News | May 12, 2026
Bone density treatment does not begin with medication, but with a precise assessment of your individual bone health risk. At the ROC Regenerative Center in Aschheim near Munich, we view bone density as part of a bigger picture: symptoms, previous fractures, family history, medications, lab results, physical activity, diet, muscle strength, balance, and lifestyle are all taken into account in our evaluation.
Many people seek a bone density test because they are experiencing back pain, have lost height, have suffered a fracture following a minor fall, or have a family history of osteoporosis. Others take an early interest in their bone health because they are taking corticosteroids, are concerned about an increased risk after menopause, or want to remain physically active.
It is precisely at this point that a professional bone density test at the ROC in Aschheim provides the basis for effective osteoporosis treatment.
The current German-language DVO guideline recommends DXA measurement (see photo) of the lumbar spine and hip as the standard procedure for assessing bone density and factoring fracture risk into treatment decisions. The guideline also identifies drug therapy, exercise, fall prevention, and calcium and vitamin D supplementation as key components of care.
A bone density test does more than just determine whether you have osteoporosis. It shows how strong your skeleton is compared to a young, healthy reference group and whether you are at increased risk for vertebral, hip, or wrist fractures. Therefore, when it comes to bone density testing and treatment, it is not just a single value that matters, but your overall medical condition.
The T-score indicates how much your measured bone density deviates from the average for young adults. A T-score of up to -1 is generally considered normal; scores between -1 and -2.5 indicate osteopenia; scores of -2.5 or lower meet the clinical definition of osteoporosis. This classification helps to explain the test results. The medical evaluation also takes into account age, gender, fall risk, previous fractures, comorbidities, and medications.
In everyday practice, it is often the case that two people with similar T-scores do not automatically require the same treatment. A 55-year-old female patient with no history of fractures, strong muscles, and good nutritional status has a different risk profile than a 78-year-old male patient with a vertebral fracture, unsteady gait, and a history of long-term corticosteroid therapy. That is why, at the ROC, we combine orthopedic diagnostics with a structured treatment plan.
In osteodensitometry, a device measures the mineral content of specific bone regions. The lumbar spine and hip are typically the focus of the examination because osteoporotic fractures in these areas can have particularly serious consequences. The DXA method uses very low-dose X-rays and provides measurements that are used worldwide for diagnosis, monitoring treatment progress, and planning therapy.
The test measures bone mineral density, not overall bone quality. Bone strength is determined by several factors: mineral content, microarchitecture, bone remodeling, muscle tension, hormonal status, and risk of falls. Bone density testing therefore becomes more meaningful when combined with medical history, a physical examination, and relevant additional findings.
If test results are abnormal, we at the ROC determine whether additional testing is warranted. Depending on the situation, this may include laboratory tests of bone metabolism, imaging studies if fractures are suspected, and a functional analysis of posture, gait, or muscle control. Laboratory diagnostics at the ROC help identify underlying causes such as vitamin D deficiency, thyroid disorders, inflammation, or other metabolic issues.
Many patients ask about “bone density testing via CT or DXA.” The short answer: For routine osteoporosis diagnosis, DXA is considered the gold standard. It measures bone density in typical high-risk areas, involves minimal radiation exposure, and allows for comparison with clinical guidelines, follow-up measurements, and treatment thresholds.
Quantitative computed tomography, often referred to as qCT, uses a different measurement method. It captures three-dimensional data and distinguishes specific bone components with greater precision. However, the procedure involves a higher radiation dose than DXA and is not always the first choice. In certain cases, qCT provides additional information, such as when DXA results appear distorted due to severe degenerative changes in the spine.
