Cellaria Cancer Cell Models & Media
Patient-derived in vitro cancer cell models and cell culture media
Cancer drug discovery has relied on the same models that have been in use for decades. Progress in recent years has highlighted the tremendous heterogeneity of the disease, opening the door for new models that more closely mirror individual patients.
Cell Models
Cellaria has developed breakthrough cell models and media that enable scientists to conduct research more accurately, efficiently, and intelligently.
Cellaria’s in vitro models are derived directly from patient tumors to reflect the unique nature and complexity of each patient.
Using proprietary technology and methods, the diverse cell populations of patient tumors are preserved in stable, long-term cell models which are fully characterized and compared to the original tumor. Characterization of each cell model includes assessment of morphology, histology, and genomic profiles.
Cellaria cell models vs. traditional cell lines
- Developed with a breakthrough process: Our process captures more of the cellular diversity of each tumor through maintenance of multiple cell populations
- Unparalleled stability: Our cell models are stable and show high concordance with the original tumor genotype through high passage as measured by SNP analysis
- Backed by extensive data: Our models are traceable back to initial patient tumor and clinical conditions, simplifying the analysis of patient-specific responses
- Stringent quality controls: Our models are traceable back to initial patient tumor and clinical conditions, simplifying the analysis of patient-specific responses
- Predictable growth rates: Obtain the cells you need for high-throughput drug screening via optimized expansion protocols
The Cell Models
Wood Breast Cell Model
The Wood cell model originates from an infiltrating ductal and lobular carcinoma of the breast.
Product Family: Wood Breast Cell Model
Disease Area: Cancer
Tissue Type: Breast
Clinical Diagnosis: Infiltrating ductal and lobular carcinoma of the breast
Ferry Colon Cell Model
The Ferry cell model originates from adenocarcinoma of the large intestine.
Product Family: Ferry Colon Cell Model
Disease Area: Cancer
Tissue Type: Colon
Clinical Diagnosis: Adenocarcinoma of the large intestine
Jacket Lung Cell Model
The Jacket cell model originates from adenocarcinoma of the lung.
Product Family: Jacket Lung Cell Model
Disease Area: Cancer
Tissue Type: Lung
Clinical Diagnosis: Adenocarcinoma of the lung
Bastion Lung Cell Model
The Bastion cell model originates from squamous cell carcinoma of the lung.
Product Family: Bastion Lung Cell Model
Disease Area: Cancer
Tissue Type: Lung
Clinical Diagnosis: Squamous cell carcinoma
Boulder Lung Cell Model
The Boulder cell model originates from squamous cell carcinoma of the lung.
Product Family: Boulder Lung Cell Model
Disease Area: Cancer
Tissue Type: Lung
Clinical Diagnosis: Squamous cell carcinoma
Pincer Lung Cell Model
The Pincer cell model originates from an invasive adenocarcinoma of the lung.
Product Family: Pincer Lung Cell Model
Disease Area: Cancer
Tissue Type: Lung
Clinical Diagnosis: Adenocarcinoma, invasive
Throne Lung Cell Model
The Throne cell model originates from a mixed subtype adenocarcinoma of the lung.
Product Family: Throne Lung Cell Model
Disease Area: Cancer
Tissue Type: Lung
Clinical Diagnosis: Adenocarcinoma, Mixed Subtype
The Carousel Ovarian Cell Model
The Carousel cell model originates from endometrioid adenocarcinoma of the ovary.
Product Family: Carousel Ovarian Cell Model
Disease Area: Cancer
Tissue Type: Ovary
Clinical Diagnosis: Endometrioid adenocarcinoma of the ovary
Powder Ovarian Cell Model
The Powder cell model originates from serous carcinoma of the ovary.
Product Family: Powder Ovarian Cell Model
Disease Area: Cancer
Tissue Type: Ovary
Clinical Diagnosis: Serous carcinoma of the ovary
Basket Pancreatic Cell Model
The Basket cell model originates from an adenocarcinoma of the pancreatic head.
