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We were the first company to commercialize proteomic enrichment and depletion products not based on immunoaffinity.

Our sample prep products are the value bridge to take protein/proteoform biomarkers from discovery to the clinic.

  • Our Product Categories

  • Albumin

    Albumin & IgG Removal Kits

    Making Proteomics Simple, Diverse, Efficient

    • Unique surface chemistries

    • Depletes Albumin 90-95%

    • Species agnostic

    Featured Products

    • AlbuVoid™

    • AlbuSorb™

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  • Hemoglobin removal

    Hemoglobin Removal Kits

    Gold-Standard Hemoglobin Depletion

    • Unique surface chemistries

    • Depletes Hemoglobin 90-95%

    • Species agnostic

    Featured Products

    • HemoVoid™

    • HemogloBind™

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  • Lipid removal

    Lipid Removal & Clarification

    Precision Removal for the Most Challenging Applications

    • Extensively cited

    • Replaces hazardous hydrocarbons

    • Diverse samples

    Featured Products

    • Cleanascite™

    • Cleanascite™ LX

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  • Targeted Proteomics

    NRicher Kits

    Bead Chemistry Platform

    • Enrich low abundance & family-specific proteomics

    • For targeted and multiplex proteomics

    • On-bead digestion for LC-MS

    Featured Products

    • NRicher™ Mx | NRicher™ Apo

    • NRicher™ lg | Nricher™ C

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  • Knowledge & Insights

    Stay Updated with Research, Case Studies & Scientific Insights

    Explore validated applications, white papers, publications, and the latest developments in proteomic sample preparation.

CASE STUDY

Cleanascite™ Unlocks Insights into Lipid-Driven Tumor Immunosuppression

Lipid metabolism plays a central role in shaping the tumor microenvironment (TME). Beyond fueling cancer cell growth, tumor-derived lipids reprogram surrounding stromal and immune cells, often tipping the balance toward immune suppression and disease progression. Tumor-associated macrophages, neutrophils, and fibroblasts can all be influenced by abnormal lipid accumulation, which in turn promotes tumor growth, metastasis, and therapy resistance.

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CASE STUDY

Cleanascite™ Unlocks Insights into Lipid-Driven Tumor Immunosuppression

Lipid metabolism plays a central role in shaping the tumor microenvironment (TME). Beyond fueling cancer cell growth, tumor-derived lipids reprogram surrounding stromal and immune cells, often tipping the balance toward immune suppression and disease progression. Tumor-associated macrophages, neutrophils, and fibroblasts can all be influenced by abnormal lipid accumulation, which in turn promotes tumor growth, metastasis, and therapy resistance.

Read More >

CASE STUDY

Cleanascite™ Unlocks Insights into Lipid-Driven Tumor Immunosuppression

Lipid metabolism plays a central role in shaping the tumor microenvironment (TME). Beyond fueling cancer cell growth, tumor-derived lipids reprogram surrounding stromal and immune cells, often tipping the balance toward immune suppression and disease progression. Tumor-associated macrophages, neutrophils, and fibroblasts can all be influenced by abnormal lipid accumulation, which in turn promotes tumor growth, metastasis, and therapy resistance.

Read More >

  • Knowledge Hub

    News & Publications

  • Preclinical Research

    HemogloBind™ Advances Proteomic Study of Temperature Induced Changes to Lung and Intestines

    Researchers used HemogloBind™ to identify proteomic changes in...

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  • Research Article

    Cleanascite™ Cited in Study of Post-mortem Inter-animal Chemical Signaling

    Cleanascite™ helped researchers determine that a novel "death...

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  • Multi-omics Study

    HemoVoid™ Advances Multi-omic Study of Thalassemia Severity

    HemoVoid™ was used in a multi-omic study to identify molecular pathways...

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  • Preclinical Research

    Cleanascite™ Cited in Stroke Research Study

    Cleanascite™ helped researchers identify that bioactive lipids...

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  • Peer-Reviewed Publication

    Cleanascite™ Cited in Nature Study of Neuronal Proteostasis with Age

    Cleanascite™ enabled proteomic analysis of brain tissue to study...

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  • Research Article

    Research Article cites AlbuVoid™ in Stem Cell Secretome Characterization

    AlbuVoid™ was used to characterize the secretome of stem cell-derived...

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  • Clinical Research

    HemogloBind™ Advances Proteomic Study of Hemolytic Anemia

    HemogloBind™ supported a proteomic study identifying that CD47...

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  • Research Article

    HemoVoid™ Advances Study of Dried Blood Spot Proteomics

    HemoVoid™ effectively removed hemoglobin from dried blood spots...

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  • Knowledge Hub

    Case Studies

  • Case Study

    Cleanascite™ in Unlocks Insights into Lipid-Driven Tumor Immunosuppression

    Learn how lipid removal unlocked critical insights into the tumor...

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  • Case Study

    NRicher™ Bead Platform Provides Unique Sub-Proteome Biases and Fit For Purpose Opportunities for Targeted LC-MS Quantification

    The NRicher™ bead platform provides unique sub-proteome enrichment to...

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  • Case Study

    BSG Products To Assist in Analyzing Macrophage Polarization

    BSG products remove lipids and hemoglobin to study activation markers and metabolic...

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  • Clinical Study

    Ectodomain Shedding and Enrichment of the Soluble Membrane Proteome

    NRicher™ beads enrich soluble membrane proteins to identify disease biomarkers.

    Read More >
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