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Collaboration - Partnership

LBIC maintains extensive collaborations at regional, national and international levels, which are essential for strengthening research infrastructure, advancing technological capabilities and maximizing scientific impact. These partnerships enable knowledge exchange, shared resources and coordinated development of advanced imaging methods across disciplines.Regional PartnershipsRegion SkåneAt the

https://www.lbic.lu.se/collaboration-partnership - 2026-10-21

History

Bioimaging is a rapidly advancing field of research with a unique potential. In parallel, the need for competitive bioimaging infrastructures has emerged at major universities. The equipment associated with advanced and up-to-date bioimaging, as well as requirements for maintenance, staff expertise and data handling impose a necessity to regard bioimaging as a common interest for a whole universit

https://www.lbic.lu.se/about/history - 2026-10-21

Organization

Lund University Bioimaging Centre (LBIC) is a unit within the Centre for Research Infrastructure in Health and Sciences (CRI) at the Medical Faculty, Lund University. LBIC is under the leadership of a director, co-director and a head of unit.  LBIC is made up of five technology platforms, each managed by a platform coordinator.Microscopy: Sebastian WasserstromPreclinical Nuclear Medicine: Rita Gid

https://www.lbic.lu.se/about/organization - 2026-10-21

Microscopy

Our mission is to give our users support with and access to a broad range of microscopy techniques for nanoscale biological visualization, from electron microscopy to different advanced light microscopy techniques.ServicesThe Microscopy platform consists of two units, Advanced Light Microscopy and Electron Microscopy. We offer support in all stages of your project including; planning, sample prepa

https://www.lbic.lu.se/getting-started-lbic/microscopy - 2026-10-21

Advanced light microscopy

LBIC gives researchers access to 8 advanced light microscopes, all placed at Biomedicinskt Centrum (BMC).Confocal laser scanning microscopesNikon A1RHD ConfocalMotorized confocal laser scanning microscope equipped with both a high-resolution galvano scanner and a high-speed (15 fps) 1024 x 1024 resonant scanner capable of capturing high-quality confocal images of tissues, cells and molecular event

https://www.lbic.lu.se/explore-lbic/microscopy/advanced-light-microscopy - 2026-10-21

Electron microscopy

Electron microscopy is the process of greatly magnifying tiny particles in order to see and analyse them. The use of electrons allows 10.000 x plus magnification, which is not possible using light microscopy and atomic resolution. In general, electron microscopy can yield the following information:Topography: the surface features of an object or "how it looks"Morphology: the shape and size of the

https://www.lbic.lu.se/explore-our-infrastructure/microscopy/electron-microscopy - 2026-10-21

Prices

Microscopes (SEK/h)InstrumentLU Medical facultyOther academiaScanning Electron Microscopy(SEM)500850Transmission Electron Microscopy (TEM)8501100Nikon Ti A1RHD Confocal250250Nikon A1RHD25 Confocal200200Nikon Ti TIRF (live-cell imaging)200200Nikon Ti2 EPI FM200200Nikon Ti2 EPI FM (mainly for BSL-2 rated experiments, BMC D14)250250Aurora light-sheet FM200200Zeiss CD7 (automated live-cell imaging, BM

https://www.lbic.lu.se/explore-lbic/microscopy/prices - 2026-10-21

Support

If you need support please contact:Sebastian Wasserstrom, Sebastian [dot] Wasserstrom [at] med [dot] lu [dot] sePhone: +46 (0)72 535 96 20John Stegmayr, john [dot] stegmayr [at] med [dot] lu [dot] seIf you need support regarding histology, please contact:Susanne Strömblad, Stromblad [at] med [dot] lu [dot] sePhone: +46 (0)70 331 46 22

https://www.lbic.lu.se/explore-our-infrastructure/microscopy/support - 2026-10-21

