the effects that influence the way genes work without DNA sequence changes – to ME/CFS.  We provided McGowan with blood samples and his team was able to integrate the epigenetic results with the clinical information to identify subtypes.  

Clinical Research

What is clinical research and what is being done at BHC?

Clinical research is when people – sick and healthy – participate in studies to advance medical knowledge and practice. Clinical research can be observational (watch and learn over time) or interventional (testing a drug or procedure).

BHC is testing ways to objectively measure the ME/CFS diagnostic criteria recommended by the Institute of Medicine.  We will share these tools and technologies with doctors so that people are diagnosed earlier and managed effectively.  Here’s what we are doing:

Being Upright

For years Dr Bateman has asked her patients how many hours they spend with their feet on the floor – this could be standing, walking, or sitting upright in a chair.  She observed that more severely ill patients had fewer upright hours and more orthostatic intolerance.

      • We have partnered with the University of Utah to use machine learning and wearables to determine posture and hours upright.  When this wearable is worn by the patient, it will give the doctor information about the patients disease severity and can also be used in clinical trials to measure how effective an intervention is at improving physical function.

The 10-Minute NASA Lean Test

Over 35 years ago, NASA measures cardiovascular deconditioning in astronauts by having them lean their shoulders against the wall with their feet about 6 inches from the wall.  Leaning lets the muscles rest and tests how well the heart can pump blood above the belly button and up to the brain.  It turns out this test for astronauts can test for orthostatic intolerance in patients with ME/CFS.

      •  Every patient and research participant at BHC gets the 10-minute NASA Lean Test.  We’ve determined the things that people do that alter the test results (like wearing compression socks!) and have used our observations to standardize the test.  Now the 10-minute NASA Lean Test is being used at other clinical sites to replicate our observations.  A patients’ results from the 10-minute NASA Lean Test can also be used to guide treatment for orthostatic intolerance. We are analyzing the thousands of data points generated from this test to refine it and use it for diagnosis. 
10 Minute Lean Test

Brain Vital Signs

Vital signs are measurements of the body’s basic functions – temperature, pulse, respiration, and blood pressure.  Wait a minute. What about the brain?! We understand that brain fog is one of the most troublesome symptoms to our patients.  Every BHC patient and research participant plays a short series of brain games to test their brain vital signs.

      • We are using the mobile brain health app to test reaction time and attention – two areas controlled by the brain that are affected in patients.  This app helps us screen and objectively measure cognitive impairment – one of the IOM diagnostic criteria – and we are using brain vitals to monitor and track various interventions.

Sleep Matters

Sleep is essential to recovery and rejuvenation of every system in the body – immune, nervous, muscular, skeletal. During sleep the body builds up and replenishes the molecules essential for daily function.  The sleep of ME/CFS does not provide the restoration and the regeneration that is required for health.  But the causes of unrefreshing sleep have been evasive.

      • Sleep studies, also called polysomnography, have failed to decipher what is causing the unrefreshing sleep of ME/CFS. We think the reason for this is because sleep studies are short (2-3 days) and occur in a sleep lab (not your comfy bed).  We are conducting clinical research on unrefreshing sleep using wearables that track all sleep stages and can gather data over weeks and months at a time.  This approach gives us the opportunity for precision medicine on an individual as well as using these devices to objectively measures changes in sleep in clinical trials. 

Research Publications

The following publications are a result of BHC led and/or partnered research findings

Dissecting the Nature of Post-Exertional Malaise

Background:  Post-exertional malaise (PEM) is a defining characteristic of myalgic encephalomyelitis/chronic fatigue syndrome (ME/CFS) but there is insufficient research dissecting the nature of PEM from the patients’ perspective. 

View the full publication in the journal of Fatigue : Biomedicine, Health & Behavior. 

Accurate and objective determination for ME/CFS disease severity with a wearable sensor

Background:  Approximately 2.5 million people in the U.S. suffer from myalgic encephalomyelitis/chronic fatigue syndrome (ME/CFS). This disease negatively impacts patients’ ability to function, often resulting in difficulty maintaining employment, sustaining financial independence, engaging socially with others, and in particularly severe cases, consistently and adequately performing activities of daily living. The focus of this research was to develop a sensor-based method to measure upright activity defined as time with feet on the floor and referred to as UpTime, as an indicator of ME/CFS disease severity.

View the full publication in the Journal of Translational Medicine.

Hemodynamics during the 10-minute NASA Lean Test: Evidence of circulatory decompensation in a subset of ME/CFS patients

Background:  Lightheadedness, fatigue, weakness, heart palpitations, cognitive dysfunction, muscle pain, and exercise intolerance are some of the symptoms of orthostatic intolerance (OI). There is substantial comorbidity of OI in ME/CFS (Myalgic Encephalomyelitis/Chronic Fatigue Syndrome). The 10-minute NASA Lean Test (NLT) is a simple, point-of-care method that can aid ME/CFS diagnosis and guide management and treatment of OI. The objective of this study was to understand the hemodynamic changes that occur in ME/CFS patients during the 10-minute NLT.

View the full publication in the Journal of Translational Medicine.

Clinically accessible tools for documenting the impact of orthostatic intolerance on symptoms and function in ME/CFS

Background: Clinical observations have indicated that hours of upright activity (HUA) reported by Myalgic Encephalomyelitis/Chronic Fatigue Syndrome (ME/CFS) patients correlated with orthostatic symptoms and impaired physical function. This study examined the relationship between HUA and orthostatic intolerance (OI).

