REMS Bone Scan

Screen for

Screen Your Bones for Osteoporosis

Your Bones

Superior to ☢️ DEXA – Radiation Free Bone Density Scan


T-Score, Z-Score, Fracture Risk, Fragility Score, Body Fat and Metabolism

REMS Bone Scan Sample Reports


Hip Assessment - T-Score, Z-Score, FRAX

Lumbar Spine Assessment - T-Score, Z-Score, FRAX

Bone Micro-Architecture Score

Fracture Risk

 What is a REMS Bone Scan?

Radiofrequency Echographic Multi Spectrometry (REMS) is a state-of-the-art technology that uses ultrasound waves to assess bone health. Unlike traditional methods, REMS does not rely on ionising radiation. Instead, it utilises high-frequency sound waves to create detailed images of bone structures, particularly focusing on the spine and hip, which are critical areas for diagnosing osteoporosis and other bone-related conditions.

 How Does REMS Work?

REMS operates by emitting ultrasound waves that travel through the bone. As these waves encounter different tissues and structures, they are reflected back and captured by the device. The collected data is then processed using advanced algorithms to produce a comprehensive analysis of bone density and quality. This method provides a precise and reliable assessment of bone health without exposing patients to harmful radiation.

Advantages of REMS Scan

Radiation-Free: One of the most significant advantages of REMS over DEXA scans is the absence of ionising radiation. DEXA (Dual-Energy X-ray Absorptiometry) scans, although effective, expose patients to low levels of X-ray radiation. While the exposure is minimal, repeated scans over time can accumulate and pose health risks. REMS eliminates this concern entirely, making it a safer alternative, especially for patients requiring frequent monitoring.

Non-Invasive and Comfortable: REMS ultrasound scans are non-invasive, meaning there are no injections, incisions, or discomfort during the procedure. Patients can undergo the scan while lying comfortably on an examination table. The process is quick and painless, typically lasting only a few minutes. This is a stark contrast to some other diagnostic methods that may involve invasive procedures or require patients to remain still for extended periods.

High Accuracy and Precision: REMS technology provides highly accurate and precise measurements of bone density and quality. The advanced algorithms used in processing the ultrasound data ensure that the results are reliable and consistent. This precision is crucial for diagnosing osteoporosis and other bone conditions accurately, enabling healthcare providers to develop effective treatment plans.

Comprehensive Bone Health Analysis: Beyond measuring bone density, REMS also assesses bone quality, which is a critical factor in understanding overall bone health. Bone quality refers to the structural integrity and strength of the bone, aspects that are not fully captured by DEXA scans. By providing a more comprehensive analysis, REMS allows for a better understanding of fracture risk and bone health status.

Suitable for a Wider Range of Patients: REMS ultrasound scans are suitable for a broader range of patients, including those with contraindications to X-rays, such as pregnant women or individuals with certain medical conditions. This inclusivity ensures that more patients can benefit from regular bone health assessments without the limitations posed by radiation-based techniques.

REMS vs. DEXA: A Comparative Analysis

Safety: Safety is a paramount concern in medical diagnostics. REMS excels in this area by eliminating the use of ionising radiation, making it a safer choice for patients who need repeated assessments. DEXA, while generally safe, involves exposure to X-rays, which can accumulate over time and increase the risk of radiation-related complications.

Patient Comfort and Convenience: REMS offers a more comfortable and convenient experience for patients. The non-invasive nature of the scan means there is no need for special preparations, injections, or uncomfortable positions. The quick and straightforward procedure enhances patient compliance, ensuring that individuals are more likely to undergo regular assessments.

Diagnostic Accuracy: Both REMS and DEXA provide accurate measurements of bone density, but REMS has the added advantage of assessing bone quality. This dual capability offers a more comprehensive view of bone health, improving the accuracy of diagnoses and the effectiveness of treatment plans. REMS’s ability to detect subtle changes in bone structure can be particularly beneficial in early diagnosis and intervention.

Cost-Effectiveness: From a cost perspective, REMS can be more economical in the long run. The non-reliance on radiation reduces the need for additional safety measures and follow-up procedures, potentially lowering overall healthcare costs. Additionally, the ability to conduct more frequent assessments without radiation exposure can lead to better long-term management of bone health, reducing the incidence of fractures and associated healthcare expenses.

Availability and Accessibility: While DEXA scans are widely available and have been the standard for bone density assessment, REMS technology is rapidly gaining traction. As awareness of its benefits grows, more healthcare providers are adopting REMS, making it increasingly accessible to patients. The portable nature of some REMS devices also means that they can be used in a variety of settings, including clinics and remote locations, further enhancing accessibility.

The Future of Bone Health Assessment

The advantages of REMS ultrasound scans position this technology as the future of bone health assessment. Its safety, accuracy, and comprehensive diagnostic capabilities make it an ideal choice for both patients and healthcare providers. As the technology continues to evolve and become more widely available, it is likely that REMS will become the standard method for evaluating bone health, replacing or complementing traditional techniques like DEXA scans..


REMS report should compared with REMS and DEXA with DEXA for monitoring bone health although both reports show similar information.