Custom Monoclonal Antibody Services

High-affinity, high-specificity monoclonal antibodies — from antigen design to hybridoma development, delivered with fast turnaround and expert support.
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Custom Monoclonal Antibody Services | QyaoBio

Custom Monoclonal Antibody Services

High-affinity, high-specificity monoclonal antibodies — from antigen design to hybridoma development, delivered with fast turnaround and expert support.

  • Mouse, Rabbit & Rat Monoclonal Antibody Development
  • Full-Service: Antigen Design → Immunization → Screening
  • ELISA, WB, IHC Validation Available
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Lab

Common Challenges

  • Low specificity or cross-reactivity
  • Unstable hybridoma clones
  • Long development timelines
  • Poor reproducibility

Our Solution

QyaoBio specializes in custom monoclonal antibody production using optimized immunization strategies and high-throughput screening to ensure superior performance and reproducibility.

Monoclonal Antibodies Products

Principle of Monoclonal Antibody Production

Monoclonal antibodies (mAbs) are homogenous antibodies produced by a single clone of B lymphocytes, directed against a specific epitope of an antigen. The core principle relies on Hybridoma Technology:

  • B Cell Fusion: Antibody-producing B cells isolated from immunized animals are fused with immortal myeloma cells.
  • Selective Breeding: The resulting hybrid cells (hybridomas) inherit both the specific antibody-secreting capability of B cells and the indefinite lifespan of myeloma cells.
  • Clonal Expansion: Through rigorous screening, a single optimal clone is selected and cultured to harvest high-purity, highly consistent monoclonal antibodies.

Why Core Principles Matter?

By leveraging precise cellular fusion and modern high-throughput screening, we ensure that every batch of antibodies targets the precise conformational or linear epitope required, minimizing batch-to-batch variation.

Detailed Monoclonal Antibody Development Workflow

Our structured phase-by-phase approach ensures maximum transparency and success rates for your project.

01
Antigen Design & Prep

Sequence analysis, epitope prediction, and peptide synthesis or recombinant protein expression with carrier protein conjugation (KLH/BSA).

Antigen Design & Prep
02
Animal Immunization

Optimized immunization protocols across multiple host animals (Mouse, Rat, or Rabbit) to stimulate strong immune responses and high serum titers.

Animal Immunization
03
Hybridoma Generation

Harvesting splenocytes and executing PEG-mediated or electro-fusion with myeloma cells, followed by HAT medium selective culture.

Hybridoma Generation
04
Screening & Selection

High-throughput ELISA/Western Blot screening followed by sub-cloning via limiting dilution to secure stable, high-affinity monoclonals.

Screening & Selection
05
Production & Validation

Scale-up via in vitro cell culture, followed by protein A/G purification and comprehensive validation (WB, IHC, or Flow Cytometry).

Production & Validation

Why Choose QyaoBio?

High Success Rate
Proven monoclonal antibody platform
Fast Turnaround
Initial clones in 8–10 weeks
Flexible Scale
Research to large-scale production
Strict QC
ELISA / WB / IHC validation
Cost-Effective
Competitive vs US/EU CROs

Applications & Rationale

Monoclonal antibodies are indispensable tools across diverse scientific fields due to their unrivaled monospecificity.

Basic Diagnostics & Immunoassays

Applications: ELISA, Western Blot (WB), Immunohistochemistry (IHC), Immunofluorescence (IF), and Flow Cytometry (FC).

Rationale: Their precise recognition of single epitopes eliminates background noise, yielding excellent signal-to-noise ratios and accurate quantification in complex biological samples.

Therapeutic & Clinical Drug Development

Applications: Targeted cancer therapies, autoimmune disease treatments, and neutralisation assays for infectious diseases.

Rationale: High specificity ensures targeted drug delivery to diseased cells while sparing healthy tissue, vastly reducing off-target toxicities.

Structure & Function Research

Applications: Immunoprecipitation (IP), Co-IP, enzyme inhibition studies, and receptor-ligand blocking assays.

Rationale: The ability to bind uniquely to active sites or specific conformations allows researchers to lock, map, and analyze structural interactions seamlessly.

Trusted by Researchers Worldwide

500+

Successful Projects

30+

Countries Covered

Global

Universities & Biotech Companies

Request a Quote

Free consultation. 24h response. Confidential handling.

Due to email system restrictions on the recipient side, there may be instances where our reply messages cannot be delivered successfully. Therefore, we recommend that you directly correspond to our dedicated email address: peptide@qyaobio.com




    FAQ

    Timeline?
    Typically 8–12 weeks depending on project complexity.
    Species?
    Mouse, Rabbit, Rat supported.
    Validation?
    ELISA, WB, IHC available.
    Scale?
    From research to large-scale production.
    Call Us

    +86(021)-50795728
    +86(027)-60707970