View the full publication in Work.

Active & Recruiting

Contacting us does not mean that you are obligated or eligible to participate.

Endothelial Function and Upright Activity in ME/CFS and Long COVID

New Clinical Research

We are conducting a study on endothelial function, upright activity and cognition in ME/CFS and Long Covid and collecting blood samples to assess for biomarkers. The study will require a 2-hour in-person visit and then will continue for seven days with tests and surveys that are done from the comfort of your home. The in-person visit will start with you giving informed consent, answering questionnaires, and having a blood draw. Then we will take about 15 minutes to measure endothelial function using an FDA-approved device, called EndoPAT. This test uses a blood pressure cuff to squeeze your arm for five minutes and a finger probe measures the rate of blood flow. Then a 2nd tablespoon of blood will be obtained. We will outfit you with a wearable device that is worn on your ankle for seven days and provide you with a mailer to be sent back to us. A cognitive testing app will be set up on your smartphone so you can take the test in the morning and evening for seven days.

Study participation will last one week with one in-person clinic visit. You will be compensated $50.00 for participation in the study.

If you are interested in learning more about this study, please contact us by:

Emailing: [email protected] or call (801) 532-8311

RESTORE ME: A RandomizEd Double Blind Placebo Control Trial to Determine the EffectS of OxaloaceTate On ImpRoving FatiguE in ME/CFS 

New Clinical Research

The Bateman Horne Center is working with Terra Biological to test oxaloacetate, a nutritional supplement, in ME/CFS. Oxaloacetate is an energy metabolite that holds a key place in the TCA cycle – the cycle that is essential for the generation of energy. Half of the participants will receive capsules containing oxaloacetate and half will receive capsules with rice flour which will serve as the placebo.

The trial will last for 90 days. During this time there will be four (4) in-person visits to the Bateman Horne Center for a physical exam, assessments, blood collection, and fitted with a device to measure daily steps and upright position. Participants will be emailed short surveys to complete on a weekly basis throughout the trial. At the end of the study, participants that received a placebo will be provided with a 90-day trial of oxaloacetate if they are interested. Eligible participants will be compensated $50 for each in-person visit.

If you are interested in learning more about this study, please contact us by:

Emailing: [email protected] or call (801) 532-8311

We Want You! Healthy Volunteers to Participate in Research 

Healthy volunteers are needed to participate in our NIH-funded research for Myalgic Encephalomyelitis/chronic fatigue syndrome (ME/CFS). We have set up a registry that allows you to securely provide information that helps us determine if you are eligible to participate.

If after reviewing your information we determine that you are in good general health and between the 18 and 65 years of age, we will contact you at the phone or email you provide. Your participation is voluntary, and your information will remain confidential.

If you are interested, you can complete the information by clicking here:

Active, Not Recruiting

BHC Clinical Core for JAX: A 4-year NIH-funded Study to Identify Biomarkers 

This study aims to identify the fundamental mechanisms by which a tri- component network of systems—the microbiome, metabolism and the immune system—interact to cause or exacerbate disease. BHC serves as the Clinical Core and is responsible for recruiting, clinically evaluating and collecting biological samples from ME/CFS and healthy volunteer research participants.

Research for Myalgic Encephalomyelitis/Chronic Fatigue Syndrome Disease: Understanding the Patient Experience of Fatigue 

The pharmaceutical industry has been reluctant to invest in developing therapies for ME/CFS, in part because there are no measures of treatment outcome that they can rely on to provide evidence to the FDA. Fatigue is included in all commonly used case definitions for ME/CFS. A validated patient-reported outcome measure (PROM) for ME/CFS fatigue would provide the data required to document the treatment benefit of therapies for this disease. The objective of this study is to demonstrate that the PROMIS Fatigue measure is a valid and reliable outcome for use in clinical trials of therapy for ME/CFS.

Completed Studies

  • FORTRESS Study: Trial of IMC-1 for the Treatment of Fibromyalgia
  • Exagen-Better Study (20-FMS1-Better): Fibromyalgia Study
  • A Study to Evaluate the Efficacy and Safety of TXN-102 SL in Patients with Fibromyalgia (RELIEF)
  • Defining Posture Contributors to Post-Exertional Malaise
  • Multisite Clinical Assessment of CFS: A CDC-funded study to understand ME/CFS
  • InTiME: Pilot Phase 1/2 Clinical Trial To Investigate CT38 In the Treatment of ME/CFS
  • Restore: A clinical trial of droxidopa for  neurogenic orthostatic hypotension
  • Juvenile Fibromyalgia Study (Ages 13-17): Duloxetine versus placebo
  • Fibromyalgia Study (Ages 18-65): DS-5565 compared to pregabalin and placebo
  • Fibromyalgia Study Low-dose cyclobenzaprine tablets (TNX-102 Phase III)
  • Fibromyalgia: Neuropoint Device delivering RINCE treatment
  • Chronic Fatigue Syndrome: Nutraceuticals & Low-dose methylphenidate
  • Fibromyalgia: IMC-1 combination versus placebo
  • Juvenile Fibromyalgia: Lyrica/pregabalin versus placebo
  • Chronic Fatigue Syndrome: Poly I: Poly C12U IV drug (Ampligen) open label study
  • Fibromyalgia: Low-dose sublingual cyclobenzaprine tablets (Phase II)
Translate »