United States v. Harold Persaud

866 F.3d 371, 2017 FED App. 0146P, 2017 U.S. App. LEXIS 12430
CourtCourt of Appeals for the Sixth Circuit
DecidedJune 13, 2017
Docket16-3105, 16-3427, 16-3578
StatusUnpublished
Cited by44 cases

This text of 866 F.3d 371 (United States v. Harold Persaud) is published on Counsel Stack Legal Research, covering Court of Appeals for the Sixth Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
United States v. Harold Persaud, 866 F.3d 371, 2017 FED App. 0146P, 2017 U.S. App. LEXIS 12430 (6th Cir. 2017).

Opinion

BOGGS, Circuit Judge.

On August 20, 2014, defendant-appellant Harold Persaud, M.D. was. named in a 16-count federal grand jury, indictment in the Northern District of Ohio. He was charged with one count of health-care fraud, in violation of 18 U.S.C. § 1347, fourteen counts of making false statements relating to health-care matters, in violation of 18 U.S.C. § 1035, and one count of money laundering, in violation of 18 U.S.C. § 1957. The grand jury also returned a forfeiture finding, requiring Persaud to forfeit any and all property linked to the charges, including $343,634.67 1 seized from two bank accounts associated with Persaud and his wife.

The thrust of the government’s charges was that Dr. Persaud, a cardiologist working in his own private practice in Westlake, Ohio, ordered unnecessary, tests and systematically overestimated the degree of arterial blockage in his patients in order to justify costly interventional procedures such as .“stenting.” 2 The government also *374 accused Persaud of “upcoding” certain medical bills—that is, Persaud intentionally overreported the complexity of his patients’ medical issues in order to maximize his reimbursement from Medicare and private insurers.

Persaud pleaded not guilty. In a nearly one-month jury trial, lasting from August 31, 2015, to September 28, 2015, the government presented 34 witnesses, including 11 physicians, eight patients, and four nurses. The defense relied on five witnesses, including an expert cardiologist, two referring physicians, and a coding expert. The jury ultimately convicted Per-saud on all charges, except for one of the false-statement counts listed in the indictment. In a subsequent money-judgment hearing, the same jury returned special verdicts concluding that: (1) the $343,634.67 seized from the Persauds’ bank accounts was forfeitable proceeds of Persaud’s health-care fraud scheme; (2) the $250,188.42 seized from Persaud’s •wife’s account was related to his money-laundering conviction; and (3) Persaud’s scheme generated gross proceeds in the amount of $2,100,000.

The district court sentenced Persaud to 20 years of imprisonment, a $1,500 special assessment, and restitution. The district court later determined the outstanding restitution amount to be $5,486,857.03, 3 which consists of money damages to be paid to Persaud’s patients, their private insurers, and the United States. Persaud filed separate appeals challenging his conviction and sentence, the forfeiture order, the restitution order, and the district court’s order denying release pending the outcome of this appeal. The first three challenges have been consolidated in this appeal; another panel has already denied Persaud’s request for release. The government has also filed-a motion to strike portions of Persaud’s briefs on appeal, arguing that they impermissibly relied upon evidence that was not admitted at trial.

For the following reasons, we affirm Persaud’s convictions on all counts, his sentence, and the district court’s restitution and forfeiture orders, and we dismiss the government’s motion as moot.

I

A

Persaud’s medical practice focused on the treatment of coronary artery disease (“CAD”), CAD involves the narrowing or blockage of the coronary arteries and is usually caused by age and the accumulation of cholesterol and fatty deposits on artery walls. When the narrowing of the artery becomes significant, it may begin to cause heart problems. The American College of Cardiology defines significant CAD as an artery where the blockage (referred to as stenosis) exceeds 70% of the artery’s diameter. In. the case of the left main coronary artery, however, the stenosis threshold for significant CAD is 50%. Although the definition of CAD incorporates these stenosis thresholds, another key determining factor in any CAD diagnosis is the patient’s symptoms. Only when a par tient reports symptoms of heart disease and stenosis levels above safe thresholds is a CAD diagnosis appropriate.

Properly diagnosing a patient’s CAD can involve a variety of tests, each with advantages and disadvantages. Electrocardiograms (“EKG”) and ' echocardiograms (“ECHO”) are rélatively low-risk tests that *375 use electric signals and ultrasound waves to give the diagnosing doctor an idea of the patient’s heart rate and chamber integrity. Nuclear Stress Tests (“NST”) involve injecting a patient with a radioactive material, subjecting the patient to cardiovascular exercise, and then observing the blood flow through the heart while under stress and at rest. Because this procedure involves injecting the patient with radioactive materials and strenuous exercise, NSTs put a: patient at a greater risk of .harm than an EKG or an ECHO.

If these tests reveal that the heart is receiving insufficient blood flow and a patient is reporting symptoms of heart disease, then additional invasive imaging procedures may be prescribed to determine whether a patient is experiencing arterial stenosis. These tests also involve risks and generally are not performed except when a patient reports symptoms of CAD and undergoes an NST that indicates blood-flow deficiencies. The' most common invasive imaging procedure is a cardiac catheterization, in which a doctor uses a catheter inserted in the patient’s blood vessels to inject contrast material into the patient’s major arteries. Subsequent x-rays of the patient’s vessels, called angiograms, detect the contrast material and permit the diagnosing doctor to identify potential stenosis. If the angiogram is inconclusive, a doctor may order an intra-vascular ultrasound (“IVUS”) to obtain more detailed images of a patient’s blood-vessel walls. An IVUS is generally considered to be a riskier procedure than an angiogram, and doctors typically reserve the test for patients whose angiograms indicate potentially troubling stenosis levels (between 50% and 70%) or to monitor the placement of a stent.

Once a doctor diagnoses dangerous arterial blockage, he may then prescribe one of several invasive procedures depending upon the severity of the patient’s condition.. One of these procedures is called percuta-neous coronary intervention (“PCI”),-which involves the insertion of a ■ small wire-mesh stent into the 'obstructed artery. Although the insertion of a stent may improve a patient’s blood flow and reduce his CAD -symptoms, it cannot cure the underlying cause of CAD or prevent its progression. The insertion of a stent is also permanent; once placed, it cannot be removed. Moreover, the insertion of a stent can cause additional medical complications, including blood clotting (requiring the prescription of blood-thinning medications) and restenosis, which involves the narrowing of a previously stented artery.

Coronary bypass surgery is an even more invasive option and is typically reserved for only the most severe cases -of CAD.

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866 F.3d 371, 2017 FED App. 0146P, 2017 U.S. App. LEXIS 12430, Counsel Stack Legal Research, https://law.counselstack.com/opinion/united-states-v-harold-persaud-ca6-2017.