Coordinator: Pablo Villanueva Perez, Department of Physics.Co-coordinator: Edvin Lundgren, Department of Physics.Student 1: Andrea Grespi, Department of Physics.Student 2: Ulrike Küst, Department of Physics.Member 1: Ola Gustafsson, Department of BiologyMember 2: Karen Edler, Department of Chemistry.Member 3: Milda Pucetaite, Centre for Environmental and Climate Science. Member 4: Carl Alwmark, De

https://www.fysik.lu.se/en/education/xanadu-graduate-research-school/about-xanadu/advisory-board - 2025-08-03

The aim of this list is to supply useful information about experimental tools such as la- based X-ray scattering or imaging instruments related to MAX IV and ESS at Lund University. Such tools can be important to obtain preliminary data or to perform pre-characterization prior to experiments at ESS or MAX IV. ToolsInstrumentationSoftwareIf you are using a tool which is not listed, please send us a

https://www.fysik.lu.se/en/education/xanadu-graduate-research-school/tools - 2025-08-03

Center for Scattering MethodsDivision of Physical Chemistry, Department of Chemistry.Center for Scattering Methods on the Department of Chemistry website.4D Imaging LabDivision of Solid Mechanics, Department of Construction Sciences.The 4D Imaging Lab website.FragMAX – Crystallographic Fragment ScreeningFragMAX is a user facility for crystallographic fragment screening at the BioMAX beamline at MA

https://www.fysik.lu.se/en/education/xanadu-graduate-research-school/tools/instrumentation - 2025-08-03

Image analysisAvizo software (not free, external website). Dragonfly ORS (free, external website).ImageJ/Fiji (free, external website).SPAM (free, external website). 3D Slicer for rendering (free, external website).NeutronsToFImaging at the NeutronImaging website.SasView for Small Angle Scattering Analysis (external website)SasView for Small Angle Scattering Analysis - Tutorial (external website)S

https://www.fysik.lu.se/en/education/xanadu-graduate-research-school/tools/software - 2025-08-03

Here you find links to relevant research facilities, institutes, and other research schools. Large scale facilities MAX IV (external webiste).European Spallation Source, ESS (external website).InstitutesLINXS (external website).Other research schoolsCompute (external website).ClimbEco (external website).Agenda 2030 Graduate School (external website). 

https://www.fysik.lu.se/en/education/xanadu-graduate-research-school/useful-links - 2025-08-03

Dear colleagues,Two weeks ago, when it briefly felt like spring was coming, I went for a walk in the Science Village area between MAXIV and ESS. On the walk were the management teams of both LTH and the Faculty of Science, as well as Ola Wendt, head of the Department of Chemistry. There were many conversations about the size of the buildings, about people and things moving between different activi

https://www.fysik.lu.se/en/about-us/head-department-letter/head-department-letter-2024/head-department-letter-march-2024 - 2025-08-03

Andrea Grespi Doctoral student, Department of Physics, division for Synchrotron Radiation Research Email: andrea [dot] grespi [at] sljus [dot] lu [dot] se Andrea Grespi´s profile in the Lund University Research Portal. My research focuses on employing advanced surface-sensitive techniques, particularly synchrotron-based X-ray methods, to gain insights into the fundamental processes occurring at th

https://www.fysik.lu.se/en/education/xanadu-graduate-research-school/current-xanadu-phd-students - 2025-08-03

Current positionGuest researcher, Biotech Research & Innovation Centre (BRIC), University of CopenhagenKate [dot] Herum [at] bric [dot] ku [dot] dkThesis titleSyndecan-4 in cardia fibroblasts - Role in regulation of extracellular matrix and myocardial stiffnessLists of papers included1) K.M. Herum, I.G. Lunde, B. Skrbic, G. Florholmen, D. Behmen, I. Sjaastad, C.R. Carlson, M.F. Gomez & G. Christen

https://www.ludc.lu.se/research-0/diabetic-complications/lab-alumni/kate-louise-moller-herum - 2025-08-03

We shall explore genetic function by a combination of genetic and functional assays. First, via expression profiling, we intend to determine which genes for mitochondrial proteins are altered in pancreatic β-cells, liver, skeletal muscle, and adipose tissue. This will be performed in material from i) humans with or without the disease, ii) in genetically or pharmacologically manipulated animals an

https://www.ludc.lu.se/welcome-lund-university-diabetes-centre/project-areas/mitocondria - 2025-08-03

