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Avdelningar Denna institution består av avdelningarna biomedicinsk teknik (BME), industriell elektroteknik och automation (IEA) samt teknisk geologi (TG). BME Avdelningen för biomedicinsk teknik IEA Avdelningen för industriell elektroteknik och automation TG Avdelningen för teknisk geologi
https://www.bmt.lth.se/start - 2025-10-25
Biomedicinsk teknik EkonomiadministratörUlrika WesterdahlTel: 046 - 222 75 26PrefektIngrid SvenssonTel: 046-2227525PostadressLunds UniversitetBiomedicinsk teknikBox 118221 00 LundBesöksadressE-huset, LTHOle Römers väg 3223 63 Lund Industriell elektroteknik och automation EkonomiadministratörUlrika WesterdahlTel: 046-222 92 89Biträdande PrefektUlf JeppssonTel: 046-222 92 87PostadressLunds Universit
https://www.bmt.lth.se/kontakt - 2025-10-25
Welcome to Advanced Chip Technologies (ACT) – a Vinnova Competence Centre The ACT-consortium gathers organizations and companies, all passionate about development of advanced chips, to meet current and future needs by industry and society. The consortiumThe consortium has 17 committed partners ranging from start-ups to multinational companies all passionate about the continued development of our j
https://www.advancedchiptechnologies.lu.se/start - 2025-10-25
In work package 1 we will develop materials, processes and devices to be used in WP2 and WP3. The topics include:Material synthesis with emphasis on III-V nanowire epitaxial growth both using metal organic vapor phase epitaxy and aerotaxy.Scaling of nanowire growth substrates from individual dies to 100 mm Si wafersNanowire surface passivation for photonic devices and gate-stack optimization for t
https://www.advancedchiptechnologies.lu.se/wp1-devices-3d-integration - 2025-10-25
In work package 2 we will explore the integration of photonic device elements with silicon for applications in communication, sensing and power generation. The topics include:Development of epitaxy, material characterization and single pixel elements for infrared detector arraysDesign and fabrication of CMOS-based read-out circuitry for focal plane arraysUsing Nanowire-based photovoltaics for on-c
https://www.advancedchiptechnologies.lu.se/wp2-photonic-integration - 2025-10-25
In work package 3 we explore the use of 3D integration technologies to enable innovative merging of control electronics and power devices and make an early evaluation of system benefits and technology limitations. The topics include:Characterization and modelling of DC and RF performance of III-V nanowire transistorsFabrication of amplifiers, switches, or detector circuits operating at D-band freq
https://www.advancedchiptechnologies.lu.se/wp3-circuit-implementation-smart-energy-and-rf - 2025-10-25
WCMM Fellow | Molecular Skeletal Biology Research focus Bone is a complex organ providing structural and mechanical support to our body, but also consisting in our principal hematopoietic centre. The formation of our bones is tightly and timely orchestrated, involving stages of cartilage, vasculature, bone and bone marrow establishment. Bourgine lab aims at compiling human-specific knowledge on ho
https://www.wcmm.lu.se/paul-bourgine - 2025-10-25
WCMM Fellow | Cell Reprogramming in Hematopoiesis and Immunity Our research The focus of our laboratory is to understand the molecular determinants underlying cell reprogramming and hematopoietic specification. In humans, the multiple differentiated cell states are normally stable and inherited through cell division. Under certain conditions, cell fate can, however, be modified or reversed. Cell r
https://www.wcmm.lu.se/filipe-pereira - 2025-10-25
2014 and 2015 marked the establishment of four Wallenberg Centres for Molecular Medicine at the universities of Gothenburg, Linköping, Lund and Umeå in collaboration with the respective health care regions. The centres represents an initial ten-year and more than 800 million SEK investment from The Knut and Alice Wallenberg Foundation (KAW), with a prolongation period for 2025-2028 with further fu
https://www.wcmm.lu.se/wallenberg-center-molecular-medicine-lund - 2025-10-25
Each year, trainees pair up to design a project that utilizies both of their skillsets. They then write a grant proposal based on training and feedback recieved in the research school. At the end, three winning proposals are awarded the Synergy grant with real funds to help them realize the common or individual research work.
