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Daxor Corporation Receives U.S. Patent for Breakthrough Remote Blood Volume Monitor

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Daxor (Nasdaq: DXR) received U.S. Patent No. 12,635,917 B2 for a Remote Blood Volume Monitor on June 2, 2026. The technology combines baseline blood volume measurement with ongoing hematocrit monitoring via wearable sensors, delivering real-time absolute blood, plasma, and red cell volume data without repeated tracer injections.

The patented system uses algorithms to calculate volume deviations and send predictive alerts when patient-specific thresholds are crossed, supporting management of heart failure, syncope, anemia, and polycythemia. It can also integrate with other monitoring systems, providing euvolemically-corrected data for a more comprehensive physiological overview.

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Positive

  • Grant of U.S. Patent No. 12,635,917 B2 for remote blood volume monitoring
  • Technology enables continuous, remote tracking of absolute blood volume via wearables
  • System provides real-time blood, plasma, and red cell volume without repeated tracers
  • Predictive alerts and customized thresholds to guide clinical interventions
  • Integration capability with blood pressure, pulse, glucose, and blood gas monitors

Negative

  • None.

News Market Reaction – DXR

+2.93%
1 alert
+2.93% Session close to close
$62.35M Market Cap
0.1x Rel. Volume

In the Jun 2 session, DXR gained 2.93%, reflecting a moderate positive market reaction.

Data tracked by StockTitan Argus on the day of publication.

Market Context

This announcement highlights a new U.S. patent for Daxor’s remote blood volume monitor, extending it...
Analysis

This announcement highlights a new U.S. patent for Daxor’s remote blood volume monitor, extending its capabilities from hospital-based baseline testing to continuous, wearable-enabled tracking. The technology targets conditions such as heart failure, syncope, anemia, and polycythemia by generating patient-specific alerts based on blood and plasma volume changes. In context with recent revenue growth of 45%, FDA clearance for a portable analyzer, and equity financing completed in early 2026, investors may focus on execution, adoption, and future operating performance.

Key Figures

Patent number: U.S. Patent No. 12,635,917 B2 Net assets: $45,887,266 NAV per share: $9.07 +5 more
8 metrics
Patent number U.S. Patent No. 12,635,917 B2 Remote Blood Volume Monitor patent issued by USPTO
Net assets $45,887,266 Net assets at December 31, 2025 (N-CSR filing)
NAV per share $9.07 Net Asset Value per share at December 31, 2025
Revenue growth 45% Unaudited operating division revenue growth in 2025 vs 2024
2025 operating loss $268,598 Operating loss for 2025, improved from 2024
2024 operating loss $1,614,545 Prior-year operating loss referenced in N-CSR filing
Registered direct proceeds $8,142,006 Net proceeds from January 26, 2026 registered direct offering
Shares in offering 765,958 shares Common stock issued in January 2026 registered direct

Historical Context

5 past events · Latest: Apr 28 (Positive)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
Apr 28 Commercial forum presence Positive +5.4% Showcasing BVA at MedAxiom forum to accelerate cardiovascular adoption.
Apr 08 New BVA program Positive +2.3% Launch of BVA program at high-volume Ohio cardiology center.
Mar 26 Clinical data update Positive -2.9% Clinical validation of BVA vs capillary leak indices at SCCM 2026.
Mar 17 Conference showcase Positive +0.2% ACC.26 showcase of portable analyzer and outcomes data on mortality/readmissions.
Mar 10 Product debut Positive +1.6% Debut of rapid, portable analyzer at SCCM 2026 Critical Care Congress.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Positive operational news has often aligned with modestly positive next-day moves, with one notable divergence on clinical data.

Recent Company History

Over recent months, Daxor has focused on expanding and validating its blood volume analysis platform. Events include showcasing next-generation portable analyzers at ACC.26 and SCCM 2026, launching a new BVA program at a high-volume Ohio cardiology center, and leveraging the MedAxiom CV Transforum Spring’26 to drive adoption. Clinical data presented at SCCM 2026 highlighted higher specificity versus common indices. Price reactions ranged from -2.89% to 5.39%, generally positive for commercial expansion news, with a negative move following the clinical trial update.

