Bereal v. Bajaj

371 P.3d 349, 52 Kan. App. 2d 574, 2016 WL 1265808, 2016 Kan. App. LEXIS 20
CourtCourt of Appeals of Kansas
DecidedApril 1, 2016
Docket111954
StatusPublished
Cited by1 cases

This text of 371 P.3d 349 (Bereal v. Bajaj) is published on Counsel Stack Legal Research, covering Court of Appeals of Kansas primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Bereal v. Bajaj, 371 P.3d 349, 52 Kan. App. 2d 574, 2016 WL 1265808, 2016 Kan. App. LEXIS 20 (kanctapp 2016).

Opinion

Green, J.:

This medical malpractice action arose after Edward Bereal went in for a heart catheterization during which air was improperly injected into his heart, causing an embolism and stroke. *575 This resulted in Bereal being permanently paralyzed. The defendants, Dr. Ravi K. Bajaj and Wesley Medical Center, L.L.C., do not dispute that air was improperly injected into Bereal’s heart, injuring him. Instead, the defendants maintain that his injuries occurred as a result of a defect in the medical device used for the heart procedure and, thus, the manufacturer of the medical device was responsible for Bereals injuries. The manufacturer of the medical device was originally a party in this case. But after a settlement agreement was reached between Bereal and the manufacturer, Bereal dismissed the manufacturer as a party from the case.

Following a 21-day jury trial, the jury found in favor of the defendants. On appeal, Bereal asks this court to review the trial courts order striking the testimony of Bereal’s rebuttal expert witness, Dr. Suzanne Parisian, M.D. In addition, Bereal contends that the trial court erred in allowing one of the defendants’ experts to testily to conclusions that were outside the scope of the disclosed expert’s pretrial report. Moreover, Bereal asserts that the defendants’ expert’s testimony was speculative and should have been stricken. Finally, Bereal contends that the trial court erred when it failed to grant him a judgment as a matter of law on all six of the defendants’ affirmative defenses.

Of these three issues, we hold in Bereal’s favor on the first issue. We conclude that the trial court abused its discretion when it excluded Dr. Parisian’s rebuttal testimony because her testimony was intended solely to contradict or rebut the defense expert’s causation theory and therefore constituted proper rebuttal testimony. We therefore affirm in part, reverse in part, and remand for a new trial.

In 2009, after complaining of chest pains, Bereal was referred to Dr. Ravi Bajaj, a cardiologist at Wesley Medical Center, L.L.C. (Wesley). Dr. Bajaj scheduled Bereal for a cardiac catheterization, commonly known as a heart catheter, on December 11, 2009.

On December 11, 2009, Bereal came to Wesley for his heart catheter procedure. Dr. Bajaj was the physician, Travis January was the monitoring nurse, Stacy Cody was the scrub tech, and Michael Stilwell was the circulating nurse.

Three weeks before Bereal’s procedure, Wesley’s Medrad Avan-ta (Avanta) fluid injection system that was used during Bereals *576 procedure, received a software upgrade which allowed the user to hit one button to purge both the saline and contrast lines simultaneously. These types of upgrades were common and occurred regularly.

Normally, this is a routine outpatient procedure which Dr. Bajaj had performed roughly 15,000 times. Nevertheless, it is undisputed that during BereaTs procedure, air was injected into his heart, causing an embolism and stroke, which resulted in his lengthy inpatient care and permanent paralysis.

Mechanics of a Cardiac Catheterization Using the Avanta System

All of the parties agree that the following is a fair and accurate statement describing the mechanics of a cardiac catheterization procedure using the Avanta system that was used in this case:

“In a cardiac catheterization, long, thin tubes called ‘catheters’ are placed in the patients heart, and radiopaque contrast dye is injected into the patient’s heart, the flow of which can be seen on an x-ray fluoroscope. The procedure takes measurements of circulation pressures, blood flow, and oxygenation, and provides visualizations called ‘angiograms’ so as to recommend how to treat heart problems. As with Mr. Bereal, tire ‘most common reason’ a heart cath is performed is to look for blockages in coronary arteries.
“Besides the physician, tire procedure also involves a circulating nurse, a monitoring nurse, and a scrub tech. The monitoring nurse monitors the patient’s vital signs and angiograms from an adjoining room, obtains information from the other team members, and also documents and keeps track of the procedure for records. The circulating nurse ensures tire patient is comfortable and gives and documents any medication the physician orders, including the type, weight, and amount of contrast. The scrub tech prepares the patient, stays sterile, and assists the physician; only the physician and scrub tech are sterile.
“The physician begins by inserting a tiny ‘femoral catheter’ in tire patient’s groin, through tire femoral artery, and into the aorta in tire heart, where it is under pressure. To inject tire dye, the physician uses either a hand-injection procedure or a power injector such as the Avanta Fluid Injection System manufactured by Medrad, which was used in Mr. BereaTs procedure. The Avanta or another power injector ‘is a required piece of equipment in all cath labs.’ The angiograms are x-ray images of the procedure showing the dye going into the patient’s heart and out into the vessels. Using the Avanta, the physician hits a foot pedal, contrast goes in, and an image is taken, with each process taking only four seconds.
“Besides contrast, saline also can be injected to flush the machine and ensure that catheters are clean. A pressure transducer is connected, measuring blood pressure in real time by translating fluid pressure into blood pressure as a ‘wave form,’ a ‘sine wave’ visible on the monitoring screen.
*577 “Contrast and saline are separately stored in the Avanta’s injector head, with a line primed from each storage and strung through the machine. Essentially, the Avanta has plastic catheter tubing attached to it, which in turn is attached to the femoral catheter already inserted inside the patient. Fluid under 400 PSI to 700 PSI of pressure in the Avanta then is injected into the patient’s heart through catheters that are themselves at 1200 PSI.
“It is crucial that all the tubing—both the Avanta’s catheters and transducer and the catheter in the patient—must be purged of air; there is ‘no margin of error’ for this. Otherwise, it is ‘extremely dangerous to the health and safety of a patient:’ due to ‘blockfing] the blood flow to the heart and to the brain,’ air injection can cause serious injury, including stroke, and even death.”

Dr. Bajaj and Cody were responsible for purging all of the air from tire catheters and the Avanta system for Bereal’s procedure. Both Dr. Bajaj and Cody testified that they properly purged the system of air and that no one noticed any defects or cracks in the catheters before the procedure began.

During the first injection, an unusual problem occurred which caused Bereal s heart rate to drop. After Dr. Bajaj stabilized Bereal, he unhooked Bereal from the Avanta system and switched to hand contrast injections to continue the procedure.

After the procedure, Bereal was transferred to intensive care where he suffered a stroke which paralyzed him.

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Cite This Page — Counsel Stack

Bluebook (online)
371 P.3d 349, 52 Kan. App. 2d 574, 2016 WL 1265808, 2016 Kan. App. LEXIS 20, Counsel Stack Legal Research, https://law.counselstack.com/opinion/bereal-v-bajaj-kanctapp-2016.