When it comes to bone density testing, the most technically “advanced” test is not necessarily the most appropriate one; rather, it is the method that provides the best clinical information for your specific needs. The DVO guideline recommends DXA of the lumbar spine and proximal femur as the standard procedure; alternative methods may be considered if DXA does not provide a sufficient basis for decision-making. Source
| Feature | DXA measurement | CT-based measurement |
|---|---|---|
| Typical application | The standard for osteoporosis diagnosis and monitoring | Specific issues, supplementary risk assessment |
| Measurement regions | Lumbar spine and hip | Depending on the procedure: the spine, hip, or other areas |
| Radiation exposure | Low | Usually higher than DXA |
| Reference to the guidelines | Well-established | Depending on the situation |
| Benefits for treatment planning | Highly comparable to T-score, trends, and treatment thresholds | Helpful for specific anatomical or diagnostic questions |
A bone density test is particularly beneficial when the results lead to specific treatment recommendations. This includes people who have suffered a fracture following minor trauma, postmenopausal women with risk factors, older men, individuals with a family history of osteoporosis, those undergoing long-term corticosteroid therapy, those with inflammatory rheumatic diseases, those who are underweight, those who have experienced repeated falls, or those with certain hormonal disorders.
Diagnostic testing becomes even more important in cases of unexplained back pain, a hunched back, loss of height, or suspected vertebral fractures. Osteoporosis does not typically cause pain for a long time. It is often not noticed until after a fracture occurs. Effective bone density testing therefore starts earlier: it identifies risks before the first major fracture disrupts daily life.
At ROC, our private orthopedic practice in Aschheim, we assess which risk factors are present and whether a bone density test is the next appropriate step. This medical evaluation helps avoid unnecessary diagnostic tests while ensuring that relevant risks are not overlooked.
The test is painless and usually takes only a few minutes. You will lie comfortably on an examination table while the DXA machine scans the target areas. Wearing clothing without metal parts makes the process easier. Before the test, the team will ask about your medical history, surgeries, fractures, implants, medications, and dietary supplements.
After the measurement, you will not receive a list of raw numbers, but rather a medical assessment. The report includes measurement values, a T-score, a Z-score if applicable, and a classification of your fracture risk. For bone density measurement and treatment, this raises the question: Are basic measures sufficient, is closer monitoring needed, or does the risk profile indicate a need for medication to treat osteoporosis?
If back pain, spinal changes, or joint problems are present at the same time, additional imaging techniques can be specifically incorporated. The ROC offers digital X-rays, open MRI, and ultrasound, among other services. This provides a clear picture rather than simply listing individual findings side by side.
Osteopenia means that bone density is below the normal range but has not yet reached the level of osteoporosis. While this may sound reassuring at first, it warrants attention. Osteopenia is not a harmless incidental finding when additional risk factors are present. These include previous fractures, advanced age, falls, corticosteroids, smoking, alcohol, vitamin D deficiency, chronic inflammation, or a family history of hip fractures.
Treatment for osteopenia based on bone density measurements is tailored to the overall risk. For low-risk patients, the focus is on exercise, strength training, balance, a protein-rich diet, calcium intake, vitamin D, and fall prevention. For higher-risk patients, closer medical monitoring is required; in certain cases, medication may be considered.
A real-world example: A patient with a T-score of -1.8, normal muscle strength, and no history of fractures typically receives different recommendations than a patient with the same T-score but a history of repeated falls and who is taking prednisolone. The measurement device indicates the bone density. The clinical risk assessment determines the appropriate course of action.
Effective osteoporosis treatment is like a sturdy bridge: multiple pillars support it together. Medication alone cannot replace exercise. Exercise alone does not compensate for every structural weakness in cases of high fracture risk. Nutrition helps when it meets individual needs. Fall prevention offers protection where many fractures occur: in everyday life, when getting up, on stairs, in low light, or after episodes of dizziness.
Bone density measurement therapy consists of four stages:
At ROC, we combine bone health with orthopedic function. People who suffer from joint pain, osteoarthritis, or spinal problems often become less active. Reduced activity further weakens muscles and bones. That is why, when necessary, we also consider osteoarthritis treatment, physical therapy at ROC, and functional diagnostics as part of a comprehensive treatment plan.
Drug therapy for osteoporosis is determined by fracture risk, gender, age, kidney function, previous fractures, comorbidities, dental health, tolerability, and treatment goals. Commonly used classes of drugs include bisphosphonates, denosumab, selective estrogen receptor modulators, and bone-forming agents such as teriparatide or romosozumab for appropriate risk profiles.
