Miller v. Kriner

491 A.2d 270, 341 Pa. Super. 293, 1985 Pa. Super. LEXIS 6979
CourtSupreme Court of Pennsylvania
DecidedApril 12, 1985
Docket349
StatusPublished
Cited by8 cases

This text of 491 A.2d 270 (Miller v. Kriner) is published on Counsel Stack Legal Research, covering Supreme Court of Pennsylvania primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Miller v. Kriner, 491 A.2d 270, 341 Pa. Super. 293, 1985 Pa. Super. LEXIS 6979 (Pa. 1985).

Opinion

BROSKY, Judge:

This case is before us on appeal from the order of the lower court imposing upon appellant a duty of support and ordering him to pay costs, subsequent to a jury’s determination that appellant was the father of appellee’s child. We find no merit to appellant’s arguments, and, accordingly, we affirm.

Appellant first argues that he should be granted a new trial because the lower court refused to permit him to impeach the credibility of expert witnesses by using the results of H.L.A. 1 blood tests which had been performed on his brother, Michael, and which indicated that Michael had a slightly higher (.02%) likelihood of paternity. Immediately prior to commencement of the trial, by motion in limine, appellee’s counsel challenged appellant’s right to introduce the results of the blood tests which had been performed on appellant’s two brothers. The lower court ruled that the results of the tests might be relevant during cross-examination of expert witnesses concerning effectiveness or lack of certainty of the tests, but that the test results had to be used “in the third-party sense,” challenging the test “not by way of name of Brother Scott or Brother Michael.” In fact, appellant’s counsel cross-examined one of the expert witnesses in detail concerning hypothetical brothers who had similar test results (using the same results as were actually obtained from appellant and his brother Michael), as follows:

Q. Let’s talk about blood types. For example, supposing that my brother was accused of being the putative father and I went and — he went to your laboratory, and he came off with a plausibility of paternity of 99.17 *297 percent and a paternity index of 120 to 1 like we have in this case, and then I came to you and said, “Mr. Houtz, will you take my blood test and run it through the same system that you have run this thing through,” and you came up with the results in my case of not only 120 to 1, but 122 to 1, and you came up with the results of plausibility of paternity of not only 99.17, but 99.19 percent, would you say that the probability of me being the father was greater than my brother?
A. Well, I would have to ask first of all did you both have sexual access to the woman in the case.
Q. I would have to answer in all fairness to you, yes, we both had access.
A. If I remember your question, my answer was going to be that if both men being brothers had sexual access to the mother in the case, I would tell you I couldn’t tell you which one is the father of that child.
Q. So that it not only requires of this 2.9 percent differential or 2.7 percent, I’m sorry, that they might have a higher probability of being the father, but it also requires that they must have had sexual access to the mother? Is that what you are saying?
A. Yes.
Q. What if I proved to you that Mark Kriner did not have sexual access to the mother? What would be the result of your — what would be your opinion on the test results that you gave us here today?
A. It wouldn’t change.
Q. Okay. How can that be if we are talking on the basis of my example with me and my brother when you say, “Well, I can’t say, Mr. Quattrone, that you would be the father unless you tell me that both you and your brother had sexual access,” but in this case of Mark Kriner when I say, “He didn’t have sexual access,” you say, “It doesn’t make any difference, I still think he is the putative father”?
*298 A. Based on the testing results, I would have to say it’s extremely likely if he had sexual access, that he is the father of that child.
Q. That’s the second brother who tested higher?
A. No, Mr. Mark Kriner.
Q. All right now, let’s go back to my example, okay? With brother one and brother two, now brother one has a test, he is 120 to 1 and 99.19. Brother two has the test, he comes out with a higher paternity index of 122 to 1 and 99.19. Based on your test results, why isn’t brother two more probably the father than brother number one? A. Well, first of all I am not at all surprised that two brothers have similar blood types. The basis of this test is genetic inheritance. We are looking at a family situation where we are looking at the blood types of the child; we are looking at the blood types of the mother. We gain a genetic description of the biological father of this child. Because the basis of this test is inheritance, I would expect in a family situation, for two brothers to share blood types. In fact, if you recall, most organ transplantations is [sic] done within a family situation. Often a brother is utilized or. a sibling is utilized as a donor for another sibling. If you tell me two brothers or three brothers have similar or very much aligning or identical blood types, I am not surprised. The probability of paternity is based on calculation of this man’s chance to the random population. A man, a sibling of a man involved in a paternity case is not the random population.
Q. Let me ask you one more question. Of all these thousands of tests that you have done, have you found two people who were within the orbit of your 99 percent plausability of paternity for the same woman?
A. We have had cases where there were two men accused, and we were not able to exclude the other man. Q. That both guys tested within the orbit of the possibility?
*299 A. I don’t recall if they had the exact same plausibility of paternity, but they were not excluded and did have a plausibility of paternity.

We find that appellant’s counsel was given plenty of leeway in his attempt to impeach the credibility of appellee’s expert witness and discredit the results of the tests. In view of the fact that there was no testimony that appellant’s brother Michael had engaged in intercourse with appellee, we find that the lower court did not err in prohibiting the introduction of Michael Kriner’s blood test results.

Appellant argues further that the Uniform Act of Blood Tests to Determine Paternity, 42 Pa.C.S. § 6133 (hereinafter referred to as the Act), authorizes a court to order the testing of the blood of any person alleged by a party to be the father of the child in question, and that the results of such test should be admissible by either party to aid in the determination of parentage. A panel of our court has determined that a court does not have the authority to order the testing of blood of persons who are not parties to the action. In re Mengel, 287 Pa.Super. 186, 429 A.2d 1162 (1981). We therefore reject this argument.

Appellant next argues that the Act does not encompass the H.L.A. test, but only the red blood cell or exclusionary test, and that since the lower court’s order of December 30, 1982 ordered appellant to submit to blood tests pursuant to the Act, the H.L.A.

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Bluebook (online)
491 A.2d 270, 341 Pa. Super. 293, 1985 Pa. Super. LEXIS 6979, Counsel Stack Legal Research, https://law.counselstack.com/opinion/miller-v-kriner-pa-1985.