
About
Created in 2019, the CIML Genomics Platform provides the institute's researchers and scientific staff with cutting-edge technologies in transcriptomics and genomics, as well as dedicated expertise to support their projects. The platform is composed of scientific director Pierre Milpied (Inserm Research Director) and Laurine Gil (CNRS Study Engineer).
In 2024, the platform obtained the “Aix-Marseille Platform” quality label for a period of three years, issued by Aix Marseille University, Inserm and CNRS.
The missions of the CIML Genomics platform are:
- Provide and maintain the necessary equipment: The genomics platform provides material and technological support by making various equipment available.
- Train users : the platform offers training to users, allowing them to master the techniques necessary for their scientific projects.
- Supporting experiments : the platform offers experimental support to assist users during complex manipulations, thus ensuring the quality and precision of experiments.
- Develop new methods : continuous technological monitoring allows us to offer the most recent innovations and make available protocols based on bulk RNA-seq or single-cell RNA-seq technologies.
- Assist with experimental design : the platform helps users to best define their experimental design, in close collaboration with the CIML CB2M (Computational Biology, Biostatistics and Modeling) platform.
- Carry out projects : the platform offers to fully support certain genomics experiments to meet the specific needs of research projects (library preparation, sequencing).
Our Services
The genomics platform supports users throughout their projects, from experimental design to sequencing data acquisition, ensuring scientific rigor and technical quality. This support is offered through various services:
- Experimental design : the platform provides advice and support in defining experimental design, in close coordination with all the other CIML platforms involved.
- Training and experimental support : the platform assists users in carrying out complex experiments, ensuring the reliability and reproducibility of experiments.
- Access to genomics equipment : the platform provides a wide range of instruments (thermal cyclers, qPCR devices, Agilent TapeStation, Chromium X).
- Preparation of single-cell RNA-seq libraries : the platform supports the preparation of single-cell RNA-seq libraries at the request of project leaders.
- High-throughput sequencing : the platform ensures the sequencing of libraries on the Illumina NextSeq 2000 sequencer.
Our Technologies
We have advanced expertise and the necessary equipment to perform multi-omic analyses on single cells after droplet capture (10x Genomics technology): single-cell RNA-seq, CITE-seq, single-cell BCR-seq, single-cell TCR-seq.
We are also experts in the single-cell multi-omic analysis technology FB5P-seq (FACS-based 5′-end sequencing), developed at CIML, and enabling the integrative analysis (phenotype, transcriptome, BCR or TCR repertoire) of rare cells sorted by FACS.
We provide the necessary equipment for the preparation and quality control of sequencing libraries for any type of protocol, and we perform the sequencing of compatible libraries on our Illumina NextSeq2000 high-throughput sequencer.
We have a fleet of 4 real-time quantitative PCR equipment, compatible with 96-well or 384-well formats.
Training
The genomics platform provides training activities at two levels:
- Within the CIML, by providing staff training in techniques related to the preparation of single-cell RNAseq libraries.
- Nationally, with Inserm training “Single-cell RNAseq analyses”, organized once or twice a year in collaboration with the CIML CB2M platform.
Projects
Project: Treating Breast Cancer Breast cancer is the most frequently diagnosed cancer in women in […]

Project: TREATLIVMETS Liver metastases occur in nearly 50% of cancer patients, particularly in […]

Project: pDCComp Individuals infected with viruses or suffering from inflammatory diseases develop a set of behavioral disorders […]

Project: PLBIO 2024 Coordinator: Thierry Walzer, CIRI, Lyon. Other participant: Nathalie Bendriss-Vermare, CRCL, Lyon. Abstract: Natural Killer cells […]

Project: ACLAMADABREC Partly through their effectiveness in activating natural killer (NK) cells and CD8 T lymphocytes […]

Project: MITI Other participants: Magali Richard, LIG, Grenoble; Lionel Spinelli, CB2M hub of CIML. Summary: This project aims to […]

Project: UNFIRE Other participants: Ciphe (Ana Zarubica), Hospices Civils de Lyon and CIRI (Sophie Trouillet-Assant, Thierry Walzer), CoVir team […]





