Providers utilize business intelligence to monitor referral patterns and collaborate with clinicians who order their services. Such analytics tools have also been deployed in the specialty to improve productivity, track patient satisfaction and bolster quality.
These third-party marketers earn commissions from their insurer clients not only upon initial signups but also every time “their” enrollees renew without changing plans.
The agency cited free speech as its reasoning for rescinding the long-standing policy. While in place, the rule barred companies that agreed to settlements with the Securities and Exchange Commission from publicly denying allegations made by regulators.
RadNet Chaiman and CEO Howard Berger, MD, explains why the company has invested tens of millions into DeepHealth to rapidly build up a new business model.
The company made the changes after its manufacturer rebates for insulin were challenged by the Federal Trade Commission. Among other shifts, Optum said 100% of all rebates will be distributed to customers by 2028.
In New York, a pair of state legislatorss held a press conference today stumping for mandatory insurance coverage for adjunctive breast cancer screenings, reports the Albany Times Union.
A four-year retroactive study by the Patient Advocacy Foundation (PAF) has determined that insurance should have covered 90 percent of some 4,000 Americans denied access to needed medical imaging services.
The national mammogram debate intensified this week with the release of a pair of studies that opened old wounds about the recommended frequency of preventive studies for women in their 40s.
Today the FDA cleared an adjunctive imaging technology that will give urologists an extra tool in their arsenal for the detection of prostate abnormalities.
Radiologists—and many practicing physicians—are so busy learning the clinical demands of their profession that they just don’t have time to keep up with the latest in operational needs, according to a new study.
Researchers at the University of Illinois have developed a computational method for correcting 3D tissue microscopy errors that could improve image focus without the use of adaptive hardware.
Researchers at the University of Illinois have developed a computational method for correcting 3D tissue microscopy errors that could improve image focus without the use of adaptive hardware.