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Cryovial of Melanoma PBMC - Sanguine Biosciences, Inc.

Melanoma PBMC

Melanoma PBMC samples are collected from clinically confirmed melanoma donors and cryopreserved. These PBMCs are ideal for assessing immune cell subsets.

Cryovial of Melanoma Serum - Sanguine Biosciences Inc.

Melanoma Serum

Melanoma Serum – Human serum samples collected from clinically confirmed melanoma donors. Ideal for analyzing tumor markers, immune mediators, and antibody levels.

Cryovial of Melanoma Plasma - Sanguine Biosciences Inc.

Melanoma Plasma

Melanoma Plasma – Cryopreserved human plasma collected from clinically confirmed melanoma donors. Melanoma plasma is ideal for studying circulating tumor DNA (ctDNA), cytokines, and other biomarkers.

Melanoma Peripheral Blood Leukopak - Sanguine Biosciences Inc.

Melanoma Leukopak

LeukoCore™ Melanoma Leukopak product contains concentrated immune cells from donors with clinically confirmed melanoma, collected via apheresis. Ideal for high-yield studies on systemic anti-tumor immunity and developing immunotherapies.

Melanoma Whole Blood

Melanoma Whole Blood

Melanoma Whole Blood – IRB-consented whole blood samples collected from donors diagnosed with Melanoma. Ideal for dermatology, immunology, and inflammation-based research.

Melanoma Skin Punch Biopsy - Sanguine Biosciences

Melanoma Skin Punch Biopsy

Melanoma Skin Punch Biopsy samples are derived from patients with melanoma and provide tissue for studying tumor-immune interactions, melanocyte transformation, and checkpoint targets.

Skin Cancer Leukopak - Sanguine Biosciences

Skin Cancer Leukopak

LeukoCore™ Skin Cancer Leukopak products contain concentrated immune cells from donors with clinically confirmed skin cancer, collected via apheresis. Ideal for high-yield studies on tumor immunology, T cell responses, and immune profiling in cutaneous malignancies such as melanoma and non-melanoma skin cancers.

Cryovial of Skin Cancer PBMC - Sanguine Biosciences

Skin Cancer PBMC

Skin Cancer PBMC samples are isolated from donors with clinically confirmed Skin Cancer. Ideal for studying tumor-immune interactions, T cell exhaustion, and immune checkpoint responses across skin cancer subtypes such as melanoma, basal cell carcinoma, and squamous cell carcinoma.