Our purpose is to make actionable genetic information accessible to all. We are Veritas Genetics. We are here to remove the barriers to genetic testing so everyone can make the kinds of informed decisions that can lead to disease prevention and early detection. By sequencing genes of more people than ever before, we strive to generate the kind of data that will lead to better disease understanding, earlier detection and more effective therapies. And, by openly sharing our findings with the scientific community, we will improve our personal health as well as our healthcare globally.

Our purpose is to make actionable genetic information accessible to all. We are Veritas Genetics. We are here to remove the barriers to genetic testing so everyone can make the kinds of informed decisions that can lead to disease prevention and early detection. By sequencing genes of more people than ever before, we strive to generate the kind of data that will lead to better disease understanding, earlier detection and more effective therapies. And, by openly sharing our findings with the scientific community, we will improve our personal health as well as our healthcare globally.

Genetesis is a privately held medical technology company oriented towards the development of efficient and non-invasive cardiac current density mapping. Our technology utilizes the body’s weak magnetic fields to reconstruct, computationally, areas of high and low electrical conductivity in the heart. Our software, the Genetesis CardioFlux Mapping System, is able to characterize deep sources of current that are consistently missed by the EKG, and does so with the utmost accuracy and predictiveness.

Genetesis is a privately held medical technology company oriented towards the development of efficient and non-invasive cardiac current density mapping. Our technology utilizes the body’s weak magnetic fields to reconstruct, computationally, areas of high and low electrical conductivity in the heart. Our software, the Genetesis CardioFlux Mapping System, is able to characterize deep sources of current that are consistently missed by the EKG, and does so with the utmost accuracy and predictiveness.