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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 - 2026-04-25
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 - 2026-04-25
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 - 2026-04-25
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 - 2026-04-25
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 - 2026-04-25
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 - 2026-04-25
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 - 2026-04-25
Latest new service: Olink® Reveal We’re excited to announce that we have launched Olink® Reveal NGS-based proteomics services in Q1 2026! Get ahead by contacting us for consultations. Start your Project (new tab) Contact Information E-Mail ctg_service [at] med [dot] lu [dot] sesinglecell [dot] ctgservice [at] med [dot] lu [dot] se Phone +46 73 075 3563+46 73 096 8048 Address BMC - Biomedical Cent
https://www.ctg.lu.se/ctg-center-translational-genomics - 2026-04-25
We offer various DNA sequencing services, including Whole Genome Sequencing (WGS), Whole Exome Sequencing (WES), Targeted Gene Sequencing, Methylome Sequencing, Cell-Free DNA (cfDNA), and Small Genome Sequencing. All libraries are sequenced on Illumina platforms (NovaSeqXPlus or NextSeq2000). Unless specified otherwise, we use adapters with UMI and Unique Dual Indexes from IDT. Turnaround Time:Dat
https://www.ctg.lu.se/services/genomics - 2026-04-25
Molarity and amounts of library pool for sequencing Dilute library pool in EB buffer 10mM Tris-Cl, pH 8,5. Lower concentrations than stated below can be discussed. For NovaSeq: Molarity and volume depend on type of library and flowcell Unique dual index Delivery to CTG Fill in OrderForm, pool information, and SampleSheet for Illumina (csv file) and send to your contact at CTG. Contact Informatio
https://www.ctg.lu.se/genomic-services/sequencing-only/sample-requirement - 2026-04-25
Our bioinformatics services include below analysis pipeline, deliverables and data management. Other pipelines can be discussed. Seq-Only Analysis pipelineDemultiplexing, involves in re-organizing the FASTQ files based on the sample index information, and generating the statistics and reporting files. This task will be performed using the bcl2fastq2 software with default settings.DeliverablesProje
https://www.ctg.lu.se/genomic-services/sequencing-only/bioinformatics-and-deliverables - 2026-04-25
DNA ExtractionWe recommend Qiagen spin column-based nucleic acids purification methods. Concentration and PurityUse spectrophotometrical method to get the concentration and a ratio (OD260/280 and OD260/230) of each sample.DNA should have an OD260/280 ratio ~1.8 and OD260/230 ratio in range 1.8-2.2 (the ratio shows purity of samples).DNA amount recommendedMethylation: Bisulfitconversion: 555 ng DNA
https://www.ctg.lu.se/genomic-services/array/sample-requirement - 2026-04-25
Our bioinformatics services include below analysis, deliverables and data management. AnalysisQC and bioinformatics analysis is done in Illuminas Genome Studio software.DeliverablesExcel file summarizing information about the experimental setup and methods (MIAME.xls)5 folder:DecodeData – files used during scanning.GenomeStudio – executable file (.bsc) for the created GenomStudio project.ImageData
https://www.ctg.lu.se/genomic-services/array/bioinformatics-and-deliverables - 2026-04-25
This service is only for future sequencing projects at CTG. Requesting a project at CTGTo initiate a project using our available services, please start a project in iLab. You can login using your LucatID (SWAMID) on the Lund University iLab webpage. RNA RNA concentration RNA Concentration is measured by a fluorometric method, using the Qubit 4 or Qubit Flex instruments. Available Assays: Broad Ra
https://www.ctg.lu.se/services/quality-control - 2026-04-25
Service projects are registered and processed in iLab, an online project managing software for core facilities. It provides transparency of projects and quotes. It also includes a booking schedule for some equipment. What is iLab?iLab is our core facility's online platform for managing sequencing service orders. Through iLab, you can:Request project consultationsGet price quotesInitiate library pr
https://www.ctg.lu.se/how-start-project - 2026-04-25
CTG has a wide range of services which include laboratory analysis and bioinformatics pipelines. We also offer advice on how to design your research project to allow for reliable results. Genomics Single Cell Transcriptomics Spatial Sequencing Quality Control
https://www.ctg.lu.se/services - 2026-04-25
Since 2019, CTG has offered a broad range of single-cell applications, providing expert knowledge, accessibility, and personalized support. We continuously update our methods and instruments in collaboration with local researchers, ensuring that we stay in tune with the evolving needs of the research community. If a critical method is missing from our offerings, please don't hesitate to reach out
https://www.ctg.lu.se/services/single-cell - 2026-04-25
The Universal kits (formerly Next GEM Gene Expression) offer scalable whole transcriptome profiling at the single-cell level, with flexible sample input options. The 3' assay can be paired with cell surface protein staining, while the 5' assay supports full-length TCR/BCR sequencing, antigen specificity, CRISPR guide analysis, and cell surface protein profiling. For cost efficiency, samples can be
https://www.ctg.lu.se/services/single-cell/universal-3-or-5-gene-expression - 2026-04-25
Flex Gene Expression by 10x Genomics enables high-sensitivity single-cell profiling while preserving sample biology through fixation at collection. This approach stabilizes RNA, allowing flexible handling and batching without compromising data quality. As the most sensitive 10x Genomics application, it supports built-in sample multiplexing, processing up to 16 samples in a single GEM reaction. It
https://www.ctg.lu.se/services/single-cell/flex-gene-expression - 2026-04-25
The cost for a project varies according to the application and the number of samples. Please contact CTG for the specific pricing for your project. Pricing information can be found at your iLAB account. Contact InformationE-Mailctg_service [at] med [dot] lu [dot] sesinglecell [dot] ctgservice [at] med [dot] lu [dot] sePhone+46 73 075 3563+46 73 096 8048AddressBMC - Biomedical Centre D14Klinikgatan
https://www.ctg.lu.se/prices - 2026-04-25
