ADCC-enhanced cell line development services leveraging a proprietary CHOK1-ADCC+ host cell system, designed to produce afucosylated monoclonal antibodies with enhanced immune activity.
Overview
Workflow
Case Study
Related Services
FAQs
From DNA to ADCC-Enhanced Stable Clone
Designed for ADCC Enhancement
FUT8 knockout CHO host enables consistent afucosylation
Improved FcγIIIa binding and effector function
Rapid Timelines
Gene → mixed pools: 9–10 weeks
Gene → top 6 clones: 12 weeks
Gene → top 1 clone: 16 weeks
High Productivity
mAb: 6-10 g/L
Symmetric bsAb: 7-8 g/L
Asymmetric bsAb: 4.5-7 g/L
Comprehensive Analytical Evaluation
LC-MS
HPLC
Affinity to Fcγ Receptor (CD16a)
Reporter gene assay
PBMC-based ADCC assay
ADCC Enhanced Cell Lines, Built for the Clinic
01
Stable Cell Pools
02
Single Cell Cloning
03
Stability Studies
Cell Pool Development
9-10 weeks
4 mix pools
Late discovery stage (human/humanized candidates)
Identify process risks early
CMC-aligned host & vector system
Cell Line Development
12 weeks
6 PCBs
Preclinical CMC development
CHOK1-ADCC+ for afucosylated antibodies
IND compliant
Clone Evaluation
16 weeks
Top 1 clone
60-generation stability
Higher expression vs. pool/transient
Full ADCC bioassays
Case Study
Enhancing Antibody Potency: Improved ADCC Activity with CHOK1-ADCC+ Cell Line System.
Resources
HAND
BOOK
Cell Line Development Solutions for Biomanufacturing
Break through to next level of productivity with our integrated solutions.
WHITE
PAPER
Optimized Cell Line Development
Strategies for Bispecific Antibody Manufacturing.
HAND
BOOK
How to Design and Evaluate Bispecific Antibodies (BsAbs)?
Develop bsAbs discovery strategies based on structure.
POSTER
CHOK1-ADCC+
High-Performance Host Cell System for ADCC Biotherapeutics.