Single Clone Cell/Cell Pool Products

What Are Single Clone Cells and Cell Pools?

Single Clone Cells

These are cell lines derived from a single parent cell, meaning all cells in the population are genetically identical. This monoclonality ensures high genetic consistency and stability, which is crucial for experiments that require reproducible results. Single Clone Cells are particularly valuable when studying specific gene functions, validating drug effects, or performing high-throughput screening where uniformity is essential.

Cell Pools

These are polyclonal cell lines created from multiple parent cells, resulting in a genetically diverse population. This diversity can mimic more natural cellular environments, making Cell Pools ideal for initial screening studies, early-stage assays, and projects that benefit from a range of cellular responses. Cell Pools are flexible, cost-effective, and faster to establish, making them suitable for applications where genetic variation is advantageous.

Featured Products

Cat. NO	Product Name	Type	Quantity
ITS-0624-HMM185	CellOnco™ CHO-K1-Tg(Human GPR84 Receptor) Stable Cell Line	Single Clone/ Cell Pool	1x10^6 cells/vial
ITS-0624-HMM240	CellOnco™ HEK293T-Tg(monkey BLT2 Receptor) Stable Cell Line	Single Clone/ Cell Pool	1x10^6 cells/vial
IOC-LX040	Human PD-1 Stable Cell Line, CHO-K1	Single Clone/ Cell Pool	1x10^6 cells/vial

You can contact our technical staff to obtain the Single Clone Cells/Cell Pools format of the product you are interested in!

Production Process of Single Clone Cell and Cell Pool Products

The production process of Single Clone Cell and Cell Pool Products requires careful attention to detail to ensure product quality and performance. For Single Clone Cells, a parent cell is carefully isolated, expanded, and monitored to confirm genetic consistency. The cells undergo rigorous quality control testing to ensure they are free from contamination and maintain stable expression of desired genes or proteins. Cell Pools, by contrast, involve the selection of multiple clones, which are combined and expanded in a controlled environment. Both types of products undergo quality assurance protocols that include gene expression verification, contamination testing, and stability assessments to guarantee product integrity. This thorough manufacturing process ensures that each cell model provides the reliability and quality necessary for high-performance research applications.

Production Process of Single Clone Cells

Cell Isolation

Cell Expansion

Selection and Screening

Quality Control

Cryopreservation

Production Process of Cell Pools

Cell Line Selection

Co-Culture and Expansion

Pooling and Screening

Quality Control

Cryopreservation

Key Features and Advantages

Single Clone Cells		Cell Pools
Key Features	Advantages	Key Features	Advantages
Homogeneity: Single clone products originate from a single cell, ensuring a uniform genetic background and consistent expression of the target gene. Stability: These cell lines exhibit stable expression of the transgene over multiple passages, reducing variability in experiments. Controlled Experimental Conditions: Single clones allow for precise control of experimental variables, making them ideal for detailed studies on gene function and cellular behavior. Characterization: Single clones can be thoroughly characterized for growth rates, morphology, and functional responses, providing in-depth insights into cellular properties.	Reproducibility: Experiments using single clone cell products yield highly reproducible results, crucial for validating scientific findings. Specificity: Researchers can select a specific clone that exhibits desirable characteristics, such as optimal expression levels of a reporter gene. Minimized Variability: Reduces biological variability that may arise from mixed cell populations, leading to more reliable data. Targeted Applications: Ideal for studies that require precise gene editing or expression analysis, such as drug response assays and signaling pathway investigations.	Genetic Diversity: Cell pool products are composed of multiple clones, offering a mix of cells with varying genetic backgrounds and expression levels. Rapid Development: They can be generated more quickly than single clone cell lines, allowing for faster experimental turnaround. Broader Applications: Suitable for high-throughput screening, as the diversity of the cell population may present a range of responses to treatments.	Flexibility: Cell pools can accommodate different experimental conditions and can be used for a wide range of applications, such as drug screening and toxicity studies. Increased Robustness: The presence of various clones can help buffer against the loss of function due to potential mutations or genetic drift in individual clones. Enhanced Drug Screening: Diverse cell populations may reveal varying responses to compounds, helping identify successful drug candidates with broader efficacy. Faster Optimization: Researchers can quickly test general behaviors or drug responses in a mixed population before refining the focus to specific clones.

Contact Us for More

As a trusted supplier of Single Clone Cell and Cell Pool Products, we understand the diverse needs of research and development professionals. We offer customizable solutions to support various project goals, whether you need genetically stable single clone cells or versatile cell pools for broader applications. Our team of experts is here to assist you in designing the ideal cell model for your specific research requirements. To learn more about our custom Single Clone Cell and Cell Pool services or to discuss a particular project, please don't hesitate to contact us. We are committed to delivering high-quality, tailored cell models that help advance your research objectives with precision and reliability.