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Joint facility between MultiPark and Stem Cell Center The joint Electrophysiology Core Facility, supported by MultiPark and Stem Cell Center at Lund University, provides researchers with access to advanced electrophysiology techniques and expert guidance for investigating electrically active cells and tissues, helping to bring their projects to the forefront of the field. We invite you to contact

https://www.multipark.lu.se/infrastructures/electrophysiology-core-facility - 2026-01-15

As of first of January 2022, StemTherapy and MultiPark have decided to merge the former iPSC, CRISPR and vector platforms into the new Cell and Gene Technologies Core. The Cell and Gene Technologies core is an open-access infrastructure and our services include AAV and LV vector production, iPS reprogramming, iPS-edits and CRISPR experimental designs. The core is open to members of MultiPark as we

https://www.multipark.lu.se/infrastructures/cell-and-gene-technologies-core - 2026-01-15

MultiPark helps you to grow as a scientist Flow cytometry courses are arranged in a collaboration between MultipPark FACS core facility and stem cell center FACS core, together with the associated graduate schools (Lund University neuroscience graduate school (LUNGS) and Research School in Stem Cell Biology (RSSCB))Please click on the course of interest for more information about specific dates:Fl

https://www.multipark.lu.se/lund-university-lu-neuroscience-graduate-school/courses-workshops - 2026-01-15

Aim and format The aim of this 3-day theoretical course is to give participants a working knowledge of flow cytometry covering the following aspects: Basic concepts of flow cytometry Instrumentation - basic principles of operation Techniques - cell handling, staining, designing of protocol Data acquisition and analysis Applications of flow cytometry Learning outcomes On completion of the course, t

https://www.multipark.lu.se/lund-university-lu-neuroscience-graduate-school/courses-workshops/flow-cytometry-introductory-course - 2026-01-15

Aim and format The course aims to provide a broad understanding of different aspects of flow cytometry, including experimental design, sample material handling, analysis of flow cytometry data, as well as file and image handling prior to research publication. The course provides practical knowledge of advanced flow cytometry that can be directly transferred to research questions. Learning outcomes

https://www.multipark.lu.se/lund-university-lu-neuroscience-graduate-school/courses-workshops/flow-cytometry-continuation-course - 2026-01-15

MultiPark's biobank sample collection Design and access to samplesMultiPark's biobank sample collection (MPBC) is a resource that serve three major research areas: Biomarkers, Epidemiology and Genetics. Patients with confirmed idiopathic Parkinson diagnosis living in the region of Skåne were invited to participate. There are approximately 2-3000 Parkinson patients in the region of Skåne, whereof a

https://www.multipark.lu.se/infrastructures/biobank-platform - 2026-01-15

Collaboration, networking, career development, and wellbeing. Those are four examples of needs that the young MultiParkers working group addresses. Listen to Meet our scientists! Do you have an idea? Or do you need support with anything?Then you are encouraged to contact any of the working group members. Below, they tell more about their visions for the working group. Lluís Camprubí Ferrer Researc

https://www.multipark.lu.se/lund-university-lu-neuroscience-graduate-school/young-multiparkers-working-group - 2026-01-15

Collaboration, networking, career development, and wellbeing. Those are four examples of needs that the young MultiParkers working group addresses. Lluís Camprubí Ferrer (Chair)Experimental Neuroinflammation LaboratoryPh.D. studentEmma NybergExperimental Dementia ResearchPh.D. studentYiyi YangNeuroinflammation PostdocMarkus AldénBasal Ganglia PathophysiologyPh.D. studentAlicja Krawczuk-Rygmaczewsk

https://www.multipark.lu.se/young-multipark-working-group - 2026-01-15

Former MultiPark PhD students share their perspectives Ph.D. interview - Oscar Manouchehrian Ph.D. defence interview - Sabine Konings Ph.D. defence interview - Alexander Svanbergsson Ph.D. defence interview - Laura Andreoli Ph.D. defence interview - Maurits Johansson Ph.D. defence interview - Elin Byman Ph.D. defence interview - Jonathan Timpka PhD defence interview - Nadja Gustavsson Ph.D. defenc

https://www.multipark.lu.se/lund-university-lu-neuroscience-graduate-school/phd-experiences-advices - 2026-01-15

Formerly known as the Advanced Microscopy Platform The MultiPark Microscopy Platform currently has a Leica SP8 laser scanning confocal microscope for imaging live and fixed tissue and cells. The system is also equipped with a live imaging chamber, which can be used with additional training. The system is located in BMC A1054 and has been up and running since late 2019.Using the systemIntroductionA

https://www.multipark.lu.se/infrastructures/microscopy-platform/leica-sp8-confocal-lsm - 2026-01-15

