United States of America v. MEDTRONIC, INC.

CourtDistrict Court, S.D. New York
DecidedSeptember 12, 2024
Docket1:18-cv-01628
StatusUnknown

This text of United States of America v. MEDTRONIC, INC. (United States of America v. MEDTRONIC, INC.) is published on Counsel Stack Legal Research, covering District Court, S.D. New York primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
United States of America v. MEDTRONIC, INC., (S.D.N.Y. 2024).

Opinion

UNITED STATES DISTRICT COURT SOUTHERN DISTRICT OF NEW YORK UNITED STATES OF AMERICA and the States of CALIFORNIA, COLORADO, CONNECTICUT, DELAWARE, FLORIDA, GEORGIA, HAWAII, ILLINOIS, INDIANA, IOWA, LOUISIANA, MASSACHUSETTS, MICHIGAN, MINNESOTA, MONTANA, NEVADA, NEW JERSEY, NEW MEXICO, NEW YORK, NORTH CAROLINA, OKLAHOMA, RHODE ISLAND, TENNESSEE, 18 Civ. 1628 (KPF) TEXAS, VIRGINIA, AND WASHINGTON, ex rel. ROBERTA POWELL, OPINION AND ORDER Plaintiffs, -v.- MEDTRONIC, INC., MEDTRONIC USA, INC., MEDTRONIC MINIMED, INC., and MINIMED DISTRIBUTION CORP., Defendants. KATHERINE POLK FAILLA, District Judge: On behalf of the United States of America and twenty-six states, Relator Roberta Powell (“Relator”) filed this qui tam action alleging that Medtronic, Inc., Medtronic USA, Inc., Medtronic MiniMed, Inc., and MiniMed Distribution Corp. (collectively, “Medtronic” or “Defendants”) engaged in a fraudulent scheme to encourage customers to reuse a component piece of Defendants’ now- discontinued iPro2 Continuous Glucose Monitoring system (the “iPro2 System”) on multiple patients — contrary to its Food and Drug Administration (the “FDA”) label — thereby causing healthcare providers to submit false reimbursement claims to federal and state healthcare programs, in violation of the federal False Claims Act (the “FCA”), 31 U.S.C. §§ 3729-3733, and twenty- six named state-law equivalents. Defendants seek to dismiss the Second Amended Complaint, the operative pleading in this action, for failure to state a claim under Federal Rule of Civil Procedure 12(b)(6). For the reasons that

follow, the Court grants Defendants’ motion. BACKGROUND1 A. Factual Background 1. The Parties and the iPro2 System Medtronic supplies diabetes-related medical devices, including at one time the iPro2 System. (SAC ¶ 14). Medtronic marketed the iPro2 System to customers around the world. (Id. ¶ 147). Relator Roberta Powell identifies herself as a “diabetes educator” and “clinician” who, in September 2017, underwent Medtronic’s training program to become a certified iPro2 System trainer. (Id. ¶¶ 7-9).

The iPro2 System is a Continuous Glucose Monitoring (“CGM”) system that continuously records interstitial glucose levels in persons with type 1 and type 2 diabetes. (SAC ¶ 49). CGMs allow physicians and patients to identify fluctuations and trends in a patient’s glucose levels that may go undetected

1 This Opinion draws its facts from the Second Amended Complaint (the “SAC” (Dkt. #65)), the well-pleaded allegations of which are taken as true for purposes of this Opinion. See Ashcroft v. Iqbal, 556 U.S. 662, 678 (2009). For ease of reference, the Court refers to Defendants’ memorandum of law in support of their motion to dismiss as “Def. Br.” (Dkt. #71); to Relator’s memorandum of law in opposition to Defendants’ motion as “Pl. Opp.” (Dkt. #76); to Defendants’ reply memorandum of law as “Def. Reply” (Dkt. #81); and to Relator’s sur-reply memorandum of law as “Pl. Sur-Reply” (Dkt. #82). with intermittent blood sugar tests. (Id.).2 CGMs are Class III medical devices requiring FDA premarket approval pursuant to the Food Drug and Cosmetic Act, 21 U.S.C. §§ 351-360 (the “FDCA”). (Id.).