https://www.wcmm.lu.se/wcmm-rs/wcmm-synergy-grants - 2025-10-25
The Wallenberg Center for Molecular Medicine (WCMM) Research School aims at training early career scientists (PhD students & Postdocs) in Molecular & Regenerative Medicine. It is designed to promote understanding of multidisciplinary research in regeneration, replacement and repair, and to provide training in cutting-edge translational research. Topics Interdisciplinary and translational lectures
https://www.wcmm.lu.se/wcmm-rs/overview-and-admission - 2025-10-25
VisionOur vision is to create novel breakthroughs in medicine through a strong collaborative approach between basic scientists and clinicians, a pioneering spirit and innovative leadership. MissionOur mission is to advance human health through cutting-edge research in molecular medicine. We uncover the molecular mechanisms underlying diseases and translate discoveries into transformative medical b
https://www.wcmm.lu.se/wallenberg-center-molecular-medicine-lund/vision-mission-statements - 2025-10-25
The WCMM Research School was a great opportunity for me to extend my local network at BMC, learn new state-of-the-art techniques/methods used in regenerative medicine, and get valuable feedback on my professional development from PIs currently in the phase of establishing their own labs. - John Stegmayr, PostDoc, LU A specific disease, although bounded to a single organ, rarely lacks secondary e
https://www.wcmm.lu.se/wcmm-rs/feedback-and-alumni - 2025-10-25
Anja Meissner WCMM Research School CoordinatorVascular Biology, senior lecturerPhone: +46 46 222 06 41Email: anja [dot] meissner [at] med [dot] lu [dot] se Joao DuarteWCMM Research School Coordinator Diabetes and Brain Function, senior lecturer Phone: +46 72 452 56 31 Email: joao [dot] duarte [at] med [dot] lu [dot] se
https://www.wcmm.lu.se/wcmm-rs/research-school-coordinators - 2025-10-25
Peer reviewed publications by fellows and researchers 2018van der Velden J, Wagner DE, Lahue K, Abdalla S, Lam YW, Weiss DJ, and Janssen-Heininger Y.MW. (2018) ‘TGF-β1-induced provisional extracellular matrix by tracheal basal cells impairs re-epithelialization in a c-Jun-N-terminal kinase-1-dependent manner.’ AJP Lung (online ahead of print) Jiang D, Correa-Gallegos D, Christ S, Stefanska A, Liu
https://www.wcmm.lu.se/publications-2018 - 2025-10-25
WCMM Fellow | Glia-Immune Interactions Our research The brain has a tight blood-brain barrier limiting the removal of solutes to the vascular compartment, and does not contain any lymphatic vessels. Instead, a peri-vascular bulk flow system, named the glia-lymphatic (glymphatic) facilitates brain-wide clearance. The glymphatic system mediates exchange of solutes and peptides, such as amyloid beta,
https://www.wcmm.lu.se/wallenberg-molecular-medicine-fellow-nervous-system - 2025-10-25
WCMM Fellow | Cell and Molecular Mechanobiology Our research The goal of Laboratory of Cell and Molecular Mechanobiology (LCMM) is to gain a quantitative, molecular-level understanding of how cells and tissues sense, transmit and respond to mechanical information from their environment to regulate critical physiological functions. Cells in our body exist not only in a rich biochemical environment
https://www.wcmm.lu.se/vinay-swaminathan - 2025-10-25
WCMM Fellow | Vascular Biology Our research Cardiovascular disease, such as heart attack, stroke, and peripheral vascular disease, is the number-one health problem in the world. Despite remarkable progress in diagnosis and prevention, cardiovascular diseases cause disability and death at an astounding rate. The best opportunities to develop and implement new strategies for preventing and treating
https://www.wcmm.lu.se/anja-meissner - 2025-10-25
WCMM Fellow | Diabetes & Brain Function Our research Our purpose is to understand molecular determinants of cognitive impairment associated with metabolic disease, metabolic syndrome component such as including obesity, dyslipidaemia, hypertension, insulin resistance and hyperglycaemia. Our team is interested in understanding regulation of neuron-glia metabolic interactions, how energy metabolism
https://www.wcmm.lu.se/joao-duarte - 2025-10-25
WCMM Fellow | Regenerative Immunology Our researchThere is tremendous variation in how different species respond to injuries. Following an injury, humans are able to heal wounds, but are left with a scar. This limited regenerative ability is also seen following the amputation of a limb, where humans are unable to regenerate following amputation. In contrast, salamanders are able to fully regenerat
https://www.wcmm.lu.se/nicholas-leigh - 2025-10-25
