Customized Cell Line Construction Service

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体外研究服务

Creating stable cell lines can be challenging and time-intensive. Kyinno Bio provides user-friendly Custom Cell Line Development services that can assist you in streamlining your research and accelerating your project timelines. Through our extensive experience in cell engineering services, we offer comprehensive solutions to meet your research needs.

Whether you’re focusing on cell line generation for basic research or more specialized applications, our team offers comprehensive solutions. For labs that need advanced support, our cell line generation CRO services are designed to meet your specific needs. Providing high-quality, reproducible results. Creating a stable pool of cell lines for your research, including immune-modified variants such as the CT26 IL2RG knockout model for immuno-oncology and cytokine signaling studies.

Cell line generation is essential for developing tools for protein expression, pathway studies, inhibitor/activator studies, positive and negative controls for immunoassays, CAR-T research, dosage response screening, and many other applications. If you’re looking for a cell line generation CRO to help you with complex projects, Kyinno Bio’s advanced cell line engineering services can help you elevate your research, offering Fast Turnaround Custom Cell Line Development services. Contact us today to get started!

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Our Processes for Custom Cell Line Construction

Our custom cell line development service follows a well defined series of steps. Each step is critical to ensure the quality and reliability of the cell lines. Here’s a detailed breakdown of our workflow:

  1. Introduction of Vectors: Introduce lentivirus or plasmids into the target cells.
  2. Obtaining Polyclonal Pool: Use antibiotic selection or fluorescence sorting to obtain a polyclonal pool.
  3. Seeding into Plates: Seed the polyclonal pool into 96-well plates to isolate single clones.
  4. Verification of Clones: Verify the single clones to confirm the target cell line.
  5. Quality Testing: Perform quality testing on each cell line to ensure absence of pathogen contamination and accuracy of STR sequencing.
flowchart of stable overexpression cell line construction
flowchart of stable gene-editing cell line construction

Cell Line Generation Service Highlights

  1. you will receive multiple clones
  2. fast turnaround time: 8 weeks
  3. many parental cell lines to choose from
  4. robust QC, guaranteed to meet specifications: expression levels, functional activity, robust outputs, etc.
  5. PhD-level support and consultation every step of the way

Available Custom Cell Line Generation Formats

Kyinno Bio has the largest pre-made engineered cell bank in the world, with over 4000 cell lines ready to buy. However if you do not find the type of cell line that fulfills your requirements, we can custom make them for you. Our cell line generation services offers flexibility, allowing you to choose from various formats, including:

  1. Overexpression: positive controls for in vitro and in vivo assays. Study how modulation of a target gene affects mechanism of action
  2. Reporter: in vitro high throughput screening using our cell line generation processes.
  3. Knockout/Knockin: negative controls for in vitro assays. Study how knockout of a protein affects mechanism of action
  4. Co-stimulatory: reporter assay co-culture. Immunotherapy Research
  5. CAR-T: Immunotherapy Development
  6. Bioluminescent: signal cell in xenograft models.

Available Promotors and Reporters

Promotors

Reporters

  • CMV
  • SV40
  • EF1α
  • PGK
  • CAG
  • U6
  • TRE
  • hSyn
  • Chicken β-actin
  • Tet-On/Tet-Off
  • GFP
  • RFP
  • Luc
  • LacZ
  • YFP
  • CFP
  • mCherry
  • BFP
  • SEAP
  • mGFP

FAQs About Our Cell Line Construction Service

What services does Kyinno Bio offer to support in vitro research?

Kyinno Bio offers a broad range of in vitro services tailored to specific research applications. Key offerings include Cell Proliferation Assay for studying cell growth rates, MegaScreen for high-throughput compound screening, Organoids for 3D cell culture research, Internalization Assay to measure receptor functionality, ELISA Assay for detecting specific proteins, FACS Binding Assay for cell sorting and biomarker identification, Immuno-Oncology Assay for immune response analysis, and ADCC/ADCP Assays for evaluating antibody effectiveness in immune-mediated responses. HiBiT-tag-based protein degradation assay for evaluating PROTACs.

Kyinno Bio’s Custom Cell Line Development service streamlines the time-intensive process of cell line generation, providing customized, high-quality cell lines that meet unique project requirements. With a fast 8-week turnaround, access to PhD-level consultation, and flexible cell line options, researchers can save time and maintain project momentum, ensuring reliable outcomes.

Kyinno Bio’s cell line generation service includes creating stable cell lines for protein expression, pathway studies, CAR-T research, immunoassay controls, and high-throughput screenings. Available formats cover diverse research needs, including Overexpression, Knockout/Knockin, Reporter, Co-stimulatory, and Bioluminescent cells, each optimized for specific research objectives like drug discovery and pathway analysis.

  • Highlights of Kyinno Bio’s cell line generation services include:
    • Multiple clone delivery for flexibility
    • Fast turnaround time of 8 weeks
    • Access to a diverse range of parent cell lines to establish a stable foundation
    • Comprehensive quality control, ensuring gene sequence accuracy, expression levels, and functional activity meet precise standards.
      These features allow researchers to depend on Kyinno Bio for high-quality, reproducible results.

Kyinno Bio’s cell line generation CRO services are tailored for advanced research needs, backed by extensive experience and PhD-level support. Their fast turnaround and customizable formats are designed for unique projects, ensuring reliable and reproducible results for applications like immuno-oncology.

Kyinno Bio ensures top-notch quality by conducting rigorous tests to confirm pathogen-free conditions and STR (Short Tandem Repeat) sequencing accuracy. This ensures all cell lines meet high standards, with verified gene sequences, appropriate expression levels, and functional activity to support consistent, high-quality research.

Kyinno Bio provides a wide range of customized cell line types, including Overexpression lines for antibody evaluation and protein expression, Knockout/Knockin lines for pathway and mechanism studies, Reporter lines for high-throughput assays, Co-stimulatory lines for immunotherapy research, and Bioluminescent lines for xenograft models. This variety allows researchers to select the best cell line model for their studies.

Kyinno Bio’s well-defined process begins with vector introduction, where plasmids or lentiviral vectors are introduced into target cells to ensure proper gene integration. This is followed by creating a stable polyclonal pool, isolating single clones in 96-well plates, verifying clones, and performing stringent quality tests to confirm high standards. This structured approach ensures reproducible and stable cell lines for reliable research.

Kyinno Bio offers a range of promoters (e.g., CMV, EF1α, PGK, SV40, hSVTK) and reporters (e.g., GFP, RFP, Luc) to fit diverse experimental needs. For example, the CMV promoter is ideal for high expression levels, while GFP and RFP reporters allow for real-time tracking in cellular assays. These options help researchers tailor their cell lines for specific studies, including immunotherapy and pathway analyses.

Kyinno Bio’s CAR-T cell lines are specifically engineered for immunotherapy applications. These lines help researchers study targeted cancer treatments, providing an efficient model for understanding immune cell responses and optimizing CAR-T therapeutic strategies. With robust quality control and customizable formats, Kyinno Bio supports cutting-edge cancer research with reliable, high-quality CAR-T cells. (Kyinno does not produce CAR-T cells, but uses the AB5000 platform to evaluate the off-target effects of CAR-T)

Build Your Own Cell Line