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Cell Lines, Culture Media, & Casting Kits

Curi Bio offers fully characterized, quality-guaranteed iPSC-derived cell models, optimized culture media, and tissue casting kits for sale or licensing to support drug discovery, disease modeling, and translational research. Select models include isogenic pairs for controlled comparative studies. All products are for research use only and are not for diagnostic or therapeutic use.

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Skeletal Muscle

iPSC-derived myoblast lines spanning healthy donors, patient-derived disease models, and CRISPR-engineered isogenic pairs for DMD, DM1, and XLMTM research. Pair the cells with media and casting kits to build 2D models and 3D engineered skeletal muscle tissues.

Wild-Type Healthy Lines

Healthy WT
CB-SKM-A-WT  Learn More →
Donor
Urine cell, 14-year-old male
Genotype
WT
Healthy WT
CB-SKM-24-WT  Learn More →
Donor
Cord blood, female
Genotype
WT
Healthy WT
CB-SKM-6-WT
Donor
Cord blood, male
Genotype
WT

Duchenne Muscular Dystrophy (DMD) Models (Isogenic Pair)

Isogenic Disease Model
CB-SKM-A-DMD  Learn More →
Donor
Isogenic to CB-SKM-A-WT
Genotype
DMD: Del exon 45; 17bp del exon 54
Patient-Derived
CB-SKM-DMDe46-48
Donor
Urine cell, 18-year-old male
Genotype
DMD: Del exons 46–48

Myotonic Dystrophy Type 1 (DM1) Models (Isogenic Pair)

Isogenic Control
CB-SKM-DM1-0  Learn More →
Donor
Isogenic to CB-SKM-DM1-716
Genotype
CRISPR corrected – 0 CTG repeats
Patient-Derived
CB-SKM-DM1-716  Learn More →
Donor
Fibroblast, 35-year-old male
Genotype
DMPK: 716 CTG repeats (~2,100 nt)
Patient-Derived
CB-SKM-DM1-473  Learn More →
Donor
Fibroblast, 18-year-old male
Genotype
DMPK: 473 CTG repeats (~1,500 nt)

X-Linked Myotubular Myopathy (XLMTM)

Patient-Derived
CB-SKM-XLMTM  Learn More →
Donor
Fibroblast, male
Genotype
MTM1: Exon 12, c.1388T>C, p.L463S

Culture Media & Casting Kits

2D & 3D Skeletal Muscle Media  Learn More →
Skeletal Muscle
iPSC-derived and primary tissues
3D Skeletal Metabolic Media  Learn More →
Skeletal Muscle
Insulin-responsive tissues
Skeletal Muscle Casting Kits  Learn More →
24-well & 96-well Compatibility
Ready-to-use casting consumable, assay-ready cells, and validated media
 
 

Cardiac Muscle

iPSC-derived cardiomyocyte lines for cardiac disease modeling and translational studies, including a CRISPR-corrected isogenic pair for hypertrophic cardiomyopathy. Pair the cells with media and casting kits to build 3D engineered heart tissues.

Wild-Type Healthy Lines

Healthy WT
CB-CM-6-WT
Donor
Cord blood, male
Genotype
WT
Healthy WT
Celo.Cardiomyocytes  Learn More →
Donor
Skin fibroblast
Genotype
WT

Duchenne Muscular Dystrophy (DMD) Model

Patient-Derived
CB-CM-DMDe46-48
Donor
Urine cell, 18-year-old male
Genotype
DMD: Del exons 46–48

Hypertrophic Cardiomyopathy (HCM) Model

Isogenic Control
CB-CM-MYBPC3e6 (corrected)  Learn More →
Donor
Isogenic to CB-CM-MYBPC3e6
Genotype
CRISPR corrected mutation
Patient-Derived
CB-CM-MYBPC3e6  Learn More →
Donor
PBMCs, 44-year-old male
Genotype
MYBPC3: c.772G>A

Culture Media & Casting Kits

3D Cardiac Muscle Media  Learn More →
Engineered Heart Tissue
iPSC-derived cardiac media
Cardiac Casting Kits  Learn More →
24-well & 96-well Compatibility
Ready-to-use casting consumable, assay-ready cells, and validated media
 
 

Motor Neurons

iPSC-derived optogenetic motor neuron lines, paired with media and casting kits for engineered NMJ tissues and neuronal assays.

iPSC-Derived Motor Neuron Lines

Optogenetic WT
CB-MN-6-OPTO  Learn More →
Donor
Cord blood, male
Genotype
WT background; ChR2-engineered
Optogenetic WT
CB-MN-24-OPTO  Learn More →
Donor
Cord blood, female
Genotype
WT background; ChR2-engineered

Culture Media & Casting Kits

Motor Neuron Media
Motor Neurons
Neurosphere creation
NMJ Media
Neuromuscular
3D neuromuscular junction
NMJ Casting Kits  Learn More →
24-well Compatibility
Ready-to-use casting consumable, assay-ready cells, and validated media
 
 

Licensing Only

iPSC Diversity Panel

30 curated iPSC lines representing North American genetic diversity. Ideal for population disease modeling, pharmacogenomics, and evaluating varied drug responses.

 
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Don't see the model you need?

Our team can discuss custom cell line development, isogenic pair generation, and licensing terms for the iPSC Diversity Panel.