The CRISPR-based detection platform

Our revolutionary method for molecular diagnostics, enabling limitless testing possibilities.

  • Performance

    Results that providers and patients can trust

  • Speed

    Integrates into provider workflows

  • Cost

    Low COGS enables broad patient access

  • Robustness

    Works under a wide range of assay conditions

  • Versatility

    Adaptable to a variety of molecular targets, multiplexing formats, and legacy systems

DETECTR® Platform

A search engine for biology.

DETECTR® searches for the presence of specific nucleic acids in a sample that are indicative of disease, providing actionable clinical information.

Our proprietary testing system works by employing CRISPR nucleases, programmed to find a defined gene sequence. Upon finding the sequence of interest, the nuclease activates a cleavage capability, which generates a signal. The signal confirms the sequence has been found.

At Mammoth we’re bringing CRISPR out of the lab and into everyday life.


Our DETECTR® platform
fuels multifaceted portfolio expansion

More accessible formats

to lower complexity instruments, instrument-free testing

New products

with new targets, panels, applications, disease areas

Existing product improvements

by boosting performance metrics to enable lifecycle management

Greater access to disease detection in a variety of locations.

Affordable and timely molecular detection is needed in hospitals, point of care settings, and homes. Our DETECTR® platform can be integrated into different products by ourselves or our partners with an expansive test menu.

Diagnostic Applications

  • Single Nucleotide Polymorphisms (SNP)

  • Bacterial Infections

  • Cancer Screening and Profiling

  • Antimicrobial Resistance

  • Viral Infections


Let’s work together

Mammoth is committed to advancing science internally and through collaborations in the service of its mission to discover, develop and commercialize drugs to improve the lives of patients. Please get in touch with us below if you would like to join us on our journey.

Contact Us

Contact Us