Our models

Engineered for the indication. Characterized for the compound.

Each model retains the three-dimensional stromal and hematopoietic microenvironment of the target disease state. Hematopoietic and stromal cell populations are co-cultured at physiologically relevant ratios, then characterized against a defined disease-specific reference panel before release.

One does not fit all. Generic 3D tissue models cannot reproduce the human bone marrow response. Humaniche models are validated against specific disease states so your compound data is comparable, lot to lot.

Overhead close-up of an acute myeloid leukemia bone marrow tissue section on a glass slide under cool controlled lab lighting, revealing dense blast cell clusters within stromal matrix, muted monochrome palette
Overhead close-up of an acute myeloid leukemia bone marrow tissue section on a glass slide under cool controlled lab lighting, revealing dense blast cell clusters within stromal matrix, muted monochrome palette
Overhead close-up of a myelodysplastic syndrome bone marrow biopsy cross-section under controlled studio lighting, showing dysplastic cell morphology within fibrous stroma, desaturated ivory and slate tones
Overhead close-up of a myelodysplastic syndrome bone marrow biopsy cross-section under controlled studio lighting, showing dysplastic cell morphology within fibrous stroma, desaturated ivory and slate tones
Close-up overhead of a multiple myeloma bone marrow core biopsy on a preparation surface under neutral studio lighting, plasma cell infiltration visible within trabecular architecture, high-contrast monochrome
Close-up overhead of a multiple myeloma bone marrow core biopsy on a preparation surface under neutral studio lighting, plasma cell infiltration visible within trabecular architecture, high-contrast monochrome
Overhead macro photograph of an aplastic anemia bone marrow biopsy section under controlled cool lighting, hypocellular marrow space visible with sparse stromal elements, muted gray and bone-white tones
Overhead macro photograph of an aplastic anemia bone marrow biopsy section under controlled cool lighting, hypocellular marrow space visible with sparse stromal elements, muted gray and bone-white tones

Select your disease indication

Hematologic Malignancy
Hematologic Malignancy
Plasma Cell Dyscrasia
Bone Marrow Failure

AML Niche Model

MDS Niche Model

Myeloma Niche Model

Aplastic Anemia Model

Stromal architecture recapitulating acute myeloid leukemia. Validated for cytarabine and venetoclax compound screening with lot-to-lot disease-profile characterization.

Recapitulates the dysplastic marrow niche for myelodysplastic syndrome. Suitable for hypomethylating agent screening and clonal evolution studies.

Engineered plasma cell niche for multiple myeloma. Validated for proteasome inhibitor and IMiD compound screening with published stromal characterization per lot.

Hypocellular marrow niche for aplastic anemia toxicology and hematopoietic recovery studies. Lot characterization includes cellularity index and stromal viability metrics.

Modular and plug & play design coming in 3 formats:

Chip format

Syringe format

Well plate format

More information will be made available following patent filing.

Human-Relevant Bone Marrow Models

Know exactly what you need before you order

Input your assay format, replicates, and compound count. The calculator returns the minimum lot quantity required and flags lot-characterization constraints relevant to your study design.

Lot Quantity Calculator - COMING SOON

Ready to run compounds against validated marrow biology?

Contact our team to confirm model availability, discuss lot-to-lot characterization requirements, or initiate a partnership order for your program.