Nuclear medicine Vienna: Univ.-Prof. Dr. med. Hacker
Diagnosis by means of PET/CT, PET/MRT and SPECT/CT of:
- Oncological diseases
- Cardiovascular diseases
- Neuropsychiatric diseases
Diagnosis and therapy for:
- Thyroid cancer
- Prostate carcinomas
- Liver tumours
- Neuroendocrine tumours
Range of Diagnostic Services
- Outpatient scintigraphy clinic (bones, lung, heart, kidney, inflammations amongst other things)
- Outpatient thyroid clinic: Enlargements, thyroid nodes, benign thyroid diseases (e.g. Morbus Basedow, Hashimoto Thyreoiditis), thyroid carcinomas
Range of Therapeutic Services
- Metastasised prostate carcinoma (prostate gland cancer) with 223Radium (Xofigo) and 177Lu-PSMA therapy
- Radioiodine therapy for thyroid cancer, thyroid hyperfunction
- SIRT therapy for liver tumours
- Pain therapy for bone metastases
- Radiopeptide therapy for Neuroendocrine Tumours (NET)
- Radioimmunotherapy of malignant lymphoma
About Univ.-Prof. Dr Marcus Hacker
Marcus Hacker is a University Professor at the Medical University of Vienna and head of the clinical department for nuclear medicine at the Vienna General Hospital (AKH). He and his team have many years of practical experience and state-of-the-art medical technology, enabling them to provide patients with the best possible nuclear medical care.
Medical University of Vienna - Competence Center for Nuclear Medicine
The clinical department for nuclear medicine at the Medical University of Vienna is one of the largest departments of its kind in Europe with over 90 employees, a therapy ward with 16 beds, state-of-the-art equipment, and a high-performance radiopharmaceutical department (equipped, among others, with a cyclotron).
Most Modern Equipment for Diagnostics and Therapy
The department of nuclear medicine in Vienna offers the best conditions for comprehensive diagnostics, which is the basis of every goal-oriented therapy. The well-respected university hospital provides all imaging diagnostic procedures in the field of nuclear medicine.
Prof. Hacker and his colleagues form an experienced nuclear medical research and competence center. Nuclear medicine is a field of medicine where radioactive compounds (so-called "radiopharmaceuticals") are used for diagnostic and therapeutic purposes. With the help of these labeled drugs, the function of organs and tissues can be assessed, which leads to improved diagnostics and offers the possibility of using molecularly targeted therapies. Interdisciplinary cooperation is very strong in this field. There is close cooperation between physicians of different disciplines, radiology technologists, nursing staff, biomedical analytics, pharmacists, physicists, biologists, mechatronic engineers, and many others.
Nuclear Medicine Vienna even has its own cyclotron. In this latest-generation ring accelerator, the highly specific radiopharmaceuticals used in diagnostic procedures are produced individually for each patient. The radioactive substance emits only low levels of radiation - it is generally lower than in conventional X-rays. Besides, Nuclear Medicine Vienna uses substances that are only active for a short time and decompose after a few hours or days.
In the field of imaging diagnostics, all procedures of conventional nuclear medicine such as thyroid, skeletal, pulmonary, brain, and heart examinations, as well as inflammation diagnostics are offered using SPECT and SPECT/CT technology.
Besides, the department has PET/CT and PET/MR scanners, which are used in combination with a wide range of radiopharmaceuticals for individual and customized diagnostic and therapeutic concepts. In this context, the close cooperation with the Comprehensive Cancer Center (CCC) and the numerous university hospitals is of decisive importance.
Nuclear medical therapies of thyroid, liver, prostate, or neuroendocrine tumors using beta and alpha emitters are another focus of the department.
An essential facet of the diagnostic and treatment spectrum of Nuclear Medicine Vienna is the broadly based scintigraphy outpatient clinic. Scintigraphy is one of the most common examination procedures in nuclear medicine. Scintigraphy can detect and visualize changes in the body's structures - tissue and bone. Due to their specific properties, radioactive substances allow meaningful diagnostics in numerous medical fields. One of the main focuses is diagnostics and therapy of the thyroid - which also plays an important role in Prof. Hacker's treatment.
Thyroid Scintigraphy - Makes Changes Visible
Thyroid scintigraphy provides information about various diseases of the thyroid gland - from hyperthyroidism to thyroid cancer. For the examination, the patient is administered a short-lived radioactive substance, which is then, depending on the cell structure, increasingly absorbed by the thyroid tissue or not absorbed at all. The stored substance emits gamma radiation, which is made visible by a special camera (gamma camera or scanner). The thyroid scintigraphy visualizes the zones of increased and decreased storage and allows precise conclusions about pathological changes in some regions of the thyroid.
Scintigraphy is used to examine changes such as nodules and enlargement of the thyroid gland in the thyroid outpatient clinic of Nuclear Medicine Vienna. The thyroid scintigraphy shows precise benign changes such as Hashimoto's thyroiditis or Graves' disease, but also thyroid carcinoma.
Nuclear Medical Diagnostics And Therapy - Not Only for Cancer Patients
The focus is on nuclear medical therapies that are individually specified for each patient. Patients with various types of cancer and cardiovascular and neuropsychiatric diseases find the best conditions for targeted examination and treatment at Nuclear Medicine Vienna. Prof. Hacker can offer specialized expertise, especially in these areas - which is why they are among his main focuses of treatment at Nuclear Medicine Vienna.
Prof. Hacker's Main Treatment Focuses
The experienced head of the Department of Nuclear Medicine Vienna has the highest level of professional skills in all areas of his area of expertise - in diagnostics and therapy. He has acquired particular expert knowledge in the fields of oncological, cardiovascular, and neuropsychiatric diseases.
