Upton Ex Rel. Upton v. Baylor College of Medicine

811 S.W.2d 168, 1991 WL 52721
CourtCourt of Appeals of Texas
DecidedJune 13, 1991
Docket01-89-00777-CV
StatusPublished
Cited by7 cases

This text of 811 S.W.2d 168 (Upton Ex Rel. Upton v. Baylor College of Medicine) is published on Counsel Stack Legal Research, covering Court of Appeals of Texas primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Upton Ex Rel. Upton v. Baylor College of Medicine, 811 S.W.2d 168, 1991 WL 52721 (Tex. Ct. App. 1991).

Opinion

OPINION

DUGGAN, Justice.

This is an appeal from an instructed verdict in a medical malpractice case. Appellant, John H. Upton, Jr., a minor, by and through his mother and next friend, Bernice Upton (“the Uptons”), brought suit against Dr. Robert Zeller, Dr. Mario Ser-tich, and the appellees, Peter Kellaway, Ph.D., an electrocorticographer, and Baylor College of Medicine, Dr. Kellaway’s employer, for negligent medical treatment of the minor plaintiff in two surgical proceedings.

At the close of the Uptons’ case, the trial court granted Dr. Kellaway’s motion for an instructed verdict because there was no evidence that he breached the standard of care for an electrocorticographer, or that anything he did was a proximate cause of any problem with regard to the plaintiff/patient. The trial court also granted Baylor’s motion for instructed verdict regarding its vicarious responsibility for Dr. Kellaway. The case went to verdict as to defendants Drs. Zeller and Sertich, and a take-nothing judgment was entered in their favor, which the Uptons do not appeal.

Statement of Facts

John H. Upton, Jr., suffers from epilep-sia partialis continua (“EPC”), a rare and progressive form of epilepsy that causes constant seizures. In November 1978, John was admitted to Johns Hopkins Hospital, where he was evaluated by a team of physicians consisting of a neurosurgeon, Dr. Donlin Long, a pediatric neurologist, Dr. John Freeman, and an electroencepha-lographer, Dr. Ernst Niedermeyer. Because John’s seizures could not be controlled by medication, and because of the progressive nature of EPC, the team concluded that surgery was necessary.

*171 On December 4, 1978, Dr. Long, with the assistance of Drs. Freeman and Nieder-meyer, performed a craniotomy on John at Johns Hopkins Hospital in an effort to locate the portion of John’s brain in which abnormal electrical activity was taking place. During the craniotomy, Dr. Nieder-meyer performed electrocorticography (ECoG), the procedure that records electrical activity emanating from the brain. Unfortunately, the results obtained during this procedure did not definitively identify the cause and location of John’s seizure activity. While the physicians believed the seizure activity was located in the motor cortex, they were not prepared at the time to excise a major portion of the brain because that would cause permanent paralysis. Instead, they opted to perform a thala-motomy, 1 a less extensive procedure, in an attempt to control John’s seizures. Unfortunately, the thalamotomy did not cure the seizures.

At the time of John’s discharge from Johns Hopkins on December 24, 1978, the physicians recommended, as the next step in his treatment, the more radical procedure of a right hemispherectomy. 2

On February 11, 1979, John was admitted to Texas Children’s Hospital under the care of Dr. Robert Zeller, a pediatric neurologist. On February 21, Dr. William Cheek, a neurosurgeon, performed a limited cortical resection, a right frontal lobec-tomy. Dr. Sertich was the assisting surgeon; appellee, Peter Kellaway, Ph.D., was the electrocorticographer during this procedure.

Although Dr. Cheek removed all the area from which abnormal electrical activity was issuing, John’s seizures resumed after surgery, indicating that epileptogenic neurons still existed in John’s brain. The resumption of these seizures led Dr. Cheek to schedule a second surgery on February 27, 1979, at which time he performed a hemis-pherectomy. Dr. Kellaway again performed the ECoG for the procedure. Following the hemispherectomy, John suffered from a staph infection in his brain. He is now incompetent and nonfunctional.

Point of Error One

In point of error one, the Uptons contend the trial court erred in granting Dr. Kella-way’s motion for instructed verdict because “sufficient and compelling evidence established negligence and causation.”

In reviewing the granting of an instructed verdict, this Court must determine whether there is any evidence of probative force to raise fact issues on the material questions presented. Collora v. Navarro, 574 S.W.2d 65, 68 (Tex.1978). This Court must consider all of the evidence in a light most favorable to the party against whom the verdict was instructed, disregarding all contrary evidence and inferences, and give the losing party the benefit of all reasonable inferences arising therefrom. Id. The reviewing court is not required, however, to consider one isolated answer by an expert witness where the absolute contrary clearly appears from the witness’s other answers in the context. Emanuel v. Bacon, 615 S.W.2d 847, 848 (Tex.Civ.App.—Houston [1st Dist.] 1981, writ ref’d n.r.e.).

In a medical malpractice case, additional considerations come into play concerning this Court’s review of the evidence in light of the instructed verdict. Duff v. Yelin, 751 S.W.2d 175, 176 (Tex.1988). To go to the jury, the plaintiff must bring forward competent testimony that the defendant was negligent, i.e., that the defendant breached the applicable standard of care, and that the defendant’s negligence proximately caused the plaintiff’s injury. Duff, 751 S.W.2d at 176; Hart v. Van Zandt, 399 S.W.2d 791, 792 (Tex.1965); Bowles v. Bourdon, 148 Tex. 1, 5, 219 *172 S.W.2d 779, 782 (1949). On the proximate cause element, the plaintiff must establish a causal connection beyond the point of conjecture; proof of mere possibilities will not support the submission of an issue to the jury. Duff, 751 S.W.2d at 176.

Standard of Care

Dr. Ernst Niedermeyer, a neurologist specializing in electroencephalography (EEG) and epileptology at Johns Hopkins Hospital, testified that the electrocorti-cographer’s role during the performance of neurosurgery is to read and communicate ECoG findings to the neurosurgeon. That is, the electrocorticographer tells the surgeon what is happening electrically in the explored part of the brain. During the surgery, the electrocorticographer tries to identify immediately any abnormality, especially epileptic abnormality, on the ECoG record. He looks only to the paper ECoG record, not to the brain, to identify these abnormalities.

During the preparation for and performance of the ECoG, the surgeon determines the arrangement or array of the electrodes, places the electrodes on the patient’s brain, and determines the significance of any abnormal ECoG findings reported to him. The electrocorticographer does not engage in the actual surgery or tell the surgeon what brain tissue to remove. The surgeon (often after conferring with the anesthesiologist) decides whether to awaken the patient during neurosurgery, or to ask the awakened patient to respond to commands, or to employ electrical stimulation during corticography.

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Bluebook (online)
811 S.W.2d 168, 1991 WL 52721, Counsel Stack Legal Research, https://law.counselstack.com/opinion/upton-ex-rel-upton-v-baylor-college-of-medicine-texapp-1991.