Accelerating Molecular Innovation

Amplera develops molecular detection technologies for next-generation diagnostics—from CRISPR and isothermal amplification to multiplex real-time PCR and computational assay design. We bring these technologies into partner programs, aligned to your timeline, documentation, and product goals.

0-plex

Real-time PCR panel validated and transferred to a commercial partner

<0 copies

Per-reaction limit of detection demonstrated in multiplex

0–0 weeks

Typical timeline for an analytical validation program

Your IP

Foreground IP generated through your program remains yours.

Who we are

We develop the technology. Then we develop it with you.

You are not buying a set of experimental steps. You are building on deep molecular expertise.

Our scientist-led team is supported by advisors across CRISPR, bioinformatics, regulatory strategy, and clinical validation, with one named scientific lead accountable for every program.

CRISPR and isothermal detection chemistry
Specialization

CRISPR & Isothermal

Expertise in advanced molecular detection chemistries for faster, simpler, and accessible diagnostics.

Amplera's scientific team working together
Accountability

One accountable team

Guiding your program from concept and assay development through validation and product transfer.

Your program, your intellectual property
Ownership

Your foreground IP stays yours

IP generated specifically through your program remains yours, with ownership defined clearly from the outset.

Two ways to work with Amplera

Build with us. Or build on what we develop.

Amplera works in two ways: developing molecular diagnostics for partners, and building our own diagnostic platforms.

Work with us

Development under contract.

From assay development to validation, regulatory documentation, and technology transfer, we build to your product requirements and timeline.

Your program. Your IP.

For diagnostics companies, manufacturers, pharma, public health programs, and organizations entering India.

See what we deliver
Our research

A portable CRISPR platform.

Development-stage technology; clinical performance is not yet established.

We are developing a single-workflow molecular test to identify priority bacterial pathogens and resistance genes from a single sample—without a thermal cycler or conventional laboratory infrastructure.

See the platform

Partner-funded work and Amplera-funded research remain clearly separated, with ownership defined from the outset.

How we work

Every stage has a clear objective, defined acceptance criteria, and a decision to move forward.

Five stages. Milestone-driven, with predefined QC acceptance criteria at every stage—so issues are identified early, not at the end.

Five-stage development flow: 01 Requirements — target product profile, settings, constraints. 02 Design and feasibility — in-silico design, chemistry selection, go/no-go. 03 Development — optimization by DoE, locked reaction conditions. 04 Validation — LOD, precision, specificity, interference. 05 Transfer and delivery — SOPs, bridging data, release criteria, training. Regulatory and quality run alongside, from stage 02 through delivery. Five-stage development flow: 01 Requirements — target product profile, settings, constraints. 02 Design and feasibility — in-silico design, chemistry selection, go/no-go. 03 Development — optimization by DoE, locked reaction conditions. 04 Validation — LOD, precision, specificity, interference. 05 Transfer and delivery — SOPs, bridging data, release criteria, training. Regulatory and quality run alongside, from stage 02 through delivery.

Regulatory and quality run alongside, from stage 02 through delivery.

Case study · Aquaculture health

Four pathogens. One reaction. One run.

Targets
0+IAC

Four pathogen targets plus internal amplification control.

Workflow
0run

One sample. One multiplex reaction.

Sensitivity
<0copies

Limit of detection below 10 copies per reaction.

Ownership
Client-owned

Foreground IP retained by the client.

A shrimp-health company needed to screen for multiple high-impact pathogens with overlapping clinical signs. We designed a probe-based four-target multiplex real-time PCR assay with an internal amplification control, optimized sample preparation across tissue, soil, and water matrices, and carried the assay through analytical validation.

Get started

Let’s build your assay.

Have a target, sample type, or diagnostic challenge? Tell us what you’re working on. We’ll respond within one business day with an initial feasibility assessment, a proposed development path, and an indicative timeline.

Looking to advance our CRISPR platform rather than start a development program? Talk to us about partnering

Your science stays confidential. We can work under your NDA or provide ours before any technical discussion.