Cryovial of APECED PBMC - Sanguine Biosciences Inc.

APECED PBMC

APECED PBMC samples are collected from clinically confirmed autoimmune polyendocrinopathy-candidiasis-ectodermal Dystrophy (APECED) donors and cryopreserved for immunological and genetic research. Ideal for studying inflammatory pathways, immune cell responses, and therapeutic development in APECED.

Cryovial of Asthma Plasma - Sanguine Biosciences, Inc.

APECED Plasma

APECED Plasma – Cryopreserved human APECED plasma collected from clinically confirmed autoimmune polyendocrinopathy-candidiasis-ectodermal dystrophy (APECED) donors. APECED plasma is ideal for endocrine dysfunction and APECED therapeutic development.

Cryovial of ACD Serum- Sanguine Biosciences Inc.

APECED Serum

APECED Serum – Human APECED serum samples collected from clinically confirmed autoimmune polyendocrinopathy-candidiasis-ectodermal dystrophy (APECED) donors. Ideal for this autoimmune disorder and identification of potential diagnostic and therapeutic targets.

APECED Whole Blood

APECED Whole Blood

Fresh APECED Whole Blood – IRB-consented whole blood samples collected from donors diagnosed with autoimmune polyendocrinopathy-candidiasis-ectodermal dystrophy (APECED). Ideal for genetic basis, autoimmune mechanism, and potential therapeutic targets.

Graves' Disease Leukopak - Sanguine Biosciences Inc.

Graves’ Disease Leukopak

LeukoCore™ Graves’ Disease Leukopak product contains concentrated immune cells from donors with clinically confirmed Graves’ Disease, collected via apheresis. Ideal for detailed functional assays.

Cryovial of Graves' Disease PBMC - Sanguine Biosciences, Inc.

Graves’ Disease PBMC

Graves’ Disease PBMC samples are collected from clinically confirmed Graves’ Disease donors and cryopreserved. These PBMCs are ideal for investigating immune cell responses, cytokine production, and mechanisms of autoantibody generation.

Cryovial of Graves' Disease Plasma – Sanguine Biosciences

Graves’ Disease Plasma

Graves’ Disease Plasma – Cryopreserved human plasma collected from clinically confirmed Graves’ Disease donors. Graves’ Disease plasma is ideal for cytokine analysis, metabolic profiling, and immune-related biomarker discovery.

Cryovials of Graves' Disease Serum – Sanguine Biosciences

Graves’ Disease Serum

Graves’ Disease Serum – Human serum samples collected from clinically confirmed Graves’ Disease donors. Ideal for measuring thyroid hormones and autoantibodies.

Graves’ Disease Whole Blood

Graves’ Disease Whole Blood

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

Hashimoto's Disease Leukopak - Sanguine Biosciences Inc.

Hashimoto’s Disease Leukopak

LeukoCore™ Hashimoto’s Disease Leukopak product contains concentrated immune cells from donors with clinically confirmed Hashimoto’s Disease, collected via leukapheresis. Ideal for functional immune assays and analysis of autoreactive lymphocytes.

Cryovial of Hashimoto's Disease PBMC - Sanguine Biosciences, Inc.

Hashimoto’s Disease PBMC

Hashimoto’s Disease PBMC samples are collected from clinically confirmed Hashimoto’s Disease donors and cryopreserved. These PBMCs are ideal for examing T and B cell responses, cytokine production, and regulatory immune dysfunction.

Cryovial of Hashimoto's Disease Plasma - Sanguine Biosciences, Inc.

Hashimoto’s Disease Plasma

Hashimoto’s Disease Plasma – Cryopreserved human plasma collected from clinically confirmed Hashimoto’s Disease donors. Hashimoto’s Disease plasma is ideal for inflammation studies, cytokine profiling, and metabolic-focused biomarker research.

Cryovial of Hashimoto's Disease Serum - Sanguine Biosciences, Inc.

Hashimoto’s Disease Serum

Hashimoto’s Disease Serum – Human serum samples collected from clinically confirmed Hashimoto’s Disease donors. Ideal for measuring thyroid hormones and autoantibody changes.

Hashimoto’s Disease Whole Blood

Hashimoto’s Disease Whole Blood

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

Hypercholesterolemia Leukopak - Sanguine Biosciences Inc.

Hypercholesterolemia Leukopak

LeukoCore™ Hypercholesterolemia Leukopak products contain concentrated immune cells from donors with clinically confirmed Hypercholesterolemia (High Cholesterol), collected via apheresis. Ideal for high-yield studies lipid metabolism’s effect on immune function.

Hypercholesterolemia PBMC blood sample - Sanguine Biosciences, Inc.

Hypercholesterolemia PBMC

Hypercholesterolemia PBMC samples are collected from clinically confirmed hypercholesterolemia donors and cryopreserved. Ideal for gene expression analysis, understanding transport pathways, and investigating inflammatory mechanisms.

Cryovial of  Hypercholesterolemia Plasma - Sanguine Biosciences

Hypercholesterolemia Plasma

Hypercholesterolemia Plasma – Cryopreserved human plasma collected from clinically confirmed hypercholesterolemia (high cholesterol) donors. Hypercholesterolemia plasma is ideal for measuring lipid levels and assessing biomarkers for risk and treatment response.

Cryovial of Hypercholesterolemia Serum - Sanguine Biosciences Inc.

Hypercholesterolemia Serum

Hypercholesterolemia Serum – Human serum samples collected from clinically confirmed hypercholesterolemia donors. Ideal for lipid profiling and inflammatory markers.

Hypercholesterolemia Whole Blood

Hypercholesterolemia Whole Blood

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

Hyperthyroidism Leukopak

Hyperthyroidism Leukopak

LeukoCore™ Hyperthyroidism Leukopak products contain concentrated immune cells from donors with clinically confirmed hyperthyroidism, collected via apheresis. Ideal for high-yield studies on thyroid autoimmunity, immune-endocrine interactions, and immune profiling in conditions such as Graves’ disease.