An accurate Diagnosis
The Basis for successful therapy

Digital radiography

Our practice exclusively employs a digital X-ray machine of the newest generation (Siemens Multix Select DR, manufactured in 2013), for direct digital radiography. This reduces the radiation exposure to the patient considerably. Furthermore, the technical post-processing and magnification options produce markedly higher diagnostic certainty. The fact that the X-ray images are available in digital format also makes it easier to transfer them electronically, while simplifying communication among the attending physicians.

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Sonography / ultrasound / color Doppler ultrasonography

Our practice is equipped with a color ultrasound device with Doppler function as well as two black/white sonography devices of the newest generation. This radiation-free method considerably facilitates diagnosis and frequently allows us to refrain from X-rays. Particularly in the case of questionable bone fractures in children, an ultrasound examination can make an X-ray study superfluous. For dynamic functional examinations, sonography may even be superior to the MRI scan, for example, in shoulder diagnostics.

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Sports check

With our sports check, we aim to offer our patients and clients the best possible and well-founded evidence to guide the planning of physical exercise.

A diverse range of people with a wide range of issues come to receive treatment by us. The spectrum ranges from examinations for sport fitness in childhood through performance testing of squad athletes to providing advice on “total joint replacements and sports“, mostly in elderly patients after artificial joint replacement.

Depending on the request of the clients, a sports check consists of different examinations like “orthopedic joint examination“, “back function check”, “athlete laboratory”, “ECG” etc. through to sports discipline-specific performance tests.

Foot pressure measurement (pedography)

Foot pressure measurements may be useful for prescribing orthotic insoles or for functional and static analyses in professional athletes. This procedure measures how much load is applied to certain positions on the plantar sole.

The results of such foot pressure measurements are additionally used to fabricate customized and high-quality orthotic insoles, for example, or to improve athletic performance. Similarly, diabetic patients can especially benefit from the optimized pressure distribution afforded by orthotic insoles customized to fit the individual patient’s feet.

Over the past years, our experience has shown that it is advantageous when the foot pressure measurements are carried out directly at the pedorthic retailer’s or by the master orthopedic shoe technologist who then also fabricates the orthotic insoles.

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Treadmill analysis

Treadmill analysis is an important component of exercise optimization, not only for track-and-field athletes, recreational sportsmen and sportswomen, but for all individuals who enjoy getting exercise and want to improve their running style. This analysis is helpful for buying and fitting sports shoes or orthotic insoles as well.

The treadmill analysis uses a video camera to record the patient’s motion patterns during running which are then analyzed. This produces data that are used for prescribing orthotic insoles or foot orthoses and for selecting running and other sports shoes. Treadmill analysis is done in cooperation with an orthopedic technologist (for space reasons, this is not possible in-house at our practice).

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Radiation-free 3-D spinal measurements and back check-ups

In our civilized society where most occupations are sedentary, the frequency of back problems is increasing annually. Back problems frequently lead to temporary work disability. Perfectly coordinated regular back-strengthening training, based on the measured results, can also promote markedly more efficient physiotherapy and back exercises.

In our practice, a complete spinal check-up consists of dynamic 3-D spinal analysis with testing for segmental mobility and postural competency. The results obtained can then be printed out and given to the patients for incorporation into their physiotherapy regimen or presented at their fitness center. In many cases, static 3-D spinal measurements may be useful in addition.

Determination of skeletal age or expected adult size in children

There are several options that can be used early in their life to estimate a child’s expected body size after finalization of their growth phase. The simplest methods only reference the parent’s body sizes. The final height of a child can be predicted more accurately according to the methods of Tanner/Whitehouse or Greulich/Pyle.

For this purpose, we X-ray the left hand. This X-ray, with the assistance of analytical software, can be used to determine the expected final height of your child. The method relies on the configuration of ossification centers. This can be particularly helpful whenever a growth disorder is suspected or to decide on a certain therapy. The aggregated results are reviewed by an endocrinologist and the corresponding therapeutic measures initiated as needed.

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Bone mineral density

In the second half of life, bone mass and, with it, bone mineral density, tend to decline continuously. Particularly in women, if this loss in bone mass exceeds the normal extent, it is called osteoporosis. A patient suffering from manifest osteoporosis has a significantly higher risk for broken bones. This particularly applies to fractures of the vertebral body and femur.

The earlier such a pathological process is detected, the better it can be combated. In the early stages, therapy primarily consists of regular exercise and the intake of calcium along with vitamin D3. The more advanced stages of high-grade osteoporosis should be treated with targeted drug therapy.

Measurements of bone mineral density (osteodensitometry or DXA) are useful for early detection of osteoporosis as well as for monitoring its clinical course. Dual-energy X-ray absorptiometry (DXA) is performed externally because we no longer have enough space in our practice for this procedure.

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MRI / Magnetic Resonance Imaging

The invention of MRI scanners and the exceptionally good availability of these high-tech systems in Germany have markedly simplified diagnostics of the musculoskeletal system. Soft tissue injuries that previously remained the domain of radiographic imaging diagnostics can be very well identified by MRI. For example, an MRI scan is suitable for diagnosing tendon ruptures around the shoulder joint or also to verify a torn cruciate ligament around the knee joint. MRI provides us as orthopeadic surgeons with particularly helpful information in advance to identify concomitant injuries in a joint prior to any surgery, allowing us to plan the procedure more exactingly. MRI diagnostics uses a strong magnetic field and is entirely free of X-ray irradiation.

In May 2017, we inaugurated our exclusive open MRI based on state-of-the-art technology and surrounded by the ultimate in comfort. We are delighted to now be able to offer you a substantially expanded range of diagnostic options. For the citizens of Bad Vilbel, this represents the final completion of a comprehensive offering across all medical disciplines in the city and that the convenient option of being able to perform MRI examinations is now finally available locally.

Website of the open MRI in Bad Vilbel

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