Products
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Celiac Disease Bulk Plasma
Celiac Disease Bulk Plasma is collected via apheresis using Acid-Citrate-Dextrose Formula A (ACDA). Tested negative for HIV, HBV, and HCV, and ideal for immunology, biomarker discovery, and disease-specific assay development.
Celiac Disease CD19+ B Cells
Celiac Disease CD19 B Cells are isolated from peripheral blood of IRB-consented donors. Suitable for gluten-specific immune response modeling and intestinal autoimmunity research.
Celiac Disease CD3+ T Cells
Celiac Disease CD3 T Cells are derived from donors with confirmed celiac disease. Designed for gluten-specific immune response research and intestinal autoimmunity modeling.
Celiac Disease CD56+ NK Cells
Celiac Disease CD56 NK Cells are isolated from individuals with confirmed celiac disease. Suitable for examining NK cell activation in gluten-triggered inflammation and epithelial injury.
Celiac Disease Leukopak
LeukoCore™ Celiac Disease Leukopak products contain concentrated immune cells from donors with clinically confirmed celiac disease, collected via apheresis. Ideal for high-yield studies on celiac disease-related immune response and disease mechanisms.
Celiac Disease PBMC
Celiac Disease PBMC samples are collected from clinically confirmed celiac disease donors and cryopreserved for research. Ideal for studying immune response, identification of biomarkers, and drug development.
Celiac Disease Plasma
Celiac Disease Plasma – Cryopreserved human plasma collected from clinically confirmed donors. Celiac disease plasma is ideal for understanding disease mechanism, developing diagnostic tools, and identifying new paths for treatment.
Celiac Disease Serum
Celiac Disease Serum – Human celiac disease serum samples collected from clinically confirmed donors. Ideal for antibody identification, assessment of immune response, and understanding disease progression.
Celiac Disease Whole Blood
Celiac Disease Whole Blood – IRB-consented fresh whole blood samples collected from donors diagnosed with celiac disease. Ideal for understanding immune response and identifying potential biomarkers for diagnosis and monitoring.