Why SUPR-DSF Makes Sense in Stability Screening
- Cost – The SUPR-DSF uses cost-effective, commercially available 384-well qPCR plates and seals—no proprietary consumables required.
- Speed – Whether analysing a single sample or up to 384, SUPR-DSF minimizes hands-on time and delivers full datasets in just a short experiment.
- Integrity – SUPR-DSF captures full-spectrum fluorescence across the entire temperature range of the instrument, providing superior data integrity and enabling precise analysis even at therapeutic protein concentrations.
- Connectivity - SUPR-DSF integrates seamlessly with standard laboratory equipment. Standard SLAS microplates can be used with hand-held or automated pipettors, washers, shakers, plate sealers and centrifuges for automated end-to-end sample handling.
Learn the true meaning of “Less is More”. Fewer complications, lower acquisition costs, low running costs, and reduced manual labour lead to more results with higher data quality.
Being great at one thing beats trying to juggle it all — SUPR-DSF is the master of conformational stability
SUPR-DSF reigns supreme in stability analysis
|
Feature |
SUPR-DSF |
Competitor 1 |
Competitor 2 |
|
No Proprietary Consumables |
✔ |
✘ |
✘ |
|
Sample Analysis Capacity |
✔ (384 samples) |
✘(up to 48 samples) |
✘ (96 samples) |
|
Full-Spectrum Capability |
✔ (310-420 nm) |
✘ (330/350 nm only) |
✔ (250-750 nm) |
|
Low Consumable Cost |
✔ |
✘ |
✘ |
|
Compatible with Automation |
✔ |
✘ |
? |
|
Software Licensing |
✘ (unlimited use) |
✔ (fee per seat) |
✔ (one per instrument) |
How much time and money do you spend on your Protein Stability Analysis?
Use our calculator to find out!
Just enter how many samples you run, how many replicates you need, and how much you pay for your consumables in US dollars and Voila!
Real-world examples of more performance
Easily determine higher stability molecules with the same data quality
Get data from therapeutic concentrations without needing additional features
Best performance compared to more traditional techniques
When you need to scale up, SUPR-DSF can handle it
Rapidly scan discovery programs to identify and classify binders.
Highest data quality – SUPR-DSF delivers the most accurate data from the smallest sample sizes. Works over a broad range of temperatures and concentrations to give the most reliable data – even compared to more traditional techniques.
Testimonials
Ellen Carrick
Ellen Carrick, a PhD student at the University of Bristol's Department of Physics, focuses on the study of soft matter, particularly the structural and colloidal stability of proteins. Her research has broad biological implications, including understanding cellular organization and disease pathways such as Alzheimer's.