One lab, three paths to faster outcomes

1

LABORATORY AUTOMATION | ANALYTICAL TOOLS | DIGITAL SOLUTIONS

Raw material QC

Oligonucleotide synthesis requires stringent raw material quality control throughout development and cGMP scale-up.

Learn More

2

DIGITAL SOLUTIONS

Sequence Design

Design sequences in silico using predictive software, taking care to minimize self-annealing or off-target effects.

Learn More

3

DIGITAL SOLUTIONS

Oligo Synthesis

Determine your approach: insourcing, outsourcing or a hybrid. Insourcing oligonucleotide synthesis will require scalability in your process, while vendor selection is key for outsourcing.

Learn More

4

LABORATORY AUTOMATION | ANALYTICAL TOOLS | DIGITAL SOLUTIONS

QC and Characterization

Analyze products for the most desirable qualities, such as structure, purity and atomic mass.

Learn More

5

LABORATORY AUTOMATION | ANALYTICAL TOOLS | DIGITAL SOLUTIONS

Activity Testing

Develop assays with bioindicator cell lines to assess oligonucleotide binding efficacy and activity. Select the best candidates to move forward with.

Learn More

6

ANALYTICAL TOOLS | DIGITAL SOLUTIONS

Purification/Filtration

Purify oligonucleotides from synthesis solutions and chaperones without compromising product quality or integrity.

Learn More

7

LABORATORY AUTOMATION | ANALYTICAL TOOLS | DIGITAL SOLUTIONS

Formulation

Create stable formulations of ASOs for further analysis using a combination of in vivo and in vitro testing. Use validated analytical methods to create an effective drug product.

Learn More

8

LABORATORY AUTOMATION | ANALYTICAL TOOLS | DIGITAL SOLUTIONS

Tech Transfer to GMP

Scale methods established in development to production volumes or outsource to enterprise operations using cGMP-grade raw materials and reagents.

Learn More