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Antibody Engineering & Conjugation Services

Custom antibody engineering and conjugation services for research, assay development, diagnostics, imaging, and targeted delivery workflows. Support includes fluorescent labeling, enzyme labeling, biotin conjugation, nanoparticle conjugation, oligonucleotide conjugation, drug conjugation, small molecule / ligand conjugation, liposome conjugation, polymer conjugation, fragmentation, and surface immobilization.

Overview

Antibody engineering and conjugation covers a broad set of services used to modify antibodies for more specialized analytical, imaging, diagnostic, and delivery applications. These workflows can improve detection, add molecular payloads, adapt antibodies to surfaces or platforms, and generate structural variants better suited to specific downstream uses.

Antibody engineering and conjugation including fluorescent labeling, oligonucleotide conjugation, nanoparticle conjugation, liposome conjugation, and antibody-drug conjugation

Bio-Synthesis supports a range of antibody-focused engineering workflows, from classic labeling and biotinylation to advanced conjugation strategies involving nanoparticles, oligonucleotides, liposomes, polymers, drugs, and small molecules. Additional engineering services such as fragmentation and surface immobilization help extend antibody utility across assay development, biosensing, molecular targeting, and platform integration.

Fluorescent & Enzyme labeling Biotin & Oligo conjugation Nanoparticle & Liposome conjugation ADC & Small molecule conjugation Polymer conjugation Fragmentation
Built around your application: The right antibody engineering strategy depends on whether your goal is detection, quantitation, capture, delivery, targeting, or platform attachment. We help align the modification approach to the intended use and downstream performance requirements.

Functions

Detect to deliver

Support for signal generation, capture, targeting, and payload attachment

Formats

Broad modification range

Labeling, conjugation, structural modification, and surface attachment workflows

Applications

Research to diagnostics

Useful across imaging, immunoassays, biosensors, targeted delivery, and analytical studies

Approach

Project-specific design

Modification strategy aligned to antibody format, chemistry, and downstream use

Core Capabilities

Fluorescent Labeling

Imaging Fluorescence

Attach fluorescent tags to antibodies for microscopy, imaging, flow cytometry, and fluorescence-based analytical workflows.

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Secondary Detection Probes

Signal amplification Secondary detection

Prepare labeled secondary antibodies or detection probes to enhance signal intensity and enable flexible detection strategies across immunofluorescence, ELISA, Western blot, and other antibody-based assays.

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Enzyme Labeling

ELISA Immunodetection

Prepare enzyme-labeled antibodies for ELISA, Western blot, immunodetection, and related colorimetric or chemiluminescent assays.

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Biotin Conjugation

Capture Streptavidin

Generate biotinylated antibodies for streptavidin-based capture, detection, and amplification systems.

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Nanoparticle Conjugation

Diagnostics Biosensing

Conjugate antibodies to nanoparticles for biosensing, diagnostic platforms, imaging, and point-of-care assay formats.

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Oligonucleotide Conjugation

Barcoding Hybrid detection

Link antibodies to oligonucleotides for molecular barcoding, hybrid detection workflows, and specialized analytical platforms.

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Drug Conjugation (ADC)

Payload delivery Targeting

Support antibody-drug conjugation strategies for targeted payload delivery and advanced therapeutic or translational workflows.

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Small Molecule / Ligand Conjugation

Functional studies Targeting

Attach small molecules or ligands to antibodies for targeting, detection enhancement, or tailored functional studies.

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Liposome Conjugation

Carrier systems Delivery

Couple antibodies to liposomal systems for targeted delivery, formulation development, and specialized carrier-based applications.

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Polymer Conjugation

PEG-like systems Stability

Conjugate antibodies to polymers to support stability, solubility, or delivery-related objectives.

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Fragmentation

Fab F(ab')2

Generate antibody fragments such as Fab or F(ab')2 for applications requiring reduced size, altered Fc behavior, or different binding presentation.

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Surface Immobilization

Biosensors Capture assays

Immobilize antibodies on solid supports or assay surfaces for capture assays, biosensors, affinity systems, and diagnostic platforms.

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Typical Applications

Imaging & Fluorescence Workflows

Use labeled antibodies in microscopy, cellular imaging, and fluorescence-based detection systems.

Immunoassays & Diagnostics

Prepare engineered antibodies for ELISA, lateral flow, Western blot, capture assays, and diagnostic platform development.

Biosensors & Surface-Based Platforms

Immobilized or conjugated antibodies used in analytical devices, affinity matrices, and biosensing systems.

Molecular Barcoding & Hybrid Detection

Oligonucleotide-linked antibodies for specialized readout systems and multiplex-style analytical workflows.

Targeted Delivery & Payload Attachment

Drug, liposome, polymer, and nanoparticle conjugation strategies for targeting and delivery-oriented projects.

Fragment-Based Studies

Antibody fragment generation for reduced steric hindrance, altered Fc behavior, and specialized binding applications.

Typical Project Workflow

1. Project Review

Define the antibody format, intended application, desired modification type, and key performance expectations.

2. Engineering Strategy

Select the most suitable labeling, conjugation, fragmentation, or immobilization approach based on chemistry and downstream use.

3. Modification & QC

Perform the engineering workflow and review the resulting conjugate or modified antibody according to project scope.

4. Reporting & Delivery

Provide the engineered antibody material and supporting project information for downstream testing or integration.

Typical Deliverables

Engineered Antibody Material

  • Labeled, conjugated, fragmented, or immobilized antibody prepared according to project scope
  • Material intended for downstream assay, imaging, targeting, or platform integration use

Project Documentation

  • Summary of engineering approach and project-specific workflow details
  • Applicable QC or characterization outputs depending on service scope

FAQ

What is antibody engineering and conjugation?
It is the modification of antibodies to add labels, attach functional payloads, create fragments, or adapt antibodies to surfaces and assay platforms.
What types of antibody labeling do you support?
Common labeling services include fluorescent labeling, enzyme labeling, and biotin conjugation depending on the intended use.
Which conjugation types are included?
Conjugation services may include nanoparticle, oligonucleotide, drug, small molecule or ligand, liposome, and polymer conjugation.
Is antibody fragmentation part of antibody engineering?
Yes. Fragmentation is a structural antibody modification commonly used to generate Fab or F(ab')2 formats for specialized applications.
What is surface immobilization used for?
Surface immobilization is used to attach antibodies to solid supports for biosensors, immunoassays, affinity capture systems, and diagnostic platforms.
How do I choose the right conjugation strategy?
The best strategy depends on the antibody format, intended function, payload type, surface chemistry, and downstream performance requirements.

Contact & Quote Request

For the fastest quote, include the antibody type, target application, desired conjugation or modification, payload or label preference if known, sample quantity, and any key downstream assay or platform requirements.

Helpful details to include

  • Antibody species, class, or format if known
  • Need for fluorescent, enzyme, biotin, oligo, drug, polymer, liposome, or nanoparticle conjugation
  • Need for fragmentation or immobilization
  • Intended imaging, assay, diagnostic, targeting, or delivery application

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Why Choose Bio-Synthesis

Trusted by biotech leaders worldwide for over 45+ years of delivering high quality, fast and scalable synthetic biology solutions.