Cureline Molecular Services

Cureline Molecular Services (CMS) is a laboratory division of Cureline Group, a global leader since 2003 in human biospecimen biobanking and translational medicine research services. Cureline molecular research services have been established in San Diego, California (USA) in 2015 and now CMS provides high-quality scientific assistance to the biopharmaceutical research community and academic institutions addressing our clients’ needs in molecular and cell biology services for their translational science and precision medicine programs.
 
Our outstanding team of scientists and research project managers will support your human biospecimens (HBS) validation studies including HBS selection for individual projects, custom biobanking, and custom laboratory protocols. With the full spectrum of services in biospecimens research we bring a broad clinical and scientific expertise to your programs.
 
We are looking forward to establishing a connection with your company R&D team, discussing how Cureline Molecular Services could assist your translational research programs, and together accelerating the Patients access to novel medicines and diagnostic tests. Please contact us for any further information.
  1. p

    Primary Cells

    from blood, bone marrow, tumor, etc.

    Primary Cells
  2. b

    Molecular Analytes

    DNA, RNA, Protein - isolation and analysis

    Molecular Analytes
  3. t

    Tissue Processing

    preclinical and clinical samples (HBS, animal, cells)

    Tissue Processing
  4. c

    Cell Based Assays

    cell viability, proliferation, migration, invasion & more

    Cell Based Assays
  5. 3d

    3D Histoculture

    Tissue and DTC assays, other IO applications 

    3D Histoculture
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Cureline Group

 

As a part of the Cureline Group, CMS provides access to human biospecimen acquisition (www.cureline.com) and translational histopathology (curelinebiopathology.com), supports human and animal tissue management, offers standard and custom cell-based assays, manipulations with biofluid cellular fractions and tissue components (cells, DNA, RNA, proteins), and comprehensive molecular analyses (proteomics, glycoproteomics, genomics).

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