Computational
Biology

Accelerated Strain
Optimization

Fermentation
(Upstream
Processing)

Chemical
Development
(Downstream
Processing)

Accelerated Strain Optimization

Our Strain Engineering team is the foundation of our technology platform. They use advanced tools like CRISPR to precisely and quickly edit the genes, pathways, and even entire genomes needed to produce the desired target ingredients. Every week, they build and screen thousands of enzymes and strains using high throughput methods, resulting in large and complex data sets that are skillfully analyzed to lead us toward our goals. Working with the We use the latest DNA sequencing and synthesis technology to generate strains and data quickly with accuracy and quality.

Accelerated Strain Optimization222

Our Strain Engineering team is the foundation of our technology platform. They use advanced tools like CRISPR to precisely and quickly edit the genes, pathways, and even entire genomes needed to produce the desired target ingredients. Every week, they build and screen thousands of enzymes and strains using high throughput methods, resulting in large and complex data sets that are skillfully analyzed to lead us toward our goals. Working with the We use the latest DNA sequencing and synthesis technology to generate strains and data quickly with accuracy and quality.

Accelerated Strain Optimization333

Our Strain Engineering team is the foundation of our technology platform. They use advanced tools like CRISPR to precisely and quickly edit the genes, pathways, and even entire genomes needed to produce the desired target ingredients. Every week, they build and screen thousands of enzymes and strains using high throughput methods, resulting in large and complex data sets that are skillfully analyzed to lead us toward our goals. Working with the We use the latest DNA sequencing and synthesis technology to generate strains and data quickly with accuracy and quality.

Accelerated Strain Optimization4444

Our Strain Engineering team is the foundation of our technology platform. They use advanced tools like CRISPR to precisely and quickly edit the genes, pathways, and even entire genomes needed to produce the desired target ingredients. Every week, they build and screen thousands of enzymes and strains using high throughput methods, resulting in large and complex data sets that are skillfully analyzed to lead us toward our goals. Working with the We use the latest DNA sequencing and synthesis technology to generate strains and data quickly with accuracy and quality.

Mountain View, CA

Focused on identifying and deploying additional genetic elements and solutions to further enhance production of our yeast strains and processes. This state-of-the-art R&D facility includes high-throughput molecular biology and screening technologies, high-end analytical instrumentation and fermentation capabilities along with systems to rapidly evaluate high volumes of data and results.