Applicable protein formats
Supports IgG, VHH, and scFv with a hydrophobic core and aromatic amino acids; specific molecular formats and sample requirements are confirmed at project kickoff.
¥660 / sequence
12–14 days
Combined with characterization, this service covers antibody expression, purification, alphaLISA detection, and thermostability testing, so thermostability can be compared across antibody sequences.
Supports IgG, VHH, and scFv with a hydrophobic core and aromatic amino acids; specific molecular formats and sample requirements are confirmed at project kickoff.
Use nanoDSF across a wide temperature range to resolve protein unfolding.
Compare thermostability differences across antibody sequences.
Complete expression, purification, and QC before thermostability assays.
Day 0
Submit candidate antibody sequences.
Day 1–6
Design and order DNA constructs for the corresponding variants.
Day 7–9
Complete protein expression, purification, and QC.
Day 10–12
Run the alphaLISA experiment and the nanoDSF assay, and collect the data.
Day 13–14
Review results and deliver a structured data package.
Thermal unfolding curves as temperature increases.
Melting temperatures calculated from unfolding curves.
Clearly compare thermostability differences across antibody sequences.
Also use alphaLISA to assess how antibodies bind the target protein.
Expression and purification results corresponding to the binding data.
Configure project parameters and view a reference quote instantly.
Choose how many sequences to assay. The unit price follows the volume band.
Standard delivery12–14 days
Theoretical minimum 1 × 96-well plates / target
Combined with characterization, this service covers antibody expression, purification, alphaLISA detection, and thermostability testing, so thermostability can be compared across antibody sequences.
Start configuring