Project: PLBIO-25 Coordinator: Marianne BURBAGE, Institut Curie, Paris. Other participant: Andrew GRIFFITHS, ESPCI, Paris. The effectiveness of CD8 T lymphocytes […]

Project: DCFUNDEVSCREEN Abstract: Studies in mice have shown the key antiviral/tumor role of plasmacytoid dendritic cells (pDCs) […]

Project: RIPIREVI Other participants: CIPHE (Ana Zarubica and colleagues). Abstract: Type I interferons (IFN-Is) are essential for […]


Project: LYMPHOMATLAS Single-cell multi-omic studies in B-lymphomas have highlighted a […]


Project: NRegSkin Project leader: Mei LI (IGBMC, Strasbourg). Other participants: Katia Boniface, Julien Seneschal (University of Bordeaux). Summary: The skin […]

The progression of follicular lymphoma is marked by iterative cycles of remission and relapse, the latter usually resulting from the […]

Project: ICARO Current acellular vaccines are mostly effective against extracellular pathogens, but fail to induce a response […]


Project: T-MAC The T-MAC project aims to understand how testicular macrophages and their niches contribute to the maintenance of […]

Project: DeCoDis In the context of a European consortium, we are investigating the dynamics and function of border-associated macrophages […]

In order to identify new therapeutic combinations and understand the mechanisms of resistance to targeted therapies in lymphoid-derived hemopathies […]

Patients with follicular lymphoma (FL) present a very high biological heterogeneity, which strongly impacts the response to current therapies. […]

Targeting acute myeloid leukemia immunosuppressive microenvironment by combined IDO1 inhibition and PD-1 blockade Type: European.Duration: 2023–2027 (36 months).Partners & funding […]

The host response to pathogens is orchestrated by the immune system and the nervous system, both present in […]

We have demonstrated that the neurokine TAFA4, produced by sensory neurons in the skin, can promote tissue repair […]

Beyond the pain perception processes that are induced in the event of injury or infection of the […]

Duration: 2021–2025.Partners & funding amounts: APHM/La Timone (E. Tabouret); amount for team: 325 k€.Responsibilities: PI–coordinator (only beneficiary)Theme & content of […]

Full title & acronym: Biomarkers established to stratify sepsis long-term adverse effects to improve patients' survivorship (BEATsep).Duration: 2024–2029 (60 months).Partners […]

The TCELL-CODE project, coordinated by Dr. Rémy Lasserre at the Marseille Cancer Research Center, aims to elucidate […]


The PLAIR project, coordinated by Dr Amédée Renand (CR2TI, Nantes), aims to identify the molecular pathways controlling the response […]

The University Hospital Research (RHU) project LUCA-pi (Lung Cancer prevention and interception), coordinated by Professor David Boulate (AP-HM), aims […]

The GCselection project, coordinated by Dr. Pierre Milpied (CIML), revisits the mechanisms of antibody maturation in centers […]


The AITLas-Impact project, coordinated by Pierre Milpied (CIML) in collaboration with Professor François Lemonnier (Mondor Institute of Biomedical Research, […]

Dr. Pierre Milpied's team at CIML is participating in a collaborative project coordinated by Dr. Jean-Pierre de Villartay (Institut […]

Equipments
The NextSeq 2000 system offers easy-to-use, flexible and reliable benchtop sequencing, suitable for current and emerging applications.
The Applied Biosystems™ 7500 Real-Time PCR System is designed for advanced PCR applications, ideal for genetic analysis and […]
The SimpliAmp™ thermal cycler is a small, easy-to-use, and accurate thermal cycler. It is ideal for PCR applications […]
10x Genomics' Chromium Controller uses an advanced microfluidic system to enable, in minutes, the partitioning and […]
10x Genomics' Chromium X is an advanced version of the Chromium Controller, offering higher throughput and […]
The 4150 TapeStation System is a low-cost, low-throughput, automated electrophoresis platform for quality control […]
The QuantStudio 1 Real-Time PCR System is a basic instrument for both novice and experienced users to […]
The Applied Biosystems™ QuantStudio™ 6 Flex Real-Time PCR System is a powerful and flexible real-time PCR platform, […]