Getting Started at LBIC

At LBIC, we provide researchers with access to state-of-the-art imaging technologies and expert support for basic and clinical research. Our staff scientists assist throughout the entire imaging workflow, from project planning and experimental design to sample preparation, image acquisition, data management, analysis and visualization.We also offer training, workshops and seminars to help research

https://www.lbic.lu.se/getting-started-lbic - 2026-10-21

PET, SPECT and CT

We have an imaging lab with three different systems: µPET/CT, µSPECT/CT, Ultra-high resolution µCT. These systems can be used for both in vivo and in vitro imaging. PET PET scans are acquired following administration of a radiotracer. The radiotracer accumulates in the tissue to be studied, and its radionuclide decays by emission of a positron (anti-electron). After travelling at most a few millim

https://www.lbic.lu.se/getting-started-lbic/preclinical-vivo-imaging/pet-spect-and-ct - 2026-10-21

Prices

All prices are excluding VATInstrumentMedical facultyOther academiaOther (eg industry)Imaging time*875 SEK/h1275 SEK/h3825 SEK/hStaff time*775 SEK/h875 SEK/h1925 SEK/hRadiochemistry lab325 SEK/h525 SEK/h775 SEK/hTracersCost of production, contact us for more informationRadio active waste disposal per experiment600 SEK/experiment (Imaging day)*Still a minimum of 4 hour booking for our in vivo imagi

https://www.lbic.lu.se/explore-our-infrastructure/preclinical-nuclear-medicine/prices - 2026-10-21

Support

If you are interested in using the Preclinical In Vivo Imaging platform, please contact the relevant expert based on your project:RadiochemistryRitha Gidlöfritha [dot] gidlof [at] med [dot] lu [dot] se (ritha[dot]gidlof[at]med[dot]lu[dot]se)Phone: +46 (0)46 222 09 33 PET/SPECT/CTMarie Sydoffmarie [dot] sydoff [at] med [dot] lu [dot] se (marie[dot]sydoff[at]med[dot]lu[dot]se) Preclinical MRIMichael

https://www.lbic.lu.se/explore-our-infrastructure/preclinical-nuclear-medicine/support - 2026-10-21

Preclinical MRI

MRI is a non-invasive technique and completely free of ionizing radiation. It is based on the response of the sample to radio waves when it is placed in a permanent strong magnetic field. In our case this is 9.4 T, which is about 188 000 times stronger than the earth magnetic field. Most commonly the signal in the image comes from the water in the tissue, but also for instance lipids or metabolite

https://www.lbic.lu.se/getting-started-lbic/preclinical-vivo-imaging/preclinical-mri - 2026-10-21

Prices

All prices are in Swedish kronor per hour and excluding VAT.For other user groups, eg industry, please contact us. Medical facultyOther academiaPreclinical 9.4T MRI instrument booking8501250Training by staff750850Staff support (scanning and data analysis)750850Research Board application fee15001500Data processing/analysis750850Article and report writing750850Development of methods for data analysi

https://www.lbic.lu.se/explore-our-infrastructure/preclinical-94-tesla-magnetic-resonance-imaging/prices - 2026-10-21

Clinical 1.5/3 Tesla MRI

Magnetic Resonance Imaging (MRI) is a non-invasive medical imaging technique that uses a magnetic field and computer-generated radio waves to create detailed images. It has become the leading cross-sectional imaging method in clinical practice and continuous technical improvements have significantly broadened the scope of applications. MRI comprises a variety of tools ranging from high-resolution

https://www.lbic.lu.se/explore-lbic/clinical-153-tesla-mri - 2026-10-21

Analysis & Visualization

Analysis and visualization are essential steps in transforming imaging data into meaningful scientific results. At LBIC, we provide access to advanced image analysis tools and expert support to help researchers get the most from their data, regardless of imaging modality.ServicesWe offer support with image analysis for microscopy, preclinical and clinical imaging data using a range of software sol

https://www.lbic.lu.se/getting-started-lbic/analysis-visualization - 2026-10-21