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Show all Diabetes Oncology Neurology Nanoscience Stroke Autoimmunity Orthopedics Tissue Engineering Cardiology Non invasive quantitative flow measurements in the Circle of Willis Ultra-high field MRI allows for high spatial and temporal resolution quantitative flow measurements in the human brain. The colors represent speed; dark blue is 0 cm/s and red is 100 cm/s. Non invasive flow and velocity m
https://www.lbic.lu.se/example-inspiration - 2025-08-01
Director Gunilla Westergren-Thorsson Director Email: Gunilla [dot] Westergren-Thorsson [at] med [dot] lu [dot] se Telephone: +46 (0)46-222 86 95 Microscopy Lina Gefors Research Engineer, Platform coordinator - Microscopy Email: Lina [dot] Gefors [at] med [dot] lu [dot] se Telephone: +46 (0)46 222 07 12 Sebastian Wasserstrom Associate Researcher Email: Sebastian [dot] Wasserstrom [at] med [dot] lu
https://www.lbic.lu.se/about/staff - 2025-08-01
Preclinical and 7T publications 2019Erlandsson L, Ducat A, Castille J, Zia I, Kalapotharakos G, Hedström E, Vilotte JL, Vaiman D, Hansson SR. Alpha-1 microglobulin as a potential therapeutic candidate for treatment of hypertension and oxidative stress in the STOX1 preeclampsia mouse model. Sci Rep. 2019 Jun 12;9(1):8561, doi: 10.1038/s41598-019-44639-9Waterton JC, Hines CDG, Hockings PD, Laitinen
Filter the type of images by choosing a medical application. Show allDiabetesOncologyNeurologyStrokeAutoimmunityOrthopedicsCardiology Inhibition of pro-inflammatory myeloid cell responses by short-termS 100A9 blockade improves cardiac function after myocardial infarction. Published in Markinkovic et al., European Heart Journal, 2019. Courtesy of Alexandru Schiopu. MEK1/2 inhibition significantly
https://www.lbic.lu.se/explore-our-infrastructure/preclinical-94-tesla-magnetic-resonance-imaging/gallery - 2025-08-01
Ann-Ki Pålbrink, Franziska Kopietz, Björn Morén, René In 't Zandt, Federico Kalinec,Karin Stenkula, Olga Göransson, Cecilia Holm, Måns Magnusson, Eva Degerman; Inner ear is a target for insulin signaling and insulin resistance: evidence from mice and auditory HEI-OC1 cells. BMJ Journals Volume 8, issue 1, https://drc.bmj.com/content/8/1/e000820.fullÅsa Jungner, Suvi Vallius Kvist, Olga Romantsik,
Background Bio-imaging is a rapidly advancing field of research with a unique potential brought forward by, among others, two non-invasive techniques: Magnetic Resonance Imaging (MRI), which comprises a variety of tools ranging from high-resolution anatomical structure visualization to functional studies and even molecular-level description of metabolic events in the cell; and Positron Emission To
https://www.lbic.lu.se/about-us/organisation - 2025-08-01
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 - 2025-08-01
LBIC is an infrastructure within the Medical Faculty at Lund University, positioned directly under the Faculty Board. The Centre is under the leadership of the Director and co-director and is led and coordinated by the Steering Committee. LBIC is made up of six technology facilities, each managed by a facility responsible person acting as coordinator of the activity.Microscopy: Lina GeforsPreclin
https://www.lbic.lu.se/about/organization - 2025-08-01
https://www.lbic.lu.se/news-0 - 2025-08-01
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/explore-our-infrastructure/microscopy - 2025-08-01
LBIC gives researchers access to 8 advanced light microscopes, all placed at Biomedicinskt Centrum (BMC). Confocal laser scanning microscopes Nikon A1RHD Confocal Motorized 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 ev
https://www.lbic.lu.se/explore-our-infrastructure/microscopy/advanced-light-microscopy - 2025-08-01
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 - 2025-08-01
All prices are excluding VATFor other user groups, e.g. industry, please contact us.Microscopes (SEK/h)InstrumentLU Medical facultyOther academiaScanning Electron Microscopy(SEM)500850Transmission Electron Microscopy (TEM)8501100 Nikon Ti A1RHD Confocal250250Nikon Ti A1+ Confocal100100Nikon Ti TIRF (live-cell imaging)200200Nikon Ti2 EPI FM200200Nikon Ti2 EPI FM (mainly for BSL-2 rated experiment
https://www.lbic.lu.se/explore-our-infrastructure/microscopy/prices - 2025-08-01
If you need support please contact: Lina Gefors, lina [dot] gefors [at] med [dot] lu [dot] se Phone: +46 (0)46-222 07 12 Sebastian Wasserstrom, Sebastian [dot] Wasserstrom [at] med [dot] lu [dot] se Phone: +46 (0)46-222 09 12 If you need support regarding histology, please contact: Susanne Strömblad, Stromblad [at] med [dot] lu [dot] se Phone: +46 (0)70 331 46 22
https://www.lbic.lu.se/explore-our-infrastructure/microscopy/support - 2025-08-01
At LBIC, we provide access to a range of pioneering technologies. Our dedicated staff scientists can offer support throughout the entire process chain; from project design, experimental set-up and preparation, to imaging, data storage, analysis and visualization. Additionally, we can also offer training, support, workshops and seminars. | MicroscopyThe Microscopy Facility offers a wide range of te
https://www.lbic.lu.se/explore-our-infrastructure - 2025-08-01
The techniques commonly used within the field of nuclear medicine are non-invasive methods for imaging of biochemical, morphological and physiological processes in vivo. X-ray computed tomography (CT) is commonly used for anatomical imaging, while nuclear imaging, such as Positron emission tomography (PET) and Single photon emission computed tomography (SPECT) are used for molecular visualizations
https://www.lbic.lu.se/explore-our-infrastructure/preclinical-nuclear-medicine - 2025-08-01
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/explore-our-infrastructure/preclinical-nuclear-medicine/pet-spect-and-ct - 2025-08-01
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 - 2025-08-01
If you need support please contact: Ritha Gidlöv, Ritha [dot] Gidlof [at] med [dot] lu [dot] se Marie Sydoff, Marie [dot] Sydoff [at] med [dot] lu [dot] se
https://www.lbic.lu.se/explore-our-infrastructure/preclinical-nuclear-medicine/support - 2025-08-01
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 comprises a variety of tools ranging from high-resolution anatomical structure visualization to functional studies and even molecular-level description of metabolic events in the cell. Our mission is to provide and develop methods
https://www.lbic.lu.se/explore-our-infrastructure/preclinical-94-tesla-magnetic-resonance-imaging - 2025-08-01
