Site Saturation Variant Libraries

Order Libraries and Get Special Pricing for Clonal Genes!

Unleash the full power of a well-designed library. With Twist Bioscience, you are assured that the library you design contains the specific modifications, exactly where you want them, saving you valuable resources for the downstream screening process.

From now until 30 September, enjoy bundled savings of up to 50% off on subsequent clonal genes order when you purchase Twist SSVL. Take advantage of this limited time offer! Contact us by filling out the form below now to maximise your budget on both SSVL & Clonal Genes.

Generate 99% of desired variants with Twist's Site Saturation Variant Libraries

Protein engineering screens using single site variant libraries allow researchers to explore a protein’s sequence space and investigate the relationship between sequence and protein structure and function.

Twist's Site Saturation Variant Library construction leverages massively parallel oligonucleotide synthesis using Twist's proprietary silicon-based DNA synthesis platform. Twist libraries are NGS-verified to confirm that all desired variants are present in the correct ratios.

Exclusive offer just for you!

For now until 30 September, we are offering 50% off subsequent clonal genes order of up to an order value of the original SSVL purchase. 

Twist SSVL Promotion is for a limited Time Only. Act now to take advantage of this offer. Simply leave your contact information and we will get back to you soon.

Terms and Conditions

1. You must submit your contact information in the form to be entitled for the promotion
2. 50% discount off list price for clonal genes is valid for a single order only, limited to 1 redemption per order
3. Clonal genes discount will be of equal or lower value of the SSVL purchase order
4. Promotion is only valid in APAC excluding China and Japan
5. Promotion is only valid until 30 September 2021

Learn more about how Twist Single Site Variant Libraries (SSVL) enable the interrogation of sequence space to identify key residues in protein structure and function.