Oncological diseases are at the top of the nuclear physician's agenda - whether these are tumors of the liver and prostate, carcinomas of the thyroid gland, or neuroendocrine tumors of the pancreas or intestine. Treatment aims to stop the growth of the tumor and reliably kill existing cancer cells. In radionuclide therapy, radioactive substances are applied to the body, which is then stored explicitly in the tumor cells and destroy them from inside. Healthy tissue is spared as far as possible and remains unaffected. This form of therapy is mainly used for thyroid cancer and bone metastases but is also suitable for other types of tumors in advanced stages.
Prof. Hacker also uses a particular form of this therapy to treat liver tumors: selective internal radionuclide therapy (SIRT), in which the radioactive substance is injected directly into the hepatic artery. In addition to the cancer cells, it also destroys the vessels that supply the tumor.
Examination with radioactive substances also plays an increasingly important role in cardiovascular diseases, especially in diagnostics. With examination methods such as SPECT/CT, a hybrid technique that combines two imaging techniques, all structures of the heart muscle and coronary arteries can be imaged with the utmost precision. This makes it easy to detect even the smallest changes that indicate an existing disease of the heart.
Neuropsychiatric diseases such as Alzheimer's or depression can also be reliably diagnosed with examination methods such as PET (positron emission tomography) in combination with CT or MRT. PET nuclear medical examinations are becoming more important due to the increase of this disease.
Targeted Therapy Focusing on the Individual
As a nuclear medicine specialist, Prof. Hacker deals with patients suffering from severe diseases on a daily basis. He is aware of the fears and concerns that the diagnosis of cancer involves and therefore does not ignore human aspects. The trusting treatment of his patients is particularly important to him. This also includes providing information about the current disease and possible chances of recovery. A treatment concept developed by Prof. Hacker and his team of doctors is as individual as the story behind each patient. Prof. Hacker will be at your side during your stay with all his professional and human competence to ensure the most favorable course of treatment.
|1989 - 1998||Human Medicine Course (Erlangen and Munich)
Dissertation “Clinical Significance of Myocardial Perfusion Scintigraphy and First-Pass”.
|05/2002||Radio Nuclide Ventriculography for Diagnosis of Transplant Vasculopathy on Patients after Orthotopic Heart Transplant.|
|1998 - 2007||Scientific Assistant in the Clinic and Outpatient Clinic of Nuclear Medicine of LMU Munich.|
|05/2004||Recognition as a Specialist in Nuclear Medicine, recognition of specialist knowledge in radiation protection.|
|As of 10/2007||Senior Physician for Cardiovascular Imaging and Deputy Manager of PET/CT at the Clinic and Outpatient Department for Nuclear Medicine of LMU Munich|
|05/2008||Habilitation “Combined Morphological-Functional Imaging of Coronary Heart Disease: Development of a Non-Invasive Diagnosis Strategy in Consideration of Nuclear Medicine Investigation Technology.|
|As of 01/2009||Chief Consultant and Deputy Director of the Clinic and Outpatient Clinic for Nuclear Medicine of LMU Munich.|
|As of 01/2012||Manager of the Pre-Clinical Imaging Department.|
|07/2012||Awarded extraordinary professorship from LMU Munich.|
|Since 07/2013||University Professor of Nuclear Medicine and Manager of the Clinical Department of Nuclear Medicine at the Medical University of Vienna.|
- Member of the Executive Board of the DGN (German Society of Nuclear Medicine), Secretary since 01/2016
- Member of the Executive Board of the Austrian Society of Nuclear Medicine, President Elect since 2015
- Chair of the Cardiovascular Committee of the European Association of Nuclear Medicine
- Chairman of the Cardiovascular Nuclear Medicine Committee of the DGN
- Member of the Advisory Council of the European Association of Nuclear Medicine
- 09/2006 Dagmar Eißner Award for Nuclear Medicine: Outstanding Achievement: “Multislice Spiral CT Angiography in the non-invasive detection of functionally relevant coronary artery lesions: a comparison with Myocardial SPECT”
- 07/2007 Wolfgang Becker Award for Nuclear Medicine: Outstanding Achievement: “64-Slice Spiral CT Angiography does not predict the functional relevance of coronary artery stenoses in patients with stable angina”
- Multiple awards for committee members
- Asst.-Prof. PD Dr. Alexander Haug
1st Deputy Manager, divisional management of therapy
- Assoc. Univ.-Prof. Dr. Georgios Karanikas
2nd Deputy Manager, divisional management of PET/CT
- Assoc. Univ.-Prof. Dr. Anton Staudenherz
Divisional management of outpatient scintigraph clinic
- Asst.-Prof. Dr. Markus Hartenbach
Divisional management of PET/MRT
- Asst.-Prof. Dr. Tatjana Traub-Weidinger
Divisional management of neuro nuclear medicine
- Assoc. Univ.-Prof. Dr. Shuren Li
Divisional management of outpatient thyroid clinic
- Close co-operation with the Comprehensive Cancer Centre and other university clinics (particularly with the fields of internal medicine (endocrinology, cardiology, gastroenterology), neurology and psychiatry, etc.)
- Thyroid outpatient clinic: Joint outpatient clinic with endocrine surgery.
|Vienna West Railway Station||4 km|
|Vienna Main Railway Station||6 km|
|Vienna Airport||22 km|
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Univ.-Prof. Dr Marcus Hacker
Manager of the Clinical Department of Nuclear Medicine
Medical University of Vienna
University Clinic of Radiology and Nuclear Medicine Clinical Department of Nuclear Medicine
Währinger Gürtel 18-20, A-1090 Vienna
T: +43 1 358 66 89
F: +43 1 40400 55320