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Digital exams can be taken either in an exam room on campus or entirely remotely. Regardless of the setting, it's crucial to know well in advance how you are expected to prepare so that technology doesn't cause any unnecessary stress. Below, we’ve listed some questions that are important to consider before an exam. Do you need to bring your own computer?Some programmes have computer rooms specific

https://www.campusonline.lu.se/en/learning-strategies/digital-exams-how-prepare - 2026-04-23

This website is operated by the Unit for Educational Services at Lund University. Our mission includes supporting students in the digital work environment at the university. The Unit for Educational Services is part of Lund University's central administration, which means that we do not belong to any specific program or subject, but rather serve all students and staff equally.The primary contribut

https://www.campusonline.lu.se/en/about-us - 2026-04-23

We feel better if we thrive in our surroundings, and we work better when our work environment is organized and adapted to our needs. It is easy to overlook the fact that this also applies to our digital work environment. The whole of your workplace needs to be functional, inviting and organised – for your sake. Here are a few tips on interior design for your computer, so that you don’t lose things

https://www.campusonline.lu.se/en/learning-strategies/learn-your-computer - 2026-04-23

Are you a student at Lund University? Do you find the text on the university’s website complex or hard to navigate? Or do you struggle to find the information you’re looking for? If so, we’re looking for your input! We want the university’s content to be easy to find, understand, and use — for all students. This autumn term, 2024, we’re launching the Plain language project: Accessible digital text

https://www.campusonline.lu.se/en/help-us-improve-web-content-students - 2026-04-23

In recent years, reading by listening has become a widespread practice in higher education. Reading by listening involves listening to course literature read out by either a human or a speech synthesiser. The availability of study materials in a variety of formats is a welcome development, but you may need to experiment with your listening to find the right study technique. Increasing numbers of s

https://www.campusonline.lu.se/en/learning-strategies/reading-listening-study-technique-find-right-method - 2026-04-23

Inspera Originality is a text comparison tool that compares your text with other sources to detect identical passages. The purpose of Inspera Originality is first and foremost for teachers to be able to check if you are guilty of plagiarism. That is, if you have copied another text without citing or if you’re too close to your sources linguistically when you’re referencing. Inspera Originality is

https://www.campusonline.lu.se/en/digital-tools/inspera-originality - 2026-04-23

As a student, you often deal with both texts and images that are covered by copyright, so having a basic knowledge of copyright is a must. This text is a summary of the most important things you need to know, and it offers pointers on how to find out more. Copyright gives the creator of a work the right to decide whether and how the work can be copied, modified, used and distributed by others. A w

https://www.campusonline.lu.se/en/learning-strategies/copyright-five-things-you-need-know - 2026-04-23

Sunet Scribe is a transcription service – in other words, a service that uses AI to convert spoken language in video and audio files into text. If you are a student at Lund University, you can use the service to transcribe interview material for, for example, an essay or a dissertation.It is possible to transcribe several different languages. However, bear in mind that it can be difficult to achie

https://www.campusonline.lu.se/en/digital-tools/sunet-scribe - 2026-04-23

As a student at Lund University, you can use two different generative AI tools with your student account: Microsoft Copilot Chat and Google Gemini. AI tools can be used for many different purposes in an academic context, but it is important that you take responsibility for your use of AI. As a student, this means, among other things, that you must never use AI to replace your own learning and that

https://www.campusonline.lu.se/en/digital-tools/ai-tools - 2026-04-23

Do you have questions concerning your digital study environment that this website doesn’t answer? Or you want to ask a question in a personal meeting or in an email? Below, a variety of institutions at Lund University are listed that can help you with everything from printing a document to mental well-being in relation to your studies. Continue reading for information about what they do and how yo

https://www.campusonline.lu.se/en/academic-support - 2026-04-23

Efficient and secure data management is a key part of our service. This section outlines how we handle data delivery, storage, retention, and the specific deliverables included in each service. Delivery MethodData is provided via the SciLifeLab Datacenter Data Delivery System (DDS). Data will be available to download for 30 days from delivery date. Storage & RetentionCTG stores data on secure COSM