MultiPark has acquired a Sapphire imager and a dedicated license for Sapphire imaging data analysis. Equipment features: Laser scanning systems, the Sapphire Biomolecular Imager, which delivers the following imaging modalities with higher sensitivity (protein detection in the femtogram range): Bright-field and Multiplex fluorescent detection Chemiluminescent imaging Sapphire Biomolecular Imager ha

https://www.multipark.lu.se/infrastructures/sapphire-imaging-platform - 2026-01-15

Formerly known as the Image Visualization and Analysis Software platform MultiPark currently holds a fixed license for Imaris SingleFull with Clearview version 10.2, which is located on a dedicated workstation in BMC B1155. This software is especially suited for 3D/4D visualization of image stacks that have been acquired with, for example, a confocal microscope. More information about this softwar

https://www.multipark.lu.se/infrastructures/microscopy-platform/imaris-version-102 - 2026-01-15

Description of the platformIn the last decade it has become clear that the underlying disease pathologies of Alzheimer's disease (AD) and Parkinson's disease (PD) start to accumulate several decades before onset of overt symptoms. We can now use biomarkers to reliably detect these disease pathologies (e.g., amyloid-beta, tau and alpha-synuclein) even during pre-symptomatic and prodromal phases of

https://www.multipark.lu.se/infrastructures/swetrap-swedish-trial-ready-cohorts-early-alzheimers-and-parkinsons-diseases - 2026-01-15

Special interest groups (SIGs) are groups of scientists encompassing all academic levels, from PhD students to Professors, who meet regularly to create opportunities for in-depth scientific discussion and collaborations. The SIGs are self-organizing and self-managing groups. Genetics Andreas Puschmann Fluid biomarkers Sebastian Palmqvist Cellular reprogramming Henrik Ahlenius Brain circuit analysi

https://www.multipark.lu.se/research/special-interest-groups-0 - 2026-01-15

The Brain Circuit Analysis Special Interest Group studies neuronal circuits in health and disease using advanced methods for the perturbation and recording of cell activity.  In alignment with MultiPark's strategic goals Elucidate disease mechanisms at molecular, cellular and circuitry levels, guiding the development of new therapies, such as restoration of lost brain functions based on cell- and

https://www.multipark.lu.se/brain-circuit-analysis - 2026-01-15

This group brings together researchers who look for causes of neurodegenerative diseases in the genetic code of our patient series and families. DNA from an increasing number of patients is being examined by whole genome or whole exome sequencing methods, and group members are involved in the genetic analyses of this genetic data. Members represent those who primarily look for monogenic disease ca

https://www.multipark.lu.se/genetics-neurodegenerative-diseases - 2026-01-15

The Molecular Signaling Special Interest Group focus on genetics and their effects on different neurodegenerative disorders. Everything from gene expression, gene therapy, and epigenetic mechanisms is considered. This SIG combines a broad range of research topics. These include genetics, gene expression, gene therapy, and epigenetic mechanisms and their associated effects on different neurodegener

https://www.multipark.lu.se/molecular-signaling-neurodegenerative-diseases - 2026-01-15

The MESO QuickPlex SQ 120 is a multiplexing plate reader using high-performance, electrochemiluminescence (ECL) immunoassays for detecting biomarkers. The instrument allows for precise quantitation of single or multiple, low to elevated abundance analytes, in a single sample. The MULTI-ARRAY technology has increased dynamic range, improved sensitivity, reduced sample volume and reagent requirement

https://www.multipark.lu.se/infrastructures/meso-quickplex - 2026-01-15

MultiPark supports up to 50% of a clinical bioinformatician, for projects within the aims of MultiPark.The bioinformatician works with bioinformatic analyses of genetic data from high throughput genetic sequencing from patients and families with Parkinson disease, dementia, other movement disorders and cerebrovascular disorders. Tasks/expertise include the identification of disease-associated gene

https://www.multipark.lu.se/infrastructures/clinical-bioinformatics-infrastructure - 2026-01-15

MultiPark NGS database is completed and available to interested MultiPark researchers. AboutData from whole exome sequencing of 287 clinically well-characterized Parkinson disease patients from southern Sweden is now available in the MultiPark NGS database.Patients had been recruited within the PARkinsonLUnd (PARLU) study and MultiPark’s biobank sample collection(MPBC). Great care has been taken t

https://www.multipark.lu.se/infrastructures/ngs-database-infrastructure - 2026-01-15