KOREAN
Epitope Mapping
Epitope Mapping
What is EPITOPE MAPPING?
Epitope mapping refers to identifying the binding site (epitope) of an antibody to a target antigen.
Epitope mapping is an essential element in the development of monoclonal antibodies (mAb) for
diagnosis and treatment. It provides information on the specific amino acid sequence to which an antibody binds.
GENE ON BIOTECH provides the world’s best
Epitopemapping service based on
‘Antigen-Customized Peptidearray’.
EPITOPE MAPPING WITH 180,000 PEPTIDE ARRAY
Gene On Biotech uses 180,000 peptides in one peptide array.
This provides more accurate and broader research results.
This is a distinguished feature in comparison to other companies that uses 5,500 – 20,000 peptides,
Our Epitope mapping service can provide distingushable data that can indentify information that may not be visible from other services.
In general, other peptide array shows implementation only on linear forms,
It was difficult to see the binding the antibodies on conformational epitopes.
However,
You can check antigens with discontinuous epitopes
because it shows tertiary structure as shown below.
Overview of EPITOPE MAPPING Research services
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WORLD-BEST PEPTIDE ARRAY
Gene On Peptide Array: more than 180,000 peptides of more than 15-Amino acids
GENE ON BIOTECH provides world-class peptidearray research services.
Features and Benefits of
Epitope Mapping Service
Customized Antigen
It is difficult to clearly identify Epitopes with
random peptides. We manufacture customized
peptide arrays with sequences of target antigens.
All Cases Included
All the possible numbers of Peptide Epitopes that
an Antigen can have are included.
It includes linear form of numbers in all cases.
180,000 Spots
The manufactured Microarray contains all
mathematically possible Peptide Epitopes and
can be planted up to 180,000 spots.
Research/Analysis Services
You can receive raw data and research results.
Through GENE ON BIOTECH’s Epitope Mapping research analysis services.
step 1
Research Planning
step 2
Peptide Synthesis & Manufacturing Microarray Manufacturing
step 3
Performing the Experiment
step 4
Sending Research Reports & Raw Data