https://www.ctg.lu.se/data-management - 2026-04-23

A list of all equipment used in our services. SequencersNovaSeq X plus, IlluminaNextSeq 2000, IlluminaMinION, Oxford Nanopore TechnologiesSingle-cellChromium X, 10x GenomicsVisium CytAssist, 10x GenomicscellenOne F1.4, CellenionCellaca MX, NexcelomQuality ControlQuantStudio 5 Real-Time PCR System, Thermo Fisher ScientificTapeStation 4200, AgilentFluoroskan Microplate Fluorometer, Thermo Fisher Sci

https://www.ctg.lu.se/services/equipment - 2026-04-23

The Chromium Epi Multiome ATAC + Gene Expression platform enables direct, simultaneous measurement of 3' gene expression and chromatin accessibility within single cells. This multiomic technique provides a detailed view of gene regulation by profiling both the epigenomic and transcriptomic landscapes from the same nuclei. It leverages bulk transposition of nuclei for efficient data collection. The

https://www.ctg.lu.se/services/single-cell/epigenetics - 2026-04-23

At CTG, we offer both sequencing-based and imaging-based spatial applications. These technologies provide comprehensive and high-resolution insights into tissue architecture, gene and protein expression. We offer 10x Genomics Visium v2, Visium HD on the CytAssist, and Xenium. Our workflows are compatible with FFPE tissue sections and can integrate high-resolution images of H&E or immunofluorescenc

https://www.ctg.lu.se/services/spatial - 2026-04-23

Visium v2 and Visium HD for FFPE tissue are probe-based spatial transcriptomics solutions for high-resolution gene expression analysis. Both kits can be combined with protein staining enables whole-transcriptome profiling with spatially barcoded probes and limited protein co-detection, including a panel for 31 immune proteins. Visium HD offers enhanced spatial resolution for deeper insights into t

https://www.ctg.lu.se/services/spatial/visium-v2-visium-hd - 2026-04-23

Xenium enables high resolution through in situ sequencing with a predefined gene panel, offering cell segmentation. This cutting-edge approach allows for subcellular resolution, providing unparalleled insights into the spatial distribution of transcripts within specific cellular compartments. With Xenium, researchers can achieve precise cell segmentation and detailed analysis of gene expression pa

https://www.ctg.lu.se/services/spatial/xenium-situ-sequencing - 2026-04-23

The Center for Translational Genomics (CTG) was established in 2017 as a prioritized research infrastructure and open core facility within the Faculty of Medicine at Lund University specialized in providing expertise and services in advanced Next Generation Sequencing-based technologies, aiming to enable groundbreaking and innovative research in molecular life sciences. CTG collaborates closely wi

https://www.ctg.lu.se/welcome-ctg - 2026-04-23

High-throughput sequencing at cost-effective pricing Available KitsEach kit is defined by the number of reads (single-end or clusters) and read length (determined by cycle count).e.g. 10B, 300 cycle flowcell will deliver about 10 billion single-end reads sequenced with the following read structure: 150-10-10-150Sample RequirementsSample Volume Requirements1.5B Flow Cell (2 lanes): 100 µl per lane

https://www.ctg.lu.se/services/sequencing/novaseq-x-plus - 2026-04-23

Mid-throughput sequencing for maximum flexibility Available Kits XLEAP-SBS Chemistry only.Each kit is defined by the number of reads (single-end or clusters) and read length (determined by cycle count).e.g. P4, 300 cycle flowcell will deliver about 1.8 billion single-end reads sequenced with the following read structure: 150-10-10-150Sample RequirementsSample Volume RequirementsAll flow cells (P1,

https://www.ctg.lu.se/services/sequencing/nextseq-2000 - 2026-04-23

3 June 2026 09:00 to 4 June 2026 13:00 | Conference The NASSA Kick-Off Meeting will formally launch the Nordic Alliance for Single-Cell and Spatial Analysis (NASSA), a network funded by NordForsk connecting infrastructure experts from Sweden, Denmark, Norway, and Finland. Event highlights include:Allow partners & participants to meet and get to know each other, align visions, share bottlenecks, an

https://www.ctg.lu.se/calendar/nassa-kick-meeting - 2026-04-23