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New usersIf you are interested in using the Microscopy Facility, please contact:Sebastian Wasserstrom (electron microscopy)Email: sebastian [dot] wasserstrom [at] med [dot] lu [dot] se (sebastian[dot]wasserstrom[at]med[dot]lu[dot]se)Phone: +46 (0)72 535 96 20John Stegmayr (light microscopy)Email: john [dot] stegmayr [at] med [dot] lu [dot] se (john[dot]stegmayr[at]med[dot]lu[dot]se)Phone: +46 (0)7
https://www.lbic.lu.se/explore-lbic/microscopy/using-facility - 2026-05-25
New usersIf you are interested in using the facility, please contact: Radiochemistry: Ritha Gidlöf, Ritha [dot] Gidlof [at] med [dot] lu [dot] se (Ritha[dot]Gidlof[at]med[dot]lu[dot]se) | Phone: +46 (0)46-222 09 33PET/SPECT/CT:Marie Sydoff, marie [dot] sydoff [at] med [dot] lu [dot] se (marie[dot]sydoff[at]med[dot]lu[dot]se) Information for new usersDuring a first meeting we discuss your project i
https://www.lbic.lu.se/explore-our-infrastructure/preclinical-nuclear-medicine/using-facility - 2026-05-25
New users If you are interested in using the facility, please contact: Michael Gottschalk, Michael [dot] Gottschalk [at] med [dot] lu [dot] se Phone: +46 (0) 46 222 73 01 Together we will discuss your project idea and you will get information on how to fill in our Experiment Request Form. All proposed projects are evaluated by a Research Board, with respect to possibility to perform the intended
https://www.lbic.lu.se/explore-our-infrastructure/preclinical-94-tesla-magnetic-resonance-imaging/using-facility - 2026-05-25
Note! Due to the COVID-19 pandemic, we have a limited ability to start new projects. If you are planning a new study, please contact Pia Sundgren, pia [dot] sundgren [at] med [dot] lu [dot] se for more information. All proposed projects are evaluated by a Research Board, with respect to possibility to perform the intended experiments successfully, given the equipment available at LBIC. Scanners t
https://www.lbic.lu.se/explore-our-infrastructure/clinical-153-tesla-magnetic-resonance-imaging/using-facility - 2026-05-25
All proposed projects are evaluated by the 7T Research Board, with respect to possibility to perform the intended experiments successfully, given the equipment available. Decisions are taken by majority vote and at least five members must be present for a vote to be valid. Decision will be sent by email to the main applicant. Currently planned research board meetings:2025November 20December 102026
https://www.lbic.lu.se/explore-our-infrastructure/national-7t-facility/using-facility - 2026-05-25
Search employee/organization in Lund University's personnel data base LUCAT Research portal: Researchers Research day 2025 - Medical and Clinical Radiation Physics, Lund University and Skånes Universitetssjukhus Research day 2024Medical and Clinical Radiation Physics, Lund University and Skånes Universitetssjukhus
https://www.msf-malmo.lu.se/research-group - 2026-05-25
Nuclear medicine (NM) / molecular imaging (MI) is a medical speciality that uses radioactive tracers of nanogram levels, in order to diagnose, confirm or exclude various pathologies and diseases in the body or for staging of malignancies and follow-up after therapy. The key thing is that it is the physiological process that is visualized. The radioactive tracer i.e. the radiopharmaceutical, is adm
https://www.msf-malmo.lu.se/research-group/nuclear-medicine-and-internal-dosimetry - 2026-05-25
Environmental RadiologyEnvironmental Radiology is a field of science which studies the presence of ionizing radiation from various sources in the environment and how the radiation doses to humans and biota can be detected or described by means of measurement techniques and calculation methods. Development and improvement of methods and measurement techniques for the determination of ionizing radia
https://www.msf-malmo.lu.se/research-group/environmental-radiology - 2026-05-25