To accomplish these goals we will: A) establish the stimulus-secretion coupling in human pancreatic islets from non-diabetic organ donors to obtain proof of concepts derived from rodent studies; these data will also establish the gold standard for efforts to differentiate embryonic stem cells into mature islet cells. B) Combine islet studies with genetic and metabolic studies in humanA) Our knowle

https://www.ludc.lu.se/welcome-lund-university-diabetes-centre/project-areas/islets - 2025-08-03

How do we get people from different cultures, industries and worlds to sit down and talk to each other? First, they need to be brought together, and this alone requires the right person for the job. Meet Paola Hjelt, member of Lund University Diabetes Centre’s Innovation Board, who talks about on how to accomplish a change of mindset. She grew up in Brussels, Belgium, has one degree from the Stock

https://www.ludc.lu.se/meetings-prerequisite-change - 2025-08-03

PI: Nils Wierup The emergence of morbidly obese patients has prompted novel approaches to achieve weight reduction. Given that energy reduction by dieting is largely unsuccessful in this paitent group, surgical procedures have instead been developed to dramatically restrict food intake. Indeed, over the course of months patients may loose up to 50% in body weight. In addition, the majority of pati

https://www.ludc.lu.se/about-us/action-groups/metabolic-surgery-action-group - 2025-08-03

PI: Albert Salehi The antiology of metabolic syndrome and type 2 diabetes is complex and involves the interaction between both genetic and environmental factors (also including nutritional and metabolic signals). It has been known for at long time that dysfunction fo pancreatic islets cell (α-, β- and δ-cell) is a critical factor in the development and progression of these diseases.One of the larg

https://www.ludc.lu.se/about-us/action-groups/gpcr-action-group - 2025-08-03

Glucolipotoxicity:We will identify defects in the regulation of adipose tissue lipid metabolism associated with obesity and diabetes using models with altered expression of hormone sensitive lipase (HSL), the rate-limiting step in lipolysis 39 and phosphodiesterase3B (PDE3B) 40-42, a key enzyme controlling insulin action HSL activity. Altered profiles of lipid derived second messengers and alterat

https://www.ludc.lu.se/welcome-lund-university-diabetes-centre/project-areas/target-tissues - 2025-08-03

New drug targetsWe have in the different sections tested a number of pathways as putative new drug targets including exploring the role of TXNIP for the development of glucotoxicity in β-cells, muscle and kidney and the role of glucokinase in the β-cells. We have also explored the role of Ncf1 in thymus mediated control of tolerance. Potentially, all studied pathways can include regulatory steps w

https://www.ludc.lu.se/welcome-lund-university-diabetes-centre/project-areas/therapy - 2025-08-03

BCI Research at Lund University BCI@LU is the research group at Lund University focusing on understanding the brain when it comes to Passive, Active and Reactive Brain-Computer Interfaces. The human brain is complex, and to succeed in understanding it we need to approach it interdisciplinary. The group consists of ~15 Professors, Post-Docs and PhD students from the Department of Automatic Control,

https://www.bci.lu.se/main-page - 2025-08-03

Real-time Bayesian Control of Reactive Brain Computer Interfaces is a paper written by Pex Tufvesson, Martin Gemborn Nilsson, Kristian Soltesz and Bo Bernhardsson. The paper will be presented at the IFAC 2023 conference in July 2023. You can download the paper and simulation files needed to reproduce the results and plots here: Real-time Bayesian Control of Reactive Brain Computer Interfaces.zip Q

https://www.bci.lu.se/bayesian - 2025-08-03

The brain computer interface human-in-the-loop research framework This page contains the supplementary material for the Frontiers in Neuroscience method paper "An Open-Source Human-in-the-Loop BCI Research Framework: Method and Design" by Martin Gemborn Nilsson, Pex Tufvesson, Frida Heskebeck, and Mikael Johansson. Department of Automatic Control, Lund University, Lund, Sweden. ABSTRACT: Brain-com

https://www.bci.lu.se/bci-hil - 2025-08-03

This page contains the supplementary material for the IFAC journal paper under review:"Automatic Control of Reactive Brain Computer Interfaces"by Pex Tufvesson and Frida Heskebeck. December 2023.Department of Automatic Control, Lund University, Lund, Sweden. AbstractThis article discusses theoretical and practical aspects of real-time brain computer interface control methods based on Bayesian stat

https://www.bci.lu.se/automatic - 2025-08-03

This page contains the supplementary material for the ECC24 paper under review: "Automatic Control of Wheelchair using a Brain Computer Interface and Real-time Decision-making" by Frida Heskebeck and Pex Tufvesson. November 2023. Department of Automatic Control, Lund University, Lund, Sweden. Abstract In this study, we simulate the automatic control of an electric wheelchair for indoor Pac-Man-sty

https://www.bci.lu.se/wheelchair - 2025-08-03