Antiresorptive medications slow down bone resorption. Anabolic therapies stimulate new bone formation and are primarily considered for patients with a high or very high risk of fracture. The DVO guideline states that specific drug therapy may be indicated in cases of corresponding fracture risk, regardless of the T-score alone; following treatment with denosumab, teriparatide, or romosozumab, a follow-up strategy is necessary to ensure that the protective effect is not lost. Source
It is important for patients to understand that osteoporosis treatment is not a one-size-fits-all approach. Treatment requires a clear initial goal, regular check-ups, and a discussion of potential side effects. With bisphosphonates, dosage guidelines, gastrointestinal tolerance, and kidney function are important factors. For injectable therapies, the correct dosing interval is crucial. For bone-building substances, the doctor plans early on how to subsequently stabilize the effect.
Bone is living tissue. It responds to stress, hormones, nutrients, and inflammation. In the context of bone density measurement and treatment, this means that the measurement reflects the current condition, while basic therapy improves the conditions under which bone is maintained or built up. Calcium, vitamin D, and protein form the nutritional foundation of this approach.
Calcium is found in dairy products, calcium-rich mineral water, green vegetables, nuts, and fortified foods. Vitamin D supports calcium absorption and bone metabolism. The DVO summary recommends a minimum daily intake of 800 IU of vitamin D as a guideline; the specific dose depends on laboratory values, age, sun exposure, diet, and medical condition. Source
Protein deserves more attention in the context of osteoporosis than it often receives. Muscles protect bones by reducing the risk of falls, maintaining mobility, and exerting tensile forces on the bones. For older adults at increased risk of falling, the DVO summary recommends a daily protein intake of 1.0 g per kilogram of body weight. Source
Vegetables are not a substitute for osteoporosis treatment, but they do help maintain a balanced nutrient intake. Green vegetables such as broccoli, kale, bok choy, arugula, fennel, and leeks are particularly suitable. They provide minerals, phytonutrients, and, depending on the variety, vitamin K. Legumes provide additional protein and minerals, provided they are well tolerated.
Bone density management isn’t about individual “superfoods,” but rather about a sustainable, long-term diet. A balanced meal includes protein, vegetables, healthy fats, and sources of calcium. Those who avoid dairy products can turn to calcium-rich mineral water, fortified plant-based beverages, or other suitable sources. In cases of kidney stones, kidney disease, or certain metabolic disorders, the calcium strategy should be coordinated with a doctor.
At ROC Vital in Aschheim, the focus is on prevention: health remains more resilient when metabolism, exercise, and recovery are considered together. This approach is particularly well-suited for people who don’t want to wait until their next injury to take action.
Exercises for osteoporosis are designed to stimulate bone growth, strengthen muscles, and reduce the risk of falls. Suitable exercises typically include strength-training exercises with an appropriate level of intensity, balance training, climbing stairs, brisk walking, functional leg exercises, and core stabilization. In cases of advanced osteoporosis or vertebral fractures, the training program requires professional adaptation to ensure that the body benefits from the stress while avoiding risky movements.
Bone responds to tension and compression. A bone that is completely spared receives fewer stimuli for bone formation. At the same time, a severely weakened bone cannot withstand uncontrolled impact loads. This balance is why expert guidance is so valuable. Bone density measurement provides the framework: the training strategy is adjusted based on the measurement results, pain levels, fractures, and muscle condition.
At ROC, we assess gait patterns, foot pressure distribution, and spinal alignment as needed. Pedobarography and gait analysis help us understand weight-bearing patterns. 4D spinal measurement provides additional information about posture without exposing the patient to additional X-ray radiation. This allows us to develop a training program that is tailored to the individual’s body.
Many osteoporotic fractures are not caused by dramatic accidents, but by everyday falls. Carpet edges, slippery tiles, poor lighting, unsuitable footwear, the need to urinate at night, dizziness, muscle weakness, or certain medications increase the risk. Fall prevention is therefore an integral part of osteoporosis treatment.
