SBIR grant

The de novo directional genomic hybridization technology is designed to enable the measurement of simple, complex, and heterogenous structural variants.

The Phase 2 grant is for work the company is doing to analyze the proteomic responses of immune cells in patients with Alzheimer's and related conditions.

The funding supports development of a low-cost platform for detection of antimicrobial resistance elements in complex microbial communities. 

The company will test a peptide array approach that it believes can identify MSI-high, immunotherapy-responsive individuals more cheaply and easily than existing tests.

The grant will fund development of methods using the company's IsoLight system to study protein signaling pathways in single tumor cells.

The company's SpliceCore platform maps patient RNA sequencing data to a collection of over 5 million alternative splicing errors to pinpoint ones that cause disease.

The single-cell genomics firm will collaborate with Fred Hutchinson Cancer Research Center on a targeted sequencing panel for MRD monitoring in AML.

Acquired epilepsy is a form of the neurological disorder that results from other conditions such as stroke, infections, and traumatic brain injury.

The company aims to repurpose drugs by translating the mechanisms that allow hibernating animals to withstand the stresses of extended sleep.

The award will fund optimization of the Hemopurifier exosome isolator, with an eye towards developing applications in cancer research and clinical care.