Borgren v. United States

716 F. Supp. 1378, 1989 U.S. Dist. LEXIS 7800, 1989 WL 78209
CourtDistrict Court, D. Kansas
DecidedJune 30, 1989
DocketCiv. A. 87-2191-S
StatusPublished
Cited by13 cases

This text of 716 F. Supp. 1378 (Borgren v. United States) is published on Counsel Stack Legal Research, covering District Court, D. Kansas primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Borgren v. United States, 716 F. Supp. 1378, 1989 U.S. Dist. LEXIS 7800, 1989 WL 78209 (D. Kan. 1989).

Opinion

MEMORANDUM AND ORDER

SAFFELS, District Judge.

This case was tried to the court on April 11 and 12, 1989. Plaintiff brought this medical malpractice action under the Federal Tort Claims Act, 28 U.S.C. §§ 2671 through 2680. Her claim is based on the “loss of chance of survival” theory adopted by the Kansas Supreme Court in Roberson v. Counselman, 235 Kan 1006, 686 P.2d 149 (1984). After reviewing the evidence heard at trial and the submissions of the parties, the court is prepared to rule. Pursuant to Rules 52 and 58 of the Federal Rules of Civil Procedure, the court makes the following findings of fact and conclusions of law.

I.Findings of Fact

A. Plaintiffs Background and Medical History

1. Plaintiff Margaret Borgren was born May 8, 1928. She is a white female, married, with eight living children, ages approximately 36, 35, 34, 33, 31, 25, 21 and 16. She has a history of diabetes and cigarette smoking.

2. Her husband, Calvin Borgren, is a retired captain in the United States Air Force.

3. Mrs. Borgren has a Masters degree as a reading specialist. Since 1975, she has taught Reading and English at Hayden High School in Topeka, Kansas. She taught a full load through the 1986-87 school year. The school district then cut her back to part time and she has since *1380 worked in a supplementary capacity in the school library.

4. In June 1980, plaintiff reported to her family physician, Dr. Robert Jacoby, for her annual physical examination. Dr. Jacoby recommended at that time that she have a mammogram. As was her practice when she needed routine tests and other medical services, Mrs. Borgren went to Irwin Army Hospital at nearby Fort Riley, Kansas for the mammogram. Dr. Kote-cha, a doctor at Irwin Army Hospital, reviewed the mammograms and found no definite primary or secondary signs of malignancy in either breast. However, he did note a “slight asymmetry” and recommended a follow-up examination in six months.

5. Mrs. Borgren did not obtain another mammogram within six months. Her next mammogram was in June 1983, again after her regular annual physical examination. Dr. Jacoby once again recommended she have a mammogram and again she went to Irwin Army Hospital for that procedure. At the hospital, Dr. James A. Webb, examined her by palpation and found an area of vague induration or thickening without a distinct mass in the upper quadrant of the left breast. He noted this finding on the mammogram request form. The radiologist examining the mammogram, Dr. Bock, reported a benign calcification of the left breast. He made no comment on the indu-ration found by Dr. Webb and stated that there was no change from the 1980 report.

6. In June 1985, Mrs. Borgren again went to Dr. Jacoby for her yearly checkup. Dr. Jacoby detected no abnormalities when he examined her by palpation, but he again recommended a mammogram. She went to Irwin Army Hospital and the radiologist there, Dr. Victor Toro, reported that the mammogram showed no abnormalities and no change from the 1983 report.

7. In June 1986, Mrs. Borgren again went to Dr. Jacoby for her annual physical examination and he reported her palpation examination as normal. He referred her to Fort Riley for a mammogram. However, before the date of that mammogram, Mrs. Borgren performed a self-examination and found a lump in her left breast. She immediately called Dr. Jacoby, who referred her to Stormont-Vail Regional Medical Center in Topeka, Kansas for a mammogram.

8. The radiologist at Stormont-Vail, Dr. John Gay, reported a large area of architectural distortion of her left breast in the upper outer quadrant. He believed this distortion represented a possible carcinoma. He reviewed the 1980, 1983 and 1985 mammograms and determined that the 1983 and 1985 mammograms showed evidence of the same distortion.

9. On July 10, 1986, Dr. Charles Graham, a Topeka surgeon, performed a modified radical left mastectomy on Mrs. Bor-gren. He found a tumor measuring 3.5 X 2.5 X 1.7 cm. It was classified as a Stage II (infiltrating ductal and lobular) carcinoma. All three levels of her axillary lymph nodes on the left side were affected and pathology reported that sixteen of her twenty-six lymph node samples tested positive for regional metastatic carcinoma. A bone scan indicated a shadow on the left side of the sixth thoracic vertebrae. That spot has remained unchanged through subsequent bone scans.

10. After an uneventful recovery from surgery and postoperative discomfort that “wasn’t too bad”, Mrs. Borgren began hormonal therapy by taking Tamoxifen. This therapy was recommended by her oncologist, Dr. Stanley Vogel, because of the high positive status in both her P.R. and E.R. receptors.

B. Prognosis

11. The prognosis for survival after a person has been diagnosed as having breast cancer is measured in terms of “disease free survival” for a length of time. “Disease free survival” means that the patient is alive and that there is no clinical evidence of a tumor’s spread or recurrence.

12. The most prognostic indicator for disease free survival is nodal status. Nodal status means the number of lymph nodes which tested positive for regional metastatic carcinoma at the time of the diagnosis of the breast cancer.

*1381 13. A study by the National Surgical Adjuvant Breast Project (“NSABP”) correlates nodal status with disease free survival. The study showed that a breast cancer patient who had no positive lymph nodes at the time of diagnosis has an eighty percent chance of surviving disease free for ten years; a patient with one to three positive nodes has a fifty-three percent chance of surviving disease free for ten years; a patient who has thirteen or more positive nodes has a thirteen percent chance of surviving disease free for ten years. These figures do not reflect the effect of Tamoxifen therapy. The beneficial effect of Tamoxifen therapy is uncertain.

14. The American Cancer Society, the National Cancer Institute, the American College of Surgeons, and the American College of Radiology agree that annual mammograms for women over the age of forty can lead to longer term survival and lower death rates for breast cancer.

C. Cancer Growth and Detection

15. Malignant tumors such as plaintiffs grow exponentially; in other words, a single cancer cell divides into two cells, two cells divide into four, four cells divide into eight and so forth. The period of time required for a given number of cancer cells to double in number is called the “doubling time” of the tumor. The number of dou-blings and the size of a tumor are correlated as follows.

Number of Doublings Tumor Diameter
O. 1 cell
13.5 mm
20. 1 mm

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Bluebook (online)
716 F. Supp. 1378, 1989 U.S. Dist. LEXIS 7800, 1989 WL 78209, Counsel Stack Legal Research, https://law.counselstack.com/opinion/borgren-v-united-states-ksd-1989.