Practical measures are simple but effective: remove tripping hazards, ensure stairs are well-lit, use grab bars in the bathroom, have your vision checked, investigate fluctuations in blood pressure, practice balance exercises, and have your medications checked for side effects such as dizziness or drowsiness. Anyone who has already fallen will benefit from a structured analysis rather than being told, “That was just bad luck.”
For neurological, autonomic, or stress-related symptoms, VNS analysis at the ROC can provide additional insights into regulatory patterns. For pain and limited mobility, our team assesses whether manual medicine, chiropractic care, or other orthopedic interventions can improve mobility.
Modern osteoporosis care places greater emphasis on absolute fracture risk. In the past, the T-score was often the primary focus. Today, a wider range of risk factors is taken into account: age, gender, previous fractures, risk of falls, medications, comorbidities, and, in many cases, the pattern of fractures. As a result, bone density testing leads to more personalized treatment.
Another development concerns the sequence of medications. In cases of high or very high fracture risk, bone-forming agents are becoming increasingly important. Antiresorptive therapies remain an established part of treatment, particularly for stabilization. Recent reviews describe the current range of antiresorptive and osteoanabolic options, which are selected based on individual fracture risk. Source
For those affected, this means that the question is no longer “Which osteoporosis medication is generally the best?” but rather “Which treatment is right for my risk profile, my medical history, my tolerance, and my goals?” This is precisely the kind of question that should be addressed during a detailed consultation with a doctor.
The duration of osteoporosis treatment depends on the active ingredient, fracture risk, and the course of the disease. Some medications are prescribed for several years, while others have limited treatment intervals and subsequently require stabilizing maintenance therapy. Treatment therefore does not automatically end when test results improve. The current risk of fractures is the decisive factor.
When planning treatment following a bone density test, we schedule follow-up appointments from the very beginning. These include clinical visits, questions about tolerability, reassessment of falls, laboratory test results, and, depending on the situation, a repeat DXA scan. The DVO guideline recommends initial clinical follow-ups every three to six months after starting specific treatment. Source
Patients receiving denosumab require special attention when discontinuing the medication, as the risk of fracture may increase again without appropriate follow-up treatment. With bisphosphonates, the question of whether to continue or take a break becomes relevant after prolonged treatment. These decisions should not be based on a rigid schedule, but rather on a physician’s assessment of the risks.
A follow-up DXA scan shows whether bone density remains stable, continues to decline, or increases with treatment. The timing depends on the baseline value, risk, and treatment. Follow-up tests performed too early often reveal few meaningful differences, because bone responds slowly and measurements are subject to technical variability.
In cases of high risk, a new fracture, or a change in treatment, follow-up care differs from that for stable osteopenia without additional risks. Bone density testing does not use follow-up measurements as an end in itself. Each follow-up visit answers a clear question: Is the treatment having the desired effect? Has the risk changed? Does the treatment plan need to be adjusted?
At ROC, we correlate the data with the clinical situation. If pain decreases, mobility improves, and the risk of falling decreases, that is also a sign of successful treatment. If the measured value remains stable even though a significant decline was previously expected, that can also be a good sign.
DXA bone density testing involves minimal radiation exposure, is quick, and is painless. However, it has its limitations. It measures bone mineral content, not all aspects of bone quality. Degenerative changes, calcifications, or vertebral deformities can skew measurements of the spine. That is why it is important to measure both the hip and the spine and to have a doctor review the results for plausibility.
Another drawback stems from misinterpretation. A single T-score without a medical history can lead to a false sense of security or unnecessary worry. Osteopenia does not automatically mean a high risk of fracture. A normal or only slightly reduced value does not rule out all risk in certain risk scenarios. Bone density testing therefore requires experience in interpreting the results.
The issue of cost also plays a role. Statutory health insurance plans cover DXA scans only in certain cases, such as when there is concrete suspicion of osteoporosis and the results will guide treatment. The Techniker Krankenkasse cites, among other things, fractures with no apparent cause where there is a reasonable suspicion of osteoporosis, as well as the optimization of medication decisions, as situations in which the cost can be billed through the health insurance card. Source
Bone density testing is commonly performed in orthopedic, radiology, osteology, endocrinology, or specialized internal medicine practices. It is not only the equipment that matters, but also the medical interpretation of the results. The findings are most valuable when the treating physician can identify risk factors for osteoporosis, explain treatment options, and monitor the patient’s progress.
