Medical Imaging Cardiac CT Imaging Medical Image ProcessingComputer Assisted SurgeryRadiation Therapy
Osteoporosis Research  Dose Assessment/Dose Reduction
 

Contact: Prof. Dr. Reinhold Müller

Service

An essential part of the activities of this group is devoted to quality assurance (QA) of hardware and treatment procedures as well as to treatment planning of individual patients. The topics are dosimetry, treatment planning, development of treatment procedures and accessoires and radiation protection for radiation therapy.

Development

The department has got expertise in conformal 3D treatment planning, total body irradiation, total skin irradiation, different methods of brachytherapy (HDR, LDR, PDR and intraluminal HDR) as well as in acute and fractinated stereotactic radiotherapy. For each topic in-house developments of procedures and accessoires exist.

Science and Development

  • development of biological models for clinical weighting of dose distributions in patients under different treatment regimes (acute, fractionated, pulsed) and for different exposed volumes (DVH);

  • development, evaluation and comparison of different planning algorithms (Monte-Carlo versus Pencil-Beam and Collapsed-Cone);

  • implementation of advanced algorithms under a commercial platform;

  • development and implementation of a Monte-Carlo algorithm for fast protones;

  • development of an objective patient positioning system using a 3D-detection of more than 200,000 points on the patient's body;

  • design and development of a tomotherapy using a static gantry.


Grants, Publications, Presentations (project management R.G. Müller)

  • Erb, J.: Entwicklung und Anwendung modellbasierter Dosisberechnungsalgorithmen für die dreidimensionale Bestrahlungsplanung. Grant of Dr. Mildred-Scheel-Stiftung für Krebsforschung.
  • Müller, R.G.:
    Implementierung eines Differential Pencil Beam Algorithmus für Protonen in ein kommerzielles Bestrahlungsplanungssystem Grant of DFG MU 843
  • Achterberg, N.:
    Entwurf und Simulation einer Bestrahlungsanlage für die multifoklae statische Tomotherapie. Thesis, Univ. Erlangen-Nürnberg (2002)
  • Klöck, S.:
    Ein genaues und objektives Lagerungsverfahren für Patientinnen und Patienten in der Strahlentherapie auf der Grundlage der optischen 3D-Abtastung. Tjesis, Univ. Erlangen-Nürnberg (2001)
  • Achterberg, N., R.G. Müller:
    Multifocal static tomotherapy with multileaf collimation and table movement. Radiotherapy & Oncology 61, Suppl. 1 (2001) 558
  • Lambrecht, U., H. Borchert, M. Schmidt, R.G. Müller:
    Dose calculation fpr proton beams and implementation into pinnacle treatment planning system. Radiotherapy & Oncology 61, Suppl. 1 (2001) 22
  • Borchert, H., M. Schmidt, R.G. Müller:
    The implementation of a voxel based Monte Carlo code for direct dose planning in proton therapy. ESTRO Symposium No. 317, Seville (2001)
  • Achterberg, N., M. Ott, R.G. Müller:
    Evaluierung der Photonen- und Elektronen-3D-Dosisberechnung eines kommerziellen Planungssystems. Medizinische Physik 99 (1999) 189-190
  • Achterberg, N., M. Ott, T. Koch, R.G. Müller:
    Evaluierung der Elektronen-Dosisberechnung eines kommerziellen Planungssystems. Medizinische Physik 98, (Hrsg.: L. Voigtmann u. P. Geyer), 35-36. Deutsche Gesellschaft für Medizinische Physik (1998)
  • Müller, R.G.:
    A new approach to tumour control probability (TCP) and normal tissue complication probability (NTCP) using DVH from 3d-treatment planning. Medical & Biological Engeneering & Computing 35, Suppl., 930 (1997).