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NEW TOOL PROMISES BREAKTHROUGHS FOR HEP C
POTENTIAL BENEFITS FOR ALS, PARKINSON’S, ALZHEIMERS, HUNTINGTON’S, MS, NEURODEGENERATIVE, HIV/AIDS, DIABETES, CANCER, RA, AND OTHER DISEASES

Oxygen is a significant and potent tool for the body’s defense against invading foreign chemicals and organisms. The storage and release of oxygen form an integral part of the immune system.

Oxygen transfers from red blood cells and concentrates into Reserve Oxygen (ROX) bundles. Unlike free oxygen, ROX bundles move in water, plasma and tissue. ROX bundles travel to and focus on the specific point of need, and then release oxygen at the site. The release of oxygen must be sharp and focused at the point of use. If less than a critical mass of ROX exists, ROX will not focus, and radicals will be released at the surrounding tissues, causing widespread damage. This can begin a chain of events leading to disease.

ROX (reserve oxygen capacity) is the measure of these oxygen reserves available for transfer to tissues and cells. BOX (booster oxygen capacity) is the rate of replenishing these reserves. Together, ROX and BOX are an indication of the strength of the body’s immune system and ability to fight disease. Normal ROX and BOX levels (i.e., 100) indicate a well functioning immune system. A lack of adequate levels of ROX and BOX leads to disease.

ROX and BOX are easily measured using an Immunogram™ Analyzer (patents pending). The Immunogram™ quantifies the immune system and outputs two numbers from patient blood samples: ROX™ (the amount of reserve oxygen supply) and BOX™ (the amount of booster oxygen capacity). Other valuable information is also derived for each patient.

The Immunogram™ Analyzer indicates the strength of a patient’s immune system, predicts a patient’s response to treatment, and identifies those patients most likely to overcome the threat of disease. Immunograms quantitate the body’s ability to deliver oxygen to cells and tissues for energy usage, immune response, and detoxification.

Parallel measurements of ROX and BOX with biomarkers can lead to better biomarker selection and increased specificity.

Solmedx is currently in clinical studies, to predict non-responders to interferon treatment for patients with Hepatitis C. Additional studies are planned for evaluation of patients with Alzheimer’s, ALS, and other neurodegenerative diseases; Cancer; Diabetes; HIV/ AIDS, Huntington’s Disease, Parkinson’s Disease (PD), Rheumatoid Arthritis (RA) and other auto-immune diseases; and Complex Regional Pain Syndrome (CRPS).

PATIENT OUTCOME

IMPROVE patient response by monitoring ROX and BOX levels DURING treatment.

MONITOR overall patient wellness or health during annual physical exams by observing ROX and BOX levels.

PREDICT patient-specific responses to a drug or a treatment by obtaining ROX and BOX levels PRIOR to treatment.

MEASURE patient sensitivity for specific drugs PRIOR to initiating treatment.

SCREEN new drugs for toxicity using the Immunogram™ Analyzer in conjunction with MedX™ Drug Standards.

Run an Immunogram Panel to get patient immune ‘fingerprints’

Parallel measurement of ROX and BOX with biomarkers can lead to better biomarker selection and increased specificity.




Immuogram Brochure DownloadDownload Immunogram™ Brochure

 
     
     
Exciting New Developments:
 
     
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At present, clinical trials are under way with patients with Hepatitis C and a control group (University of Medicine & Dentistry of New Jersey IRB Protocol No. 0120090320). The purpose of the clinical trial is to identify patients who have an imbalanced ROX and examine their progress during the course of treatment with interferon and ribavirin supplements. By quantifying the patient's ROX delivery system, this study identifies which patients are non-responders to interferon/Ribavirin treatment.
 
     
PLANNED CLINICAL TRIALS:
 
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ALS: Imbalanced ROX at the motor neuron leads to oxidative damage to the motor neuron and surrounding tissue.
 
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Alzheimer's, Huntington's, MS, and other neurodegenerative diseases: Imbalanced ROX for nervous system leads to oxidative damage of nerve tissue and surroundings.
 
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Cancer: A tumor cannot be contained if there is insufficient ROX; A cancer patient with sufficient ROX can prevent a tumor from spreading by destroying any metastasized cancer cells.
 
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Complex Regional Pain Syndrome (CRPS): Out of balance ROX allows free radicals to cause pain.
 
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Diabetes: If not enough ROX is delivered for glucose to convert to energy, added insulin will not control the patient's sugar level.
 
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HIV/AIDS: When a T-cell recognizes a virus, it recruits a critical mass of ROX to destroy the virus. Insufficient ROX would not allow a critical mass to focus on the virus, allowing it to spread out and destroy the T-cell and surrounding tissue.
 
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Parkinson's Disease: If less than a critical mass of ROX exists, radicals will be released at the surrounding tissues, causing widespread damage. This can begin a chain of events leading to PD.
 
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Rheumatoid Arthritis (RA) and other auto-immune diseases: Insufficient ROX allows for the indiscriminate spread of radical oxygen species, thus damaging surrounding tissues.
 
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Solmedx can be found online under the following tags:
interferon treatment, patient blood samples, ROX (reservoir oxygen capacity), Cancer, innate immune viability, AIDs, BOX, blood cell oxygen capacity,
adaptive immune system strength,
proper medication dosage, clinical studies,Hepatitis C, Diabetes, patient injury and drug toxicity Alzheimer's, ALS, and other neurodegenerative diseases; Cancer; Diabetes; HIV/AIDS, Huntington's Disease, Parkinson's Disease (PD), Rheumatoid Arthritis (RA) and other auto-immune diseases; and Complex Regional Pain Syndrome (CRPS)]

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