Product Family: Basket Pancreatic Cell Model
Disease Area: Cancer
Tissue Type: Pancreas
Clinical Diagnosis: Invasive, moderately differentiated ductal adenocarcinoma of the pancreatic head
Chocolate Pancreatic Cell Model
The Chocolate cell model originates from an adenocarcinoma of the pancreatic head.
Product Family: Chocolate Pancreatic Cell Model
Disease Area: Cancer
Tissue Type: Pancreas
Clinical Diagnosis: Ductal type, poorly differentiated adenocarcinoma of the pancreatic head
Stew Pancreatic Cell Model
The Stew cell model originates from an adenocarcinoma of the pancreatic head.
Product Family: Stew Pancreatic Cell Model
Disease Area: Cancer
Tissue Type: Pancreas
Clinical Diagnosis: Invasive moderately differentiated adenocarcinoma of the pancreatic head
Quality testing for cell lines
All cell models are screened for major categories of cell contaminants, including:
- Mycoplasma
- Microbial contaminants- sterility testing
- Viruses- human pathogens screen
- Cell line cross-contamination: interspecies & intraspecies- STR profiling
Lot-specific growth rate and protocol is provided for every customer. Our QC process ensures stable growth rate for each lot.
| Name | Datasheet | Packsize | Order |
|---|---|---|---|
| Basket Pancreatic Cell Model |  | 1M cells per cryovial | View |
| Bastion Lung Cell Model | | 1M cells per cryovial | View |
| Boulder Lung Cell Model | | 1M cells per cryovial | View |
| Carousel Ovarian Cell Model | | 1M cells per cryovial | View |
| Chocolate Pancreatic Cell Model | | 1M cells per cryovial | View |
| Ferry Colon Cell Model | | 1M cells per cryovial | View |
| Jacket Lung Cell Model | | 1M cells per cryovial | View |
| Pincer Lung Cell Model | | 1M cells per cryovial | View |
| Powder Ovarian Cell Model | | 1M cells per cryovial | View |
| Stew Pancreatic Cell Model | | 1M cells per cryovial | View |
| Throne Lung Cell Model | | 1M cells per cryovial | View |
| Wood Breast Cell Model | | 1M cells per cryovial | View |
Cellaria Cell Culture Media
We provide innovative media for your primary culture needs. The Renaissance Essential Tumor Medium™ and WIT enable high rates of success in culturing your patient samples past 15 population doublings.
Renaissance Essential Tumor Medium™
Use for: Solid tumor types including breast, lung, colon, and ovarian.
Specifically formulated for extended in vitro propagation, Renaissance media utilizes a simple, feeder-free protocol for multiple solid tumor types. Using this media, researchers have achieved high success rates in establishing extended cultures of tumor cells —a success rate many times higher than in tumors cultured in traditional media.
- Less variation, better results: Produces cultures with less variability and more reproducible results
- Simple feeder-free protocol: No feeder cells or genetic manipulation of the cells is required
- Unsurpassed stability: Primary tumors grown in Renaissance are stable past 15 population doublings
- Enhanced predictability: Stable genotype and growth rate for predictable cell expansion
| Name | Datasheet | Packsize | Order |
|---|---|---|---|
| Renaissance Essential MediumTM -Cancer Media | | 500mL REM-C -Basal Medium 15mL REM-C-Supplement | View |
Renaissance Mesenchymal Stem Cell Medium
Renaissance MSC medium is a cell line derivation and maintenance medium specifically formulated for the extended in vitro propagation of mesenchymal stem cells derived from various tissue types.
Renaissance T Cell Medium
Renaissance T-Cell Medium is a cell line derivation and maintenance medium specifically formulated for the extended in vitro propagation of T-cells derived from blood samples.
Canvas™ Extracellular Matrix
The Canvas Extracellular Matrix is a fully defined, naturally occurring, Collagen Type O matrix used with Cellaria's Cell Models to create spheroids for use in Cellaria's MINT assay and for other three dimensional (3D) assays.
| Name | Packsize | Order |
|---|---|---|
| Canvasâ„¢ Extracellular Matrix | 10mL Canvas ECM, Crosslinker Component, Powder 1.5mL Buffer Solution | View |
