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Veterinary Therapeutic Protein and Peptide Mammalian Cell Display Platform

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Overview Mammalian Cell Display Services Features Service Workflow Why Choose Us

Mammalian cell display is a potent cell-based technology generally used in biotechnology and bioengineering for discovering and optimizing proteins and peptides. This technique involves presenting diverse libraries of protein variants on mammalian cell surfaces, allowing for the selection of proteins/peptides with specific desired traits through advanced cell sorting methods, such as flow cytometry. BioVenic, provides comprehensive services in the discovery of veterinary therapeutic proteins and peptides, supporting our clients in advancing their research and development endeavors with precision and efficiency.

Mammalian Cell Display Overview

BioVenic has pioneered an advanced mammalian cell display platform specifically designed for the obtaining of veterinary therapeutic proteins and peptides. It leverages the natural cellular machinery of mammalian cells to produce and display recombinant proteins or peptides, accelerating the research of their interactions and function in a system that closely mimics the in vivo environment.

Fig.1 The mammalian cell display platform for veterinary therapeutic proteins and peptides is depicted. (BioVenic Original)Fig.1 The veterinary therapeutic protein and peptide mammalian cell display platform. (BioVenic Original)

Mammalian Cell Display Services

Description Services
  • Construction of DNA Library
  • Clon different gene sequences into vectors that are then transfected into mammalian cells.
  • Design and synthesize gene constructs encoding veterinary-specific proteins or peptides.
  • Construct a diverse DNA library with extensive variation to capture a wide range of potential candidates.
  • Display Incubation with Target Ligands
  • The mammalian cells displaying the proteins or peptides are incubated with target ligands.
  • Use or develop mammalian cells optimized for high-efficiency expression of veterinary proteins or peptides.
  • Affinity Analysis
  • The interactions between the displayed proteins or peptides and the target ligands are assessed.
  • Perform techniques such as surface plasmon resonance (SPR) or enzyme-linked immunosorbent assays (ELISA) to measure and quantify these affinities.
  • Isolation and Selection of High-Affinity Clones
  • Clones that exhibit high specificity and strong affinity towards the target ligands are sorted and selected.
  • Evaluate the functional properties of proteins or peptides, including activity and specificity, tailored to veterinary applications.
  • Amino Acid Sequence Analysis
  • The amino acid sequences of the selected clones are analyzed to gain insights into their structure and potential therapeutic efficacy.
  • Conduct sequencing of isolated candidates and interpret the resulting amino acid sequences.
  • Provide comprehensive analysis of the structure-function relationships and explore potential applications of the proteins or peptides.

Mammalian Cell Display Features

  • Proteins or peptides are expressed on the surface of mammalian cells, allowing for direct interaction with target ligands or other molecules in a physiological context.
  • Allows for the construction of large libraries with diverse variants of proteins or peptides, which can be screened against various targets.
  • Mammalian cells can perform complex post-translational modifications (e.g., glycosylation, phosphorylation), which are crucial for the proper folding and function of many therapeutic proteins and peptides.
  • The display system enables high-throughput screening for binding affinity and specificity by directly evaluating interactions in a biologically relevant environment.
  • Facilitates the isolation of individual clones that exhibit high binding affinity and specificity, which can be further characterized and optimized.

BioVenic offers other cell-based display platforms, including bacterial display platform, and yeast display platform. Please find the following links to learn more about our cell-based display platforms.

Mammalian Cell Display Service Workflow

The workflow for developing therapeutic proteins and peptides using mammalian cell display starts with an initial consultation to understand the client's needs and define the project scope. Next, we design and construct a diverse library of protein or peptide variants, ensuring they are optimized for expression in mammalian cells. The constructed library is then screened against target ligands to identify promising candidates. We analyze the binding interactions to evaluate affinity and specificity, select high-performing clones, and compile the results into a detailed report. Finally, we provide post-service support, including follow-up consultations and technical assistance, to ensure the successful progression of the project.

Fig.2 The workflow of veterinary therapeutic protein and peptide mammalian cell display services is outlined. (BioVenic Original)Fig.2 The service workflow of veterinary therapeutic protein and peptide mammalian cell display. (BioVenic Original)

Why Choose Us?

BioVenic has established a cutting-edge mammalian cell display discovery platform for veterinary therapeutic protein and peptide development. This advanced platform integrates state-of -the art mammalian cell technology with our extensive expertise in therapeutic protein and peptide engineering.

Mammalian cells provide a more natural environment for protein expression, which can lead to a more accurate representation of protein functionality and interactions compared to other systems like bacterial or yeast display.

Proteins and peptides expressed in mammalian cells are often less likely to be recognized as foreign by the host immune system compared to those produced in non-mammalian systems.

BioVenic offers a tailored, all-in-one solution for developing veterinary biological macromolecular drugs. Utilizing advanced mammalian cell display technology, we excel in discovering therapeutic proteins and peptides for animal health. This sophisticated cell-based approach is essential for efficient protein and peptide discovery and screening. For any inquiries about this technology, don't hesitate to contact us.

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