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The Neuronano Research Center (NRC) is supported by: A Linnaeus Grant from the Swedish Research CouncilResearch Environment grant in natural and engineering sciences from the Swedish Research CouncilThe Knut and Alice Wallenberg FoundationFrimurarstiftelsen | Konung Gustav V:s och Drottning Victorias StiftelseA number of individual grants to PIs within the NRC from the Swedish Research CouncilBygg
https://www.neuronano.lu.se/research-0/research-funding - 2025-11-23
Visiting adress:Medicon Village, Scheelevägen 2, LundTraffic spring 2019A building project is on-going and it might me difficulties getting around. See mapParkingYou can park anywhere using Parkster, SMS or credit card. There are also 2 hr free parking for visitors close to building 303.Local busesThe closest bus stops are "Sparta" och "Ole Römers väg"
https://www.neuronano.lu.se/directions - 2025-11-23
Translational collaborationsLund University | Medical Faculty | Department of NeurosurgeryAarhus University Hospital | Danish Neuroscience Center, DNCCentrum för Neuronano Medicin | Region Skåne and Lund UniversityMedicon Bridge | Region Skåne and Lund UniversityResearch collaborationsLund University | Faculty of Engineering | NanoLund | The Center for Nano Science at Lund UniveristyLund Universi
https://www.neuronano.lu.se/research-0/collaborations - 2025-11-23
Latest Research Outputs About Neuronano Research Center
https://www.neuronano.lu.se/welcome-neuronano-research-center - 2025-11-23
The Neuronano Research Center (NRC) is a cross-disciplinary research and innovation center at Lund University, headed by professor Jens Schouenborg. NRC presently involves researchers from the Faculties of Medicine, Engineering and Science and is located at Medicon Village in Lund.The NRC vision has since the start in 2006 been to improve quality of life for disabled patients and individuals with
https://www.neuronano.lu.se/about-neuronano-research-center - 2025-11-23
Our research aim is to develop a new generation of biocompatible Brain Machine Interfaces (BMI), i.e. electrodes that can be implanted into the brain and spinal cord and be maintained there over long periods of time. The implantable electrodes will be used to establish stable high-fidelity communication between neuronal networks in the central nervous system and computers for research and therapeu
https://www.neuronano.lu.se/research-0 - 2025-11-23
GDPR – Processing of personal data at Lund University Information about processing of personal data at Lund University Cookies This website uses cookies. According to the Electronic Communications Act (25 July 2003) all visitors to a website must be informed if cookies are used and how they can be blocked. A cookie is a small file which is added to your computer when you visit a website. Any sub
https://www.neuronano.lu.se/about-web-page - 2025-11-23
https://www.neuronano.lu.se/about-nrc-2 - 2025-11-23
15 credits This course provides an in-depth understanding of how the immune system protects the body and how pathogens cause disease. You will explore infection biology and immunology at the molecular and cellular level, along with epidemiological and evolutionary perspectives.OverviewThe course in immunology and infection biology provides you with knowledge about innate and adaptive immunity, pat
https://www.biologyeducation.lu.se/education/courses/advanced-level-courses/immunology-and-infection-biology-bior88 - 2025-11-23
15 credits The course contains several components that focus on aquatic ecological and evolutionary theory. Through a combination of lectures and experiments the students acquire knowledge of e.g. bacteria production, primary production, competition, predator-prey interactions, migration and distribution patterns in time and space and which consequences these processes have for the function of aq
15 credits The aim of the course is that the student should acquire an overall view on organisms and abiotic preconditions in aquatic systems from source to sea. The first part of the course includes the physical and chemical properties of water, species in the different organism groups and relationships in and between populations and their environment. Effects of human impact on aquatic ecosystem
15 credits The course was offered for the last time autumn 2023 Course descriptionThe aim of the courseThe aim of the course is that the students should assimilate:a substantial theoretical basis to understand key experimental techniques used in modern molecular biology research;a practical experience in some of these methods, as well as skills to analyse and present experimental data both in oral
https://www.biologyeducation.lu.se/education/courses/advanced-level-courses/methods-molecular-biology-bior79 - 2025-11-23
15 credits Course description Why study microbiology? Although the study of microorganisms is an old and important discipline, it has gone through a rapid development in recent years that has transformed it into a highly dynamic field that influences most aspects of modern biology. New technology allows us to study important and fascinating questions regarding the microbial life and its importance
https://www.biologyeducation.lu.se/education/courses/advanced-level-courses/microbiology-bior18 - 2025-11-23
7,5 credits Do you want to learn about how we can visualise the inside and outside of cells and tissues? Our microscopy course equips you with the tools to explore life's smallest building blocks and uncover their secrets.OverviewThis course introduces you to microscopy and bioimaging techniques essential for life sciences. You will focus on light microscopy and fluorescence imaging systems like c
https://www.biologyeducation.lu.se/education/courses/advanced-level-courses/microscopy-bio-imaging-bios08 - 2025-11-23
7,5 credits This course is well suited for masters students at the department of Biology interested in biological modelling, how models work and what they are good for. It is suited for all biology students - we try to include examples from many fields of biology. Nature is complex and often several factors interact also in seemingly simple processes. Models are useful tools to disentangle complic
https://www.biologyeducation.lu.se/education/courses/advanced-level-courses/modelling-biological-systems-bios13 - 2025-11-23
15 credits Replaced by BIOR94 Molecular Biotechnology and Methods from spring 2025 Course descriptionWho should take this courseThis course is an advanced course in the subject areas of Biology and Molecular Biology and is appropriate for students who focus on Molecular Biology, Bioengineering, Biomedicine and similar topics. There is a special focus on applied aspects within Molecular Biology and
https://www.biologyeducation.lu.se/education/courses/advanced-level-courses/molecular-biotechnology-bior31 - 2025-11-23
15 credits Molecular DNA techniques are nowadays widely used and instrumental tools in a wide range of applications from conservation biology to evolutionary ecology. You will learn how to use such methods, in the lab and in computer-based analyses, and to read scientific papers using molecular techniques. It is a practically oriented course providing the basics for DNA analyses in any kind of fre
https://www.biologyeducation.lu.se/education/courses/advanced-level-courses/molecular-ecology-and-evolution-bior25 - 2025-11-23
Programme 120 credits | 2 years | Master's degree Our programmes offers broad training at the frontier of research. Several of our research groups are world-leading in their topics, and as our teachers are active researchers you will get involved in ongoing projects during your studies. Our courses are teaching-intensive with lectures, seminars, theoretical and practical exercises as well as self-
https://www.biologyeducation.lu.se/education/masters-degree-programmes - 2025-11-23
15 credits Course descriptionIn this course we focus on genetic information and its different molecular aspects. You will study the structure of DNA and chromatin, and develop an understanding for how the expression of genetic information is regulated. You will engage yourself in the questions concerning how the DNA is maintained, organized and evolving. The course is research oriented, and we put
https://www.biologyeducation.lu.se/education/courses/advanced-level-courses/molecular-genetics-eukaryotes-bior95 - 2025-11-23
15 credits Course description This course focuses on the molecular basis of bacterial, structure, physiology, genetics, and regulatory mechanisms. Bacteria make up the foundation of the biosphere and sustain all life on earth. They have the amazing ability to grow in extreme conditions and to grow slowly or rapidly. Current estimates of the number of bacterial species range from 1 to 1000 million.
https://www.biologyeducation.lu.se/education/courses/advanced-level-courses/molecular-microbiology-bior63 - 2025-11-23