Key Terms

hematocrit, photo-plethysmography, plasma volume, red cell volume, +4 more
8 terms
hematocrit medical
"By integrating subsequent hematocrit (Hct) monitoring technologies—including non-invasive..."
Hematocrit is the percentage of red blood cells in a person’s blood, similar to how a pie chart shows the proportion of different slices. It matters to investors because abnormal levels can indicate health issues that may affect a person’s well-being and productivity, potentially impacting industries like healthcare or insurance. Monitoring hematocrit helps provide insights into overall health trends that can influence market conditions.
photo-plethysmography medical
"including non-invasive optical sensors like photo-plethysmography (PPG) embedded in smartwatches..."
An optical method that uses light shone on the skin to detect tiny changes in blood flow and pulse by measuring how much light is absorbed or reflected. Think of it like using a flashlight and watching subtle changes in the way a fingertip or wrist dims and brightens as blood pulses through; that signal is translated into heart rate, oxygen trends and other health metrics. Investors care because this inexpensive, easy-to-integrate technology powers many consumer wearables and medical monitors, influencing product demand, regulatory scrutiny, and revenue potential in health-tech markets.
plasma volume medical
"updates on a patient’s total blood volume, plasma volume, and red cell volume without..."
Plasma volume is the amount of the liquid portion of blood that carries cells, proteins and dissolved substances throughout the body; think of it as the water in a river that transports everything floating in it. Investors care because plasma volume influences how drugs and diagnostic markers are diluted or concentrated, affecting dosing, safety, lab results and trial outcomes—so changes can alter a therapy’s efficacy, regulatory review and market potential.
red cell volume medical
"total blood volume, plasma volume, and red cell volume without the need for repeated..."
Red cell volume is the portion of a blood sample made up of red blood cells, usually reported as a percentage of total blood volume (also called hematocrit or packed cell volume). Think of a bottle of salad dressing where the solid bits settled at the bottom — red cell volume tells you how much of the bottle is the solid part versus the liquid. For investors, changes in this measure drive demand and regulatory outcomes for drugs, blood tests, transfusion products and devices, and can be a key marker of treatment effectiveness or safety.
hypovolemia medical
"guide clinical interventions for a variety of critical conditions, including volume overload in heart failure, hypovolemia in syncope..."
A medical condition in which the body has an abnormally low volume of circulating blood, usually from bleeding, dehydration, or excessive fluid loss, which reduces oxygen and nutrient delivery to organs. For investors, hypovolemia matters because it drives demand for emergency treatments, fluids, monitoring devices and drugs, influences patient outcomes and clinical trial results, and can affect regulatory decisions and revenue prospects for companies in acute care and medical-device markets — like a car losing fuel and losing performance.
polycythemia medical
"red blood cell deficits in anemia, and red blood cell excess in polycythemia."
Polycythemia is a condition in which the body makes too many red blood cells, making the blood thicker and more prone to clotting — like syrup flowing through a pipe instead of water. For investors, it matters because diagnosis, monitoring and treatment drive demand for tests, drugs and medical devices, influence clinical trial design and regulatory review, and can affect healthcare costs and the financial prospects of companies in diagnostics and therapeutics.
blood gas monitors medical
"integration with other patient monitoring systems—such as blood pressure, pulse, glucose, and blood gas monitors..."
Medical devices that measure oxygen and carbon dioxide levels and the acidity (pH) of a blood sample, giving a quick readout of a patient’s breathing and metabolic status. Investors care because these monitors are essential in hospitals, emergency care and surgical settings, creating steady demand, recurring consumables and service revenue; their sales and regulatory clearance can significantly affect a medical device maker’s financial outlook. Like a car’s dashboard gauges, they tell clinicians whether a patient’s basic life-support systems are working.
euvolemically-corrected medical
"to provide euvolemically-corrected data for a more comprehensive physiological overview."
Euvolemically-corrected means a measurement or result has been adjusted to account for a person's normal blood and fluid volume, so values reflect true changes rather than shifts caused by dehydration or excess fluid. For investors, it signals that reported lab results or safety data are more reliable because they remove a common source of distortion, making comparisons between patients or time points clearer—like weighing someone after removing outer clothing to get a consistent baseline.

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New Technology Expands Daxor’s Diagnostic Capabilities to Enable Continuous, Remote Tracking of Blood Volume Status Using Wearable Sensors, Enhancing Care for Heart Failure, Syncope, Anemia, and Polycythemia

OAK RIDGE, TN, June 02, 2026 (GLOBE NEWSWIRE) -- Daxor Corporation (Nasdaq: DXR), the global leader in blood volume measurement technology, today announced that the United States Patent and Trademark Office (USPTO) has issued U.S. Patent No. 12,635,917 B2, titled “Remote Blood Volume Monitor.”

The newly issued patent covers innovative systems and methods for the ongoing and remote monitoring of a patient’s absolute blood volume status after an initial baseline measurement. By integrating subsequent hematocrit (Hct) monitoring technologies—including non-invasive optical sensors like photo-plethysmography (PPG) embedded in smartwatches or other wearable devices—with Daxor’s advanced blood volume analysis algorithms, the system provides real-time updates on a patient’s total blood volume, plasma volume, and red cell volume without the need for repeated tracer injections.

"This patent represents a major leap forward in personalized, remote patient care," said Michael Feldschuh, President and CEO of Daxor Corporation. "By bridging our gold-standard baseline blood volume analysis with widely accessible remote and wearable sensor technology, we are transitioning blood volume management from an episodic hospital-based procedure to an ongoing, proactive treatment paradigm. This is highly transformative for the millions of patients managing chronic fluid-related conditions such as heart failure, where early detection of decompensation can significantly reduce readmissions and improve survival."

