A clash of financial forces, both good and bad, largely offset one another Wednesday as executives at medical device maker Boston Scientific sought to emphasize a positive new product approval and downplay impacts of negative regulatory actions.
The stock closed the day down a little more than 1%, at $35.44, after recovering from a 3% dive shortly after the market opened Wednesday.
The stock initially tumbled after the device maker reported lower-than-expected adjusted quarterly earnings and revenue and dialed back sales expectations for one of its key future growth drivers — the Minnesota-designed Eluvia drug-eluting stent for the legs.
That was among a combination of factors that caused the company to inch down its revenue guidance for the rest of the year, while acknowledging that meeting those targets will require an acceleration of growth in the second half of the year.
"We obviously don't take this slight revenue miss in the first quarter lightly," Chief Executive Mike Mahoney told investors during an earnings call Wednesday morning. "I think it's the first time we've missed in close to a decade. And we pride ourselves on delivering on our commitments and we are very excited about the future."
Other setbacks included the unexpected closure of a plant that sterilizes men's health devices, an order from the U.S. Food and Drug Administration to stop selling surgical mesh kits for pelvic organ prolapse, and soft sales of neuromodulation devices that are seen as an alternative to opioid medications.
But executives on Wednesday pumped the news that the FDA has finally approved Boston Scientific's Lotus Edge replacement heart valve, giving the U.S. market its third transcatheter aortic valve — one whose design features have been highly refined to address shortcomings in earlier versions of TAVR valves, Global Chief Medical Officer Dr. Ian Meredith said.
Meredith called the Lotus Edge a "competitive valve that has a number of design features that I think will be very attractive to physicians to use the product," including a deployment system that gives an interventional cardiologist a degree of control as the device gradually unfurls inside the heart and pushes aside the diseased natural aortic valve. The result is lower rates of stroke and pacemaker implantation and less risk of needing a second valve to correct a misplaced first valve, he said in an interview.