← What We Do

INTEGRATED CHEMISTRY & BIOTECHNOLOGY

When Biology Builds It, Chemistry Finishes It.

Not every molecule is best produced entirely through chemistry—or entirely through biology. For complex molecules, the most effective approach may combine both.

A FLEXIBLE DEVELOPMENT PLATFORM

Two disciplines.
Both directions.

New Horizons Biotech integrates chemical synthesis and biotechnology into a single development platform. Some molecules suit microbial fermentation; others are more efficiently produced through traditional organic synthesis.

A biological system can produce a complex natural intermediate for subsequent chemical modification. Conversely, chemical synthesis can supply a precursor that is transformed through an engineered biological pathway.

Conceptual integrated-route illustration

POSSIBLE INTEGRATED ROUTES

A shared output.
Different starting points.

BIOLOGYBiologically produced intermediate
CHEMISTRYChemical modification
OUTPUTTarget molecule
CHEMISTRYChemically produced precursor
BIOLOGYBiological transformation
OUTPUTTarget molecule
Conceptual process illustration. These are possible routes, not a validated New Horizons Biotech manufacturing workflow; suitability depends on the molecule and project.

Let the molecule
inform the route.

Route selection considers the chemistry, biological complexity, and practical requirements of production. Together, these factors inform the most appropriate development strategy.

  • Molecular structure
  • Precursor availability
  • Biosynthetic pathway complexity
  • Reaction efficiency
  • Product yield
  • Purification requirements
  • Scalability
  • Cost of production

THE NEXT CONVERSATION

New possibilities start
with a conversation.

Talk with our team about your target molecule, production-route development, or a potential collaboration.

Discuss a Project