AtriCure: Making Order Out Of Chaos

Atrial fibrillation (AF), once thought of as a benign condition affecting a relatively small patient population, has recently been found to be a major contributor to stroke and congestive heart failure (CHF), and is expected to afflict a much larger patient pool, particularly as the population ages, making AF one of the largest unmet cardiovascular clinical opportunities. The only current cure for AF is a traumatic, rarely performed surgical procedure. Palliative treatments are limited to drug regimens that are often ineffective and can produce serious side effects; or electrophysiology and cardiac rhythm management procedures that are only used for a relatively small number of patients. The size of the AF patient market and the recent discovery that AF is a precursor to stroke and CHF have elevated the condition in importance to product companies, making it one of the most competitive areas for the next generation of cardiovascular devices, and attracting interest from all the major cardiology companies, as well as many start-ups. AtriCure is developing novel technology that for the first time enables surgeons to ensure they are producing lesions that are transmural, meaning they completely penetrate the cardiac tissue. Transmural lesions have been shown to provide the only effective means of curing AF. The company's first-mover advantage puts it ahead of the pack, at least for now. AtriCure's challenge is to expand the application of its technology to avoid being marginalized when the inevitable rush of big and small players enter the market.

by Stephen Levin

The traditional notion is that entrepreneurs are born and not bred—either you've got that risk-taking spirit in your core and you can deal with the uncertainties that go along with...

Read the full article – start your free trial today!

Join thousands of industry professionals who rely on In Vivo for daily insights

  • Start your 7-day free trial
  • Explore trusted news, analysis, and insights
  • Access comprehensive global coverage
  • Enjoy instant access – no credit card required

More from Business Strategy

AI In Drug Discovery: The Patent Implications

 
• By 

A Q&A with DeAnn Smith, partner and co-chair of the Patent Trial and Appeal Board Proceedings Practice Group at law firm Foley Hoag.

Is Advanced AI Revolutionizing Sales Enablement In Pharma?

 
• By 

Advanced AI is revolutionizing sales enablement by addressing training gaps and performance challenges. Used correctly, it can help to bridge the sales-marketing divide, accelerate ramp-up times and provide managers with data-driven insights.

Laying The Foundation And Overcoming Prerequisites To Establish AI Within Health Care

 
• By 

As the health care industry undergoes a digital transformation, the integration of AI into Quality and Regulatory Management Systems is proving essential. The challenges for successful AI deployment emphasize the need for robust digital infrastructure, data literacy programs and privacy measures to enhance patient safety and commercial performance.

Aurion Biotech’s Ophthalmic Cell Therapy For The Masses

 
• By 

Aurion Biotech is developing a cell therapy for corneal diseases that is cheap enough to produce and can be scaled that it should reach the masses in a way that other cell therapies cannot.

More from In Vivo

US Health System Redesign Critical, NAM’s Medical Experts Warn Trump Government

 
• By 

The whirlwind back-and-forth on US tariffs and Robert F. Kennedy jr.’s plans to deregulate health care have become all-preoccupying, but the National Academy of Medicine was first to set out President Trump’s health administration priorities.

Podcast: “Powerful Yet Unexplored”: Commit Biologics Tackles The Complement System

 

Mikkel Wandahl Pederson, CEO and chief scientific officer at Commit Biologics, discussed the company’s mission to harness the powerful complement system for the treatment of serious diseases.

ML-Assisted Genetic Risk Score Predicts GLP-1 Adverse Events

 
• By 

Phenomix Science presented new data at Digestive Disease Week 2025 showing its machine learning-assisted genetic risk score can predict nausea and side effects from GLP-1 receptor agonists, aiding personalized obesity treatment.