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Global Immune Monitoring Solutions

Industry-leading array of comprehensive immune monitoring solutions

Precision provides comprehensive immune monitoring services, from the development of customized assays for early clinical studies to managing the logistical and immune monitoring testing needs of global, registrational trials. We leverage multiple technology platforms on a global scale, including proprietary innovations like Epiontis ID®.

Unraveling the complexities of immunity: tailored solutions for detailed insights

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    Flow Cytometry

    Standard and spectral flow cytometry, on both research-grade and CLIA-validated instruments
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    Epiontis ID® Epigenetic Cell Profiling

    Precision’s proprietary immune monitoring technology which delivers robust, repeatable, and cost-effective immune cell phenotyping on any sample type
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    Cytokine Profiling & Proteomics

    Customized assays to detect cytokines or proteins of interest utilizing ELISA, Luminex, MSD, SIMOA, and Western Blotting

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    ELISpot and Fluorospot

    ELISpot and FluoroSpot - including custom assays in support of gene therapy immunogenicity - from preclinical through clinical development

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    Cell-Based Assays

    Developing and qualifying 2D and 3D human in vitro cell-based models using a broad range of human primary cell types, with analysis enabling a variety of endpoints
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    Gene Expression Profiling of Biopsies

    Understand target expression, adaptive and innate immune responses at the gene expression level. Technologies we use for gene expression profiling include NanoString, Illumina RNA-seq, ddPCR, and qPCR.

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Efficient sample management logistics enable global immune monitoring services

Precision’s immune monitoring services are strengthened by a global logistics network, designed to safeguard sample integrity and maximize data reliability.

Clinical Reach

Global clinical sample and PBMC processing

  • Global PBMC processing in 24 hours or less
  • Regular competency assessment and monitoring to ensure site-to-site and lab-to-lab data comparability
  • Long- and short-term storage at optimal temperatures

Clinical sample logistics and biostorage

Our extensive global biorepository footprint includes the first to receive CAP certification. Currently, we are responsible for the storage of >20 million biospecimens under controlled conditions. We can accommodate any type of fluid or solid biological specimen at controlled ambient temperatures, +4℃, -20℃, -80℃, or in liquid nitrogen vapor. 

The biorepository includes numerous security and safety features:

  • Redundant backup systems, dedicated backup units
  • Around-the-clock automated temperature monitoring
  • In-house HVAC technicians, specializing in cascade refrigeration

Unlocking potential: flow cytometry for breakthrough research

Precision for Medicine offers a suite of flow cytometry services tailored to the intricate demands of modern scientific research and therapeutic development.

Brochure

Multiparametric Flow Cytometry

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Multiparametric Flow Cytometry

Epiontis ID®—Optimized immune profiling

Within our suite of immune monitoring services, Epiontis ID® proprietary technology stands out by offering an epigenetic approach to cell profiling. See how it works.

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Related resources

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Explore the Precision blog

Read our blog to gain more insights and discover work that Precision has supported.

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Read: Precision Medicine in Pediatrics: Biomarkers and Assay Development Precision Medicine in Pediatrics: Biomarkers and Assay Development

Translational Research - Biomarkers - Rare Diseases

Precision Medicine in Pediatrics: Biomarkers and Assay Development

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    has not third author: true, (SizeLimitingPyMap: {main={hs_id=159488778880, hs_child_table_id=0, hs_updated_at=1714461214107, hs_published_at=1736962071401, description=Eva Raschke, PhD serves as a subject matter expert for immune monitoring solutions at Precision for Medicine with a focus on the epigenetic immune monitoring technology Epiontis ID. She has supported the development, validation and clinical use of this technology platform in different roles since 2008. Eva obtained a Ph.D. in Molecular Biology from the Ludwig-Maximilians-University Munich., avatar=Image{width=576,height=576,url='https://5014803.fs1.hubspotusercontent-na1.net/hubfs/5014803/PfM%20Website/Headshots/Headshots%20no%20background/Eva%20Raschke.webp',altText='Eva Raschke',fileId=165892728972}, linkedin=https://www.linkedin.com/in/eva-raschke-678b439, hs_name=, hs_path=, lastname=Raschke, hs_initial_published_at=1716212769184, hs_created_at=1709645745111, hs_is_edited=false, hs_deleted_at=0, name=Eva, job=, slug=eva-raschke, email=, hs_updated_by_user_id=26433386}, second={}, third={}})
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Read: Choosing the Optimal Sample Type for Flow Cytometry: Key Considerations and Case Studies Optimal Sample Type for Flow Cytometry

Translational Research - Biomarkers - Assays

Choosing the Optimal Sample Type for Flow Cytometry: Key Considerations and Case Studies

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    has not third author: true, (SizeLimitingPyMap: {main={hs_id=159488778846, hs_child_table_id=0, hs_updated_at=1713168962876, hs_published_at=1736962071401, description=Angelina Bisconte is an authority in utilizing human primary biological tissue and cells in research and drug discovery. She is a developer of translational biomarkers for Phase I/II clinical programs in autoimmunity, inflammation and cancer, and is an expert in phenotypic cell-based assays using multiple primary cell systems such as T/Th17/T-regs, NK-T, B/Plasma/Plasmablasts, Myeloid cells, Dendritic cells (pDCc/mDCs), and MDSCs. She serves as a strategist in multi-parametric single-cell flow cytometry and analysis of flow cytometry data. Additionally, Angelina maintains a broad network of contacts at clinical sites and research hospitals, experienced with IRB submissions and clinical protocols. She is a scientific leader for Precision’s Biomaterials commercial sourcing., avatar=Image{width=576,height=576,url='https://5014803.fs1.hubspotusercontent-na1.net/hubfs/5014803/PfM%20Website/Headshots/Angelina%20Bisconte.webp',altText='Angelina Bisconte',fileId=164430032419}, linkedin=https://www.linkedin.com/in/angelinabisconte, hs_name=, hs_path=, lastname=Bisconte, hs_initial_published_at=1716136551646, hs_created_at=1709645745077, hs_is_edited=false, hs_deleted_at=0, name=Angelina, job=, slug=angelina-bisconte, email=, hs_updated_by_user_id=26433386}, second={}, third={}})
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    Angelina Bisconte
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Read: Moving from Exploratory to Clinical Flow Cytometry Assays: 3 Critical Considerations Flow cytometry

Translational Research - Biomarkers - Assays

Moving from Exploratory to Clinical Flow Cytometry Assays: 3 Critical Considerations

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    has not third author: true, (SizeLimitingPyMap: {main={hs_id=169567234066, hs_child_table_id=0, hs_updated_at=1723217613021, hs_published_at=1736962071401, description=Precision Experts are among the most experienced specialists in clinical research. We focus our hiring strategy on select indications to deliver excellence across each role. , avatar=Image{width=800,height=800,url='https://5014803.fs1.hubspotusercontent-na1.net/hubfs/5014803/Precision%20Expert.png',altText='Precision Expert',fileId=164175466823}, lastname=Experts, hs_initial_published_at=1718988967067, hs_created_by_user_id=26433386, hs_created_at=1717603871601, hs_is_edited=false, hs_deleted_at=0, name=Precision, slug=precision-experts, hs_updated_by_user_id=26433386}, second={}, third={}})
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