The patented system is uniquely designed to provide patient-specific treatment guidance and predictive alerts. It utilizes sophisticated algorithms to automatically calculate volume deviations and trigger clinical notifications when a patient's fluid or red cell levels cross customized physiological thresholds. This early-warning capability is tailored to guide clinical interventions for a variety of critical conditions, including volume overload in heart failure, hypovolemia in syncope, red blood cell deficits in anemia, and red blood cell excess in polycythemia.

Jonathan Feldschuh, Chief Scientific Officer, added, "Historically, clinicians have lacked an accurate way to track absolute blood volume shifts on a continuous basis. This system solves that crucial problem by using a single, highly precise absolute baseline measurement to anchor subsequent continuous non-invasive measurements. By doing so, we ensure that patients and doctors have accurate, actionable data regarding internal fluid balances, wherever they are."

In addition to standalone remote monitoring, the patented technology allows for integration with other patient monitoring systems—such as blood pressure, pulse, glucose, and blood gas monitors—to provide euvolemically-corrected data for a more comprehensive physiological overview.

About Daxor Corporation

Daxor Corporation (Nasdaq: DXR) is tackling healthcare's "multi-billion-dollar silent crisis", the inability to precisely measure blood volume. This often results in suboptimal care, prolonged hospital stays, and increased readmissions for many high-cost medical conditions like heart failure and those requiring ICU care. With 50 years of experience and innovation, Daxor is proud to manufacture and distribute its patented, FDA-cleared Blood Volume Analysis (BVA) diagnostic which offers unmatched, real-time, precise data via its rapid, hand-held, lab-based system. This empowers clinicians to make individualized treatment decisions that significantly improve patient outcomes and deliver substantial efficiencies in value-based healthcare. Daxor is ISO certified and operates a U.S.-based, 20,000-square-foot state-of-the-art manufacturing facility, positioning the company for accelerated market expansion.

For more information, please visit our website at Daxor.com.

Sign up to receive news on Daxor’s innovative technology HERE.

Forward-Looking Statements

Certain statements in this release may include forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995, including without limitation statements regarding the impact of hiring sales staff and expansion of our distribution channels. Forward-looking statements are predictions, projections and other statements about future events that are based on current expectations and assumptions and, as a result, are subject to risks and uncertainties. Many factors could cause actual future events to differ materially from the forward-looking statements in this release, including, without limitation, those risks associated with our post-market clinical data collection activities, benefits of our products to patients, our expectations with respect to product development and commercialization efforts, our ability to increase market and physician acceptance of our products, potentially competitive product offerings, intellectual property protection, FDA regulatory actions, our ability to integrate acquired businesses, our expectations regarding anticipated synergies with and benefits from acquired businesses, and additional other risks and uncertainties described in our filings with the SEC. Forward-looking statements speak only as of the date when made. Daxor does not assume any obligation to publicly update or revise any forward-looking statements, whether as a result of new information, future events or otherwise.

Investor Relations Contact
Bret Shapiro
COO – Head of Capital Markets
COREIR
516-222-2560
brets@coreir.com | www.coreir.com


FAQ

What is Daxor (NASDAQ: DXR)'s new U.S. patent 12,635,917 B2 for?

The new patent covers a Remote Blood Volume Monitor that enables continuous, remote tracking of absolute blood volume. According to Daxor, it combines baseline blood volume analysis with ongoing hematocrit monitoring to update total, plasma, and red cell volume in real time using wearable sensors.

How does Daxor's remote blood volume monitoring system work with wearable sensors?

The system integrates non-invasive hematocrit monitoring, including optical sensors like PPG in smartwatches, with Daxor algorithms. According to Daxor, this setup uses an initial absolute baseline measurement to anchor continuous remote readings, updating blood, plasma, and red cell volume without repeated tracer injections.

Which conditions could benefit from Daxor (DXR)'s Remote Blood Volume Monitor?

The monitor is designed to support management of heart failure, syncope, anemia, and polycythemia. According to Daxor, algorithms calculate volume deviations and trigger alerts when fluid or red cell levels cross customized thresholds, helping guide timely clinical interventions for these fluid-related conditions.

What makes Daxor's June 2, 2026 patent important for heart failure patients?

The patent supports ongoing, personalized fluid management for heart failure patients through remote monitoring. According to Daxor, early detection of decompensation via predictive alerts can guide interventions that may help reduce hospital readmissions and improve survival by tracking absolute blood volume status continuously.

Can Daxor (NASDAQ: DXR)'s Remote Blood Volume Monitor integrate with other monitoring systems?

Yes, the patented technology can integrate with blood pressure, pulse, glucose, and blood gas monitors. According to Daxor, this integration provides euvolemically-corrected data, offering a more comprehensive physiological overview by aligning other vital signs with accurate, patient-specific blood volume status.

How does Daxor's new system provide predictive alerts for fluid status changes?

The system uses algorithms to automatically calculate volume deviations from a patient-specific baseline and trigger notifications. According to Daxor, alerts occur when fluid or red cell levels cross customized physiological thresholds, offering early warning for heart failure overload, hypovolemia, anemia, or polycythemia.