NinthBio

NinthBio

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Private Company

Total funding raised: $4.5M

Overview

NinthBio is a private, early-stage biotech tools company founded in 2018, offering a software-driven platform for cost-effective, in-house DNA library synthesis. Its Homology Path technology uses an aggressive oligo recycling algorithm to design DNA assembly from a minimal set of oligos, reportedly saving customers up to 90% in costs and reducing turnaround from weeks to days. The company operates a SaaS-like business model with tiered access plans, targeting DNA service providers and protein engineering labs seeking to internalize and accelerate their variant generation workflows.

Genetics & Genomics

Technology Platform

Homology Path: A proprietary bioinformatics software platform that designs DNA variant libraries for synthesis by identifying shared sequence scaffolds to minimize the number of required oligonucleotides, enabling cost-effective, in-house PCR assembly.

Funding History

1
Total raised:$4.5M
Seed$4.5M

Opportunities

The growing demand for synthetic DNA in protein and antibody engineering creates a large market for cost-reduction tools.
The trend towards lab automation and digitization provides an opportunity for seamless integration of NinthBio's software into modern, high-throughput workflows.

Risk Factors

Market adoption may be slow due to workflow inertia and the need for labs to bring DNA assembly in-house.
The company faces competition from large DNA synthesis service providers who could develop similar design tools or lower prices, and its success is heavily reliant on the continuous superiority of its core algorithm.

Competitive Landscape

NinthBio competes indirectly with large DNA synthesis service providers (e.g., Twist Bioscience, GenScript, IDT) by offering a tool to bypass their library synthesis services. Direct competitors could include other bioinformatics software companies offering DNA library design tools. Its key differentiation is a specific, aggressive focus on oligo recycling for variant libraries, promising superior cost savings.