Truckee Applied Genomics


Truckee Applied Genomics develops patented reagents to improve molecular tests of tissues and pathogens, supporting industry standard pathology protocols and high throughput lab systems. Their innovative reagents enhance molecular diagnostics, including next-generation sequencing, RT-PCR, immunoassays, liquid biopsies, and spatial genomics, with a focus on safety, accuracy, and efficiency.

Industries

biotechnology
lifestyle
medical-device
pharmaceutical

Nr. of Employees

small (1-50)

Truckee Applied Genomics

Reno, Nevada, United States, North America


Products

Flexible liquid biopsy blood collection tube (10 mL RUO)

A blood collection tube chemistry designed to stabilize cfDNA, cfRNA, total RNA, gDNA, intact cells, and proteins in a single tube; enables room-temperature storage and transport and is compatible with vacuum manifolds and bead-based extraction.

Non-crosslinking tissue fixative (formalin replacement)

A tissue fixative formulated to replace formalin for tumor tissue fixation; non-toxic, does not crosslink proteins, and is designed to improve DNA/RNA/protein quality while preserving morphology for histology and molecular tests.

Pathogen transport media with inactivation and RNA stabilization

Transport media formulated for nasopharyngeal, oropharyngeal, and saliva specimens that rapidly inactivates viruses, inhibits microbial contamination, and preserves RNA and proteins at room temperature for extended periods; also offered in a non-inactivating virus-culturing formulation.


Services

Reagent development and formulation for molecular diagnostics

Development of proprietary sample storage and transport chemistries intended to optimize molecular assays across sample types and applications.

Sample supply and RUO product distribution

Provision of research-use-only collection devices and transport reagents, including sample requests and high-volume fulfillment for manufacturers and labs.

Expertise Areas

  • Sample preservation for molecular diagnostics
  • Liquid biopsy collection and stabilization
  • Tissue fixation chemistry for molecular assays
  • Pathogen transport media and inactivation
  • Show More (3)

Key Technologies

  • Room-temperature nucleic acid stabilization chemistry
  • Non-crosslinking tissue fixation chemistry
  • Pathogen-inactivating transport media
  • Liquid biopsy blood collection tube design
  • Show More (3)

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