Senior Software Engineer

Natera named Healthcare Technology Company of the Year. Published. March 17, 2026 At this year's NYC Awards Night, The Healthcare Technology Repo had the privilege of recognizing several exceptional companies driving innovation across healthcare technology. Congratulations to Natera on being named Healthcare Technology Company of the Year. Natera is a global leader in cell-free DNA (cfDNA) testing, advancing precision medicine across oncology, women's health, and organ health. Through its proprietary molecular and bioinformatics technologies, the company enables highly sensitive, non-invasive genetic testing designed to help clinicians detect disease earlier. From tumor-informed cancer monitoring to prenatal genetic screening and transplant assessment technologies, Natera continues to expand what's possible in molecular diagnostics - supporting more informed care decisions and better outcomes for patients and families. Representing the company at the event, Oded Wohl, Vice President of Product Management, accepted the award on behalf of the Natera team., Oded shared: "One of our core values at Natera is 'a patient behind every sample.' This carries great weight, as we all know that each sample processed in our lab represents an individual or family seeking answers for their care. We take this very seriously. We accept this award on their behalf, along with the more than 6,000 employees at Natera who are deeply committed to the same mission." Please join The Healthcare Technology Repo in congratulating the Natera team on this well-deserved recognition. Picture: Oded Wohl speaks at NYC Awards Night The Healthcare Technology Report is your comprehensive source for business news, investment activity and corporate actions related to the healthcare technology industry.

Natera launches Zenith Genomics for rare disease in US healthcare. In a strategic move that promises to reshape rare disease diagnostics, Natera, Inc., has officially launched Zenith Genomics, a next-generation, whole-genome sequencing testing platform designed to accelerate the identification and understanding of rare genetic conditions in patients across the United States. By The Insight Partners In a strategic move that promises to reshape rare disease diagnostics, Natera, Inc. has officially launched Zenith Genomics, a next?generation, whole-genome sequencing testing platform designed to accelerate the identification and understanding of rare genetic conditions in patients across the United States. Headquartered in Austin, Texas, Natera is a seasoned leader in genetic and cell?free DNA testing with a global reputation for advanced precision medicine solutions. With this latest innovation, Zenith Genomics is positioned to shorten the often lengthy and emotionally taxing diagnostic journeys that millions of rare disease patients and their families endure. The new Zenith genomics offering leverages comprehensive whole genome sequencing technology, which is widely regarded as one of the most effective tools for detecting rare and ultra?rare genetic disorders. This solution enhances clinicians' ability to pinpoint complex genomic features that are typically difficult to identify with conventional genetic tests. At the heart of Zenith Genomics is its ability to detect structural variations such as tandem repeat expansions, mitochondrial variants, and other intricate genomic markers. As a result, clinicians can achieve a much higher diagnostic resolution, enabling timely clinical decisions and tailored disease management, company officials said. This launch comes as rare diseases continue to pose a significant medical challenge in the United States. The increasing prevalence of rare diseases is driving a significant rise in the development of new treatments. According to recent estimates, roughly 30 million Americans are affected by rare genetic conditions, and many individuals spend between four and seven years seeking a definitive diagnosis, highlighting a critical need for improved genomic tools. By combining advanced sequencing and interpretation systems, Zenith Genomics aims to address this unmet need. Notably, the platform incorporates long?read sequencing confirmation, boosting the clarity and accuracy of results, especially for conditions that have been historically elusive to diagnose. In addition, this new platform benefits from Natera's exclusive partnership with MyOme, a respected clinical whole genome analysis company whose technology underpins the Zenith genomics capabilities. Under the agreement, Natera will bring this advanced genome analysis platform to healthcare providers throughout the country, supported by robust clinical infrastructures and deep electronic medical record integration. "Rare disease patients and their families endure lengthy and costly diagnostic journeys that often delay critical care and escalate emotional and financial strain," said Meredith Reichert, Ph.D., senior vice president of commercial and general manager of rare disease at Natera. She emphasized that Zenith Genomics has the potential to transform rare disease diagnostics by offering advanced genomic insights that lead to more rapid, accurate clinical answers. Echoing this sentiment, Akash Kumar, M.D., Ph.D., chief medical officer at MyOme, emphasized that the collaboration with Natera expands access to cutting?edge sequencing solutions for patients who most need them. He stated that scaling Zenith Genomics through Natera's nationwide footprint ensures that advanced genomic tools reach a broader community of clinicians and patients. The launch of Zenith Genomics also aligns with growing recognition within the medical community that comprehensive genomic sequencing should become standard in rare disease evaluation. Notably, broader coverage from state and commercial health insurance providers reflects a strong shift toward reimbursing whole genome approaches, particularly those backed by evidence and clinical utility. As part of Natera's ongoing efforts, the company showcased the Zenith genomics platform at the 2026 American College of Medical Genetics and Genomics (ACMG) Annual Clinical Genetics Meeting in Baltimore, Maryland. Presentations emphasized the platform's real?world performance across diverse rare disease patient profiles, highlighting its practical impact on clinical practice. Industry analysts have noted that rare disease diagnostics represent a growing focus area within precision medicine. With thousands of unique genetic conditions affecting populations worldwide, the ability to integrate deeply detailed genomic data into clinical workflows is increasingly seen as essential to reducing diagnostic uncertainty and accelerating care. Importantly, Zenith Genomics arrives at a time when innovations in genetic sequencing are rapidly maturing. Building on decades of research and more than 400 peer?reviewed publications supporting Natera's broader portfolio, the company's latest platform underscores a continued commitment to harnessing genomic science for real?world patient benefit. Looking ahead, Natera's introduction of Zenith genomics may help broaden the standard of care for rare disease evaluations, providing clinicians with more powerful diagnostic tools and offering patients and families answers sooner than ever before. With the integration of advanced sequencing technology and clinical insights, the platform represents a promising advance in the ongoing effort to improve rare disease outcomes through precision medicine.

Natera has launched Zenith Genomics, a whole genome sequencing test for rare disease diagnosis, developed through an exclusive partnership with MyOme. The test uses advanced long-read sequencing to detect hard-to-identify genetic features like tandem repeat expansions. Rare diseases affect approximately 30 million Americans annually, with patients typically experiencing four to seven year diagnostic delays. The cumulative economic burden reached nearly $997 billion in the US in 2019, including $449 billion in direct medical costs. Zenith Genomics will be available through Natera's nationwide infrastructure, including electronic medical records integration and clinical support systems. The company presented the platform's performance at the American College of Medical Genetics and Genomics Annual Clinical Genetics Meeting in Baltimore this week.