The iPro2 System employs a sensor (the “Sensor”) that is inserted subcutaneously into the patient’s abdomen. (SAC ¶ 50). A rigid “introducer needle,” which is part of the Sensor, aids in the insertion of the Sensor into the subcutaneous tissue. (Def. Br., Ex. A (“iPro2 User Guide”) at 1-127). A physician may elect to use a sensor inserter device called a “Serter,” to guide the introducer needle to the targeted area of tissue. (Id. at 1-120). The use of a Serter is optional. (Id., Ex. B (“FDA Summary of Safety and Effectiveness Data”) at 3). While the Serter does make contact with the patient’s skin, unlike

the Sensor, it is not inserted into the patient’s skin. (See generally id., Ex. C (“Serter User Guide”); see also SAC ¶ 57). Following the insertion process, the Sensor is attached to the skin using an adhesive patch and connected to an electronic transmitter device that records interstitial glucose readings continuously during the period that the patient wears the device. (SAC ¶ 50). In 2016, the iPro2 System received premarket approval from the FDA. (SAC ¶ 55). According to Medtronic’s FDA-approved label for the iPro2 System, the iPro2 System is intended for multiple-patient use. (See iPro2 User Guide at

1-49, 1-60 (“The iPro2 is intended for multiple patient use[.]”)). However, the FDA has cleared the Serter component of the iPro2 System as a “single-patient

2 In this Opinion, the Court uses the term “physicians” broadly to refer to healthcare providers. use device,” stating that it can be used on the same patient for up to “600 … insertion uses.” (SAC ¶ 58; Serter User Guide at 10). In other words, while the Serter can be used repeatedly on the same individual, it is not approved to be

used on multiple patients. Relator alleges that reusing the Serter on multiple patients poses a significant risk of contamination and infection. (SAC ¶ 57). Unlike Serters, Sensors are designated as single-use devices, meaning that a Sensor should only be inserted into the patient once and then discarded after use. (See iPro2 User Guide at 1-127). 2. Healthcare Plan Reimbursement of the iPro2 System Federal healthcare payors reimburse healthcare providers’ use of CGMs, including the iPro2 System, under two Current Procedural Terminology (“CPT”) Codes, which identify the services rendered for which reimbursement is sought.

(SAC ¶ 52). The first is CPT Code 95250, the technical component, which is used to reimburse healthcare providers for the costs related to physician- provided equipment. (Id.). The second is CPT Code 95251, the professional component, which is used to reimburse physicians for their services — here, for the analysis, interpretation, and reporting of the glucose monitoring data captured by the device. (Id.). Service providers are reimbursed at a set rate under these CPT codes, regardless of the specific equipment used. In other words, a physician administering a CGM to a patient will be reimbursed the

same amount under these CPT codes regardless of whether she uses a Serter, some other guiding instrument, or no guiding instrument at all. Physicians will also be reimbursed the same amount regardless of the brand or manufacturer of the CGM device (i.e., Medtronic’s iPro2 System or some other brand device). (Id. ¶¶ 31, 146). From these facts, Relator reasons that providers can increase their profits by choosing less expensive CGMs. (Id.

¶¶ 52-54, 61-62). 3. The CGM Market and Medtronic Relator alleges that, after receiving FDA approval for the iPro2 System in 2016, Medtronic experienced significant challenges from its main competitors, which manufactured similar CGM products at a lower cost. (SAC ¶ 62). To make the iPro2 System less expensive for providers, Medtronic resorted to promoting the Serter to physicians as a device they could reuse to guide the insertion of the Sensor on multiple patients, in violation of the FDA label. (Id.). At all relevant times, Medtronic sold each Sensor for approximately $60 and

each Serter for approximately $30. (Id. ¶ 56). Thus, a physician who used the iPro2 System according to the FDA label would incur $90 in costs for a new Sensor and Serter for each new patient procedure. Conversely, a physician who reused a Serter to insert a Sensor could save $30. (Id. ¶¶ 63-64).

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United States of America v. MEDTRONIC, INC., Counsel Stack Legal Research, https://law.counselstack.com/opinion/united-states-of-america-v-medtronic-inc-nysd-2024.