At ROC, our orthopedic care takes this holistic approach: we consider bones, joints, the spine, muscles, and range of motion as a unified whole. For patients in Munich, Aschheim, and the surrounding area, this means a seamless transition from diagnosis to consultation to treatment planning.
If you already have previous test results, please bring them with you to your appointment: past DXA scans, X-rays or MRI images, lab results, your medication schedule, doctor’s notes, and information about any fractures. This will allow us to plan your bone density treatment more precisely and avoid unnecessary duplicate tests.
COPD and osteoporosis occur together more frequently than many people with these conditions might expect. Contributing factors include smoking, low physical activity, inflammatory processes, low body weight, vitamin D deficiency, and the use of glucocorticoids. High-dose or long-term corticosteroid therapy, in particular, can negatively affect bone metabolism.
Recent reviews have described a link between inhaled corticosteroids for COPD and an increased risk of osteoporosis or fractures, particularly at higher doses. COPD itself can contribute to bone weakness through lack of physical activity, inflammation, and muscle loss. Source
In terms of bone density management, this means that people with COPD benefit from early risk assessment. Respiratory therapy, tailored exercise, muscle strengthening, smoking cessation, fall prevention, and a coordinated medication strategy indirectly support bone health. Osteoporosis treatment does not replace pulmonary therapy, but it complements it in cases where the risk of fracture increases.
Back pain can have many causes: intervertebral discs, facet joints, muscles, spondylolisthesis, osteoarthritis, inflammation, or osteoporotic vertebral fractures. In cases of osteoporosis in particular, vertebral fractures can occur even as a result of everyday movements, such as lifting a bag, stumbling, or turning abruptly.
Warning signs include acute back pain without a clear cause of injury, loss of height, a hunched back, pain when standing up straight, or a history of osteoporosis. In such cases, bone density testing alone is not sufficient. Imaging helps determine whether the fracture is recent or older. Depending on the specific issue, the ROC offers a range of modern imaging techniques, including open MRI.
Once the cause has been identified, appropriate treatment is prescribed. This may include a combination of pain management, physical therapy, orthotic consultation, muscle strengthening, osteoporosis medication, and fall prevention. For chronic spinal pain, we also explore additional options for spinal therapy.
At first glance, osteoarthritis and osteoporosis seem to be opposites: osteoarthritis causes changes in the joint cartilage and surrounding bone, while osteoporosis leads to a loss of bone mass. In everyday life, however, these two conditions often overlap. Pain limits movement, compensatory postures weaken muscles, falls become more likely, and surgeries require good bone quality.
A bone density test is therefore also advisable before making major orthopedic decisions if risk factors are present. A stable bone structure supports physical resilience, rehabilitation, and safe movement. People who are less active due to knee, hip, or spinal problems need a plan that protects their joints while still providing adequate exercise for their bones.
At ROC, we offer a variety of conservative and regenerative treatment options for this condition. Depending on the diagnosis, we recommend hyaluronic acid treatments, autologous blood therapy, orthobiology, shockwave therapy, or other procedures. The goal remains the same: less pain, improved mobility, and greater confidence.
Modern osteoporosis care begins by identifying the primary issue. For one person, it may be a low T-score. For another, it may be a recent vertebral fracture. For a third person, it may be repeated falls, muscle weakness, and medication. Bone density testing and treatment address these various aspects, ensuring that the focus is not solely on the numbers.
At ROC, we take a patient-centered approach. This means we explain test results in a way that’s easy to understand, discuss treatment options transparently, and plan therapies that fit into your daily life. A therapy is only effective if it is medically sound, well-tolerated, and practical.
Self-pay patients and those with private insurance, in particular, often seek a detailed assessment. They want to know whether a bone density test is necessary, which method is appropriate, whether medication is required, which supplements make sense, and how to stay active despite pain. We don’t answer these questions with generalizations, but rather through a structured osteological and orthopedic evaluation.
