                                                                                        
    TCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGA        
   TCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGA     
     ATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATC    
                                                                               GATCGA   
                                                                                TCGAT   
    CGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGA      GATC   
    GAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCGAUCG    ATCG   
                                                                       GAUCGAU   TCGA   
                                                                         CGAUC   CGAT   
                                                                          AUCG   GATC   
    GAUC                  UCGAU    CGAUCGAUCGAUCGAUCGAUC         AUCG     UCGA   ATCG   
    ATCGAT                CGATC    GATCGATCGATCGATCGATCGAT       TCGA     CGAU   TCGA   
    UCGAUCG               GAUCG    AUCG              CGAUCG      CGAU     GAUC   CGAT   
    CGATCGATC             ATCGA    TCGA                TCGAT     GATC     AUCG   GATC   
    GAUCGAUCGA            UCGAU    CGAU                CGAUC     AUCG     UCGA   ATCG   
    ATCG  CGATCG          CGATC    GATC                GATCG     TCGA     CGAU   TCGA   
    UCGA   AUCGAU         GAUCG    AUCG              CGAUCG      CGAU     GAUC   CGAT   
    CGAT     GATCGA       ATCGA    TCGATCGATCGATCGATCGATCG       GATC     AUCG   GATC   
    GAUC      UCGAUC      UCGAU    CGAUCGAUCGAUCGAUCGAUCGA       AUCG     UCGA   ATCG   
    ATCG        ATCGA     CGATC    GATCG            ATCGATC      TCGA     CGAU   TCGA   
    UCGA         CGAUCG   GAUCG    AUCG                AUCGA     CGAU     GAUC   CGAT   
    CGAT          ATCGAT  ATCGA    TCGA                 CGATC    GATC     AUCG   GATC   
    GAUC            GAUCGAUCGAU    CGAU                 GAUCG    AUCG     UCGA   ATCG   
    ATCG             TCGATCGATC    GATC                 ATCG     TCGA     CGAU   TC     
    UCGA               AUCGAUCG    AUCG               GAUCGA     CGAU     GAUC          
    CGAT                CGATCGA    TCGATCGATCGATCGATCGATCGA      GATC     AUCG          
    GAUC                  UCGAU    CGAUCGAUCGAUCGAUCGAUC         AUCG     UC

NiagaraBio

Putting molecular
sovereignty
in your hands:

We’re engineering customizable molecular detection kits at the speed of AI.

MULTIPLEX MOLECULAR DETECTION · POINT-OF-NEED TESTING · CRISPR DIAGNOSTICS

~/tick

A first application close to home.

TICK-BORNE PATHOGEN TESTING

Lyme disease is a growing threat as blacklegged ticks expand into new regions. We’re developing a rapid, point-of-care test for Borrelia burgdorferi, the primary cause of Lyme disease in the U.S. The kit tests removed ticks on site, without mailing specimens to a laboratory. Our goal is to empower outdoor lovers to have informed conversations with their doctors about exposure and symptoms, while supporting antibiotic stewardship through appropriate antibiotic use guided by clinical assessment.

~/team

The team

Protein engineering. Computational design. Physical hardware.
Three disciplines working toward a test people can use.

[ BIOCHEMISTRY ]

Gabriel Schuler, PhD

CEO & Co-Founder

[ COMPUTATION ]

Timothy Schuler

Co-Founder

[ HARDWARE ]

Andrew Zobel

Co-Founder

~/location

A proud Buffalo tradition.

Buffalo Niagara has a long tradition of turning scientific ambition into practical progress. We’re proud to build NiagaraBio here.

1895–1896 · POWER
Harnessing Niagara Falls

The Adams hydroelectric power plant opened in 1895 and began supplying electricity to Buffalo in 1896, helping power a new era of American industry.
1898 · DISCOVERY
A first in cancer research

Founded in Buffalo in 1898, Roswell Park became the world’s first institution devoted exclusively to cancer research.
1901 · POSSIBILITY
A world’s fair, illuminated

Buffalo’s 1901 Pan-American Exposition showcased emerging technologies, including X-ray imaging and electric lighting powered by Niagara Falls.
1960 · MEDICAL INNOVATION
A breakthrough in cardiac pacing

In 1960, Buffalo researchers designed and tested the first commercially produced implantable pacemaker. In 1972, Buffalo VA helped evaluate nuclear-powered pacemakers.
1997 · GENOMICS
Buffalo’s place in the human genome

Buffalo volunteers supplied much of the DNA used for the original human genome sequence. Roswell Park researchers prepared that DNA for sequencing, contributing to a global scientific effort.