An important area for a medical physicist is the optimization of the radiation dose and image quality. The challenge is to establish sufficient image quality for a specific diagnostic task with the lowest effective dose to the patient. Within radiology, the use of computed tomography (CT) has greatly increased in recent years. CT is associated with higher radiation doses than other radiation-based
https://www.msf-malmo.lu.se/research-group/radiology-and-ct - 2026-05-25
Members of the LUCI (Lund University breast Cancer Imaging) group from Medical Radiation Physics and Diagnostic Radiology Breast ImagingBreast TomosynthesisBreast tomosynthesis (BT) is a form of tomographic imaging procedure, compute tomography adapted for breast diagnostics or simply put: 3D-mammography. Tomography involves taking images from different angles and combining the information in
https://www.msf-malmo.lu.se/research-group/x-ray-diagnostics-breast-tomosynthesis-and-mammography - 2026-05-25
The radiation protection research at the department is focusing on performing realistic absorbed dose and radiation risk assessments to both patients and staff working in hospitals. Absorbed dose is assessed using measurements and computational methods and using different risk assessments methods. Risk assessment is to a great extent based on and performed for a healthy population and in some case
https://www.msf-malmo.lu.se/research-group/radiation-protection - 2026-05-25
https://www.msf-malmo.lu.se/calender - 2026-05-25
Anna Bjerkén (tidigare Bejnö), Medical Radiation Physics, MalmöAI together with MI in mammography and breast tomosynthesisHandledare: Anders TingbergMizgin Coskun, Medical Radiation Physics MalmöStudies of how magnetic susceptibility affects the generation of synthetic CT images and diffusion MR imaging for MRI-driven radiotherapy of prostate cancerHandledare: Lars E OlssonAliaksandr Dvornik, Medi
https://www.msf-malmo.lu.se/dissertations/phd-students - 2026-05-25
2026 April 10: Hanna Tomic, PhD defenseVirtual Imaging Trials In Breast Cancer ScreeningDiagnostic Radiology, Malmö / Medical Radiation Physics, MalmöApril 20: Aliaksandr Dvornik, Half-time reviewApril 23: Mizgin Coskun, Half-time reviewDecember 11: Anna Bjerkén, Phd defense
https://www.msf-malmo.lu.se/dissertations/upcoming-public-defenses - 2026-05-25
Medical Radiation Physics is an interdisciplinary subject in which we study and develop new applications of ionizing and non-ionizing radiation and radioactive tracers for the best possible use in health care and medical research. The area has many important applications in using radiation therapy in cancer treatment as well as in radiation diagnostics using X-ray, computed tomography, nuclear med
https://www.msf-malmo.lu.se/about-us - 2026-05-25
2026-03-06 Ivan RashidDiffusion-MRI and hypoxia assessment of prostate cancer in radiotherapy2025-06-02 Maria Karampiperi, Individualised retrospective and prospective luminescence dosimetry during radiological or nuclear (R/N) emergencies 2025-04-23 Anna BjerkénAI together with MI in mammography and breast tomosynthesis2024-02-13 Hanna TomicDiagnostic Radiology / Medical Radiation Physics, Malmö
https://www.msf-malmo.lu.se/dissertations/previous-half-time-reviews - 2026-05-25
2024-04-19 Richard DeyleDevelopment of in-vivo respiratory dynamic imaging to study models of lung diseases in small animals with ultrahigh spatial resolution2014-12-15: Mattias Jönsson Optical surface scanning systems for breathing adapted radiotherapy and imaging2012-10-19: Mats Hansson Rapid determination of radionuclides associated with emergency preparedness using clinical imaging systems and
https://www.msf-malmo.lu.se/dissertations/previous-licentiate-degree - 2026-05-25
You will find the scientific publications in the Research portal / Forskningsportal Research portal: Medical Radiation PhysicsDissertations
https://www.msf-malmo.lu.se/publications - 2026-05-25
For headlines see the menu and links on the left Half time review: Ivan Rashid, March 6, 2026
https://www.msf-malmo.lu.se/dissertations - 2026-05-25