Before your DXA scan, please bring any previous test results and your medication list. This includes past bone density measurements, doctor’s notes, X-rays, MRI results, lab reports, information about fractures, and details regarding dietary supplements. Metal fasteners on clothing or belts can interfere with the examination; wearing comfortable, metal-free clothing will make the process easier.
Many medical offices ask patients to stop taking calcium supplements on the day of the exam or shortly before, as residual calcium in the digestive tract can interfere with the results. You will receive specific instructions from the medical office conducting the exam. It is also important to mention any pregnancy or possible pregnancy before any X-ray-based examination.
At the ROC, you will receive clear information about the process on-site. To schedule an appointment, please use the directions to the ROC in Aschheim; for organizational questions, please visit the ROC Ortho service section. For further questions regarding billing, please refer to the "Prices " page on the ROC Ortho website.
Our approach follows a clear process. First, we gather your personal history: symptoms, fractures, falls, family medical history, medications, pre-existing conditions, diet, activity level, and goals. Next, we perform the appropriate diagnostic tests. We then discuss the results in plain language and determine which measures are most likely to be beneficial.
Treatment following a bone density test can vary greatly depending on the results. In cases of mild osteopenia without additional risk factors, a consistent prevention plan is often sufficient. In cases of established osteoporosis with a high risk of fracture, specific medication becomes the primary focus. If the patient experiences pain, unsteadiness while walking, or spinal problems, we supplement the treatment plan with orthopedic or physical therapy interventions.
Our mission at the ROC Regenerative Center: We don’t just treat the test results. We treat the person who lives with those results, works, wants to exercise, plans trips, holds their grandchildren, or wants to climb stairs safely again.
A common mistake is to wait and see despite a clearly increased risk. Osteoporosis doesn’t cause pain for a long time, but fractures can abruptly change your life. If you don’t receive a treatment plan after an abnormal test result, you’re wasting time. The opposite is just as problematic: being afraid to take a single step. Excessive rest weakens muscles and balance, which increases the risk of falling.
A second mistake is taking dietary supplements without proper coordination. Taking more calcium, more vitamin D, or additional supplements does not automatically lead to better health. The appropriate dose depends on diet, blood test results, kidney function, underlying medical conditions, and medication. Taking too many supplements or the wrong ones can have unwanted side effects.
A third mistake is discontinuing treatment without consulting a doctor. Especially with denosumab and bone-building therapies, ending treatment requires a follow-up plan. Bone density testing is therefore an ongoing process, not a one-time appointment.
Prompt evaluation is recommended in cases of acute back pain following minor exertion, sudden loss of height, the development of a hunched back, a bone fracture resulting from a minor fall, or repeated falls. This is especially true for patients with known osteoporosis, those undergoing corticosteroid therapy, those receiving cancer treatment with hormonal effects, those with chronic inflammatory conditions, or those who are significantly underweight.
Even if a previous bone density test showed abnormal results and no treatment plan has been established yet, it is worth having the results re-evaluated. Please bring your previous test results with you. A trend over several years often reveals more than a single measurement. For a comprehensive consultation, you can reach the ROC through the ROC Ortho telephone consultation service or schedule an appointment for an in-person examination.
Our team of ROC physicians supports you with state-of-the-art diagnostics, orthopedic expertise, and a focus on regenerative and preventive medicine. This provides a framework for bone density testing and treatment that is both scientifically sound and practical for everyday use.
If you want to know whether your bones are strong enough, whether your osteopenia requires treatment, or which osteoporosis treatment is right for your risk profile, a structured evaluation is the best place to start. A bone density test can provide you with guidance before uncertainty, pain, or a fracture begins to affect your daily life.
Schedule an appointment at the ROC Regenerative Center in Aschheim, near Munich. We will assess your risk factors, perform the appropriate diagnostic tests, and develop a treatment plan tailored to your body, your goals, and your lifestyle. For more information, visit the Bone Density Testing page on the ROC Ortho website.
ROC Ortho
St.-Emmeram-Str. 5 (Ground Floor)
85609 Aschheim
www.roc-ortho.de
Tel.: 089 46259930
Email: praxis@roc-ortho.de