ECR_2015

EUROPEAN HOSPITAL Vol 24 Issue 1/15 4 EH @ ECR From hospital to multi-discipline group practice Defining a role and routine differences Interview: Sascha Keutel Surprisingly, when asked about key differences between work in a hospi- tal nuclear medicine department and in private practice Professor Dietmar Dinter observed that he had more time for each patient when he was a hospital radiologist. ‘In the practice there is a certain economic pressure and everything is tightly organised,’ he explained. ‘Another big difference is staff com- position. While we have only fully certified specialist physicians in our practice, in a hospital teaching plays a major role – particularly in larger teaching hospitals you have many examinations in which one or two junior physicians are supervised. That takes time. ‘In a practice you gain experience more quickly due to the larger patient throughput, but you also have to arrive at the – hope- fully correct – diagnostic decision more quickly.’ Do the range of exams and thera- pies differ? ‘In Germany, radioiodine therapy is pretty much limited to hospitals, since it cannot be properly per- formed in private practice because German radiation protection laws require in-patient facilities – the patient has to spend at least 48 hours in a “bunker”, an entirely separate area. Most practice-based physicians do not have access to such facilities. ‘There are also differences in terms of technology. Very few practices have a PET-CT, for example. That limits the range of exams compared to an emergency/out-patient facility or a hospital. Currently in Germany more than 100 PET-CT systems are installed in hospitals – most of these are operated at a loss due to the low reimbursement rates offered by statutory health insurers. ‘In some cases, hospitals cannot recover the costs of PET-CT; indeed they some- times have to negotiate the number of exams they can perform with the health insurers. That’s impossible in private practice. The health insurers’ reimbursement parameters for PET- CT exams are clearly defined and adhered to. Lung cancer, for exam- ple, is usually imaged with PET-CT and the insurers reimburse.‘However, the Federal Joint Committee, the rel- evant non-government body, decided that the costs will only reimbursed if the exam is performed in a certified lung cancer centre with the coop- eration of surgeons, oncologists and radiotherapists. Thus a number of clinical specialists are needed, such as thoracic surgeons, and tumour boards must be established to discuss the case. In a practice this is close to impossible, unless you negoti- ate many cooperation agreements with hospitals, which then send the patients to your practice.’ Do you face many other issues that were never contemplated when working in the hospital? ‘Yes, exactly: I learn a lot with all the new and different cases. The two-pronged approach in Germany with a practice-based and a hospital- based segment creates a multitude of referral, exam and treatment paths. Most patients in practices are referred there by other office-based physi- cians whilst, in a hospital, you mostly see in-patients – unless the hospital has an out-patient department and thus treats in- as well as out-patients.’ Are there turf wars between hospi- tal radiologist and those in prac- tices? ‘There are patients, particularly those who need a bone scintigraphy, who are imaged in hospital although it would be better if they were referred to a practice: practices can often offer appointments much quicker and are closer to the patients’ place of resi- dence, so patients can be treated in a familiar environment. But there are colleagues in emergency and out-patient departments who prefer having the exams performed entirely by the in-house team.’ Do you prefer working in hospital or in a practice? ‘That’s a difficult question because there are advantages and drawbacks to both. I’d like to have more time for our patients because, as a physician, one of the main reasons to work in a practice is patient contact, particular- ly in diagnostic radiology. As senior resident in a hospital you often only interpret MRI or CT images without ever having seen the patient, but in a practice many exams are scheduled per physician, so you have three to six minutes to talk to a patient. This is just not enough time to communicate a diagnosis that might change the patient’s life. However, you do get used to the advantages of a practice very quickly and take them for granted: no over- time, no weekend duty, better pay. A medical graduate in 1995, Dietmar Dinter completed his radiology training in 2001 and nuclear medicine in 2009. After gaining his doctorate (1997) he focused his research on musculoskeletal and oncology imaging, with a special interest in combining morphology and functional imaging in functional MRI and PET-CT. After his habilitation (2009), in 2012 he became adjunct professor at the Institute of Clinical Radiology and Nuclear Medicine, University Hospital Mannheim, where he was also senior resident. In 2013 the professor became a partner in Radiologie Schwetzingen, a multi- discipline group practice specialising in radiology and nuclear medicine. Before 2013, when Professor Dietmar Dinter became partner of Radiologie Schwetzingen, a multi-discipline group practice specialised in radiology and nuclear medicine, he was senior resident at the Institute of Clinical Radiology and Nuclear Medicine at University Hospital Mannheim (2003-2012) and head of its Nuclear Medicine Department (2009-2012). Was his work in nuclear medicine altered by the shift from hospital-based to practice-based patient care? Autonomous thyroid adenoma pre-therapy (a), (b) and post-therapy (c). Thyroid scintigraphy shows (a) pathological radionuclide uptake in the left lobe with suppression of the paranodular tissue and pathological uptake; these are typical features of a decompensated autonomous adenoma. Colour-duplex sonography (b) shows a typical nodule with increased vascularisation at the edges, mixed echogenic, largely isoechoic. 12 months after radioiodine therapy with 1500 MBq J131 adenoma function was eliminated; uptake was identical on both sides; TSH-equivalent. Sequence scintigraphy of the kidney (99mTc MAG3) in a patient with hydronephrosis (a) and a patient with reduced kidney function (b). Sequence scintigraphy of the kidney (a) in a female patient with, which is usually successfully treated with furosemide. (b) Patient with incidentally detected right kidney atrophy shows a horizontal curve after normal perfusion, no response to furosemide therapy – this indicates isosthenuria with reduced specific gravity. In both patients, the left kidney (red curve) is normal in function and excretion. Diffuse osseous metastasis of a prostate carcinoma pre-therapy (a) and post-therapy (b); regimen consisted of six cycles of Radium 223 (Xofigo). Pre-therapy bone scintigraphy (99mTc HDP) shows disseminated bone metastases, inter alia calvaria, all ribs and along the entire spine, less pronounced in the kidney, indicating a ‘Super Scan’. After six therapy cycles over the course of six months with the highly selective osteotropic alpha radiation emitting Radium-223, the follow-up after one month showed reduced diffuse uptake in the bones and a reduced ‘spotty’ uptake pattern. Ubiquitous pain was also significantly reduced. a a b c a b b

ECR_2015

Pages Overview