People v. Taylor

33 Cal. App. 4th 262, 40 Cal. Rptr. 2d 132, 95 Daily Journal DAR 3575, 95 Cal. Daily Op. Serv. 2117, 1995 Cal. App. LEXIS 256
California Court of Appeal·Decided March 21, 1995·No. A064328·Published·Cited by 5 cases

Opinion

Opinion

POCHÉ, Acting P. J.

Defendant, David William Taylor, appeals from a judgment of conviction entered on jury verdicts finding him guilty of three counts of rape (Pen. Code, 1 § 261, subd. (a)(2)), one count of oral copulation (§ 288a, subd. (c)), two counts of attempted oral copulation (§§ 288a, subd. (c), 664), two counts of kidnapping and one count of kidnapping of a victim under the age of fourteen (§§ 207, subd. (a), 208, subd. (b)), with enhancements on all counts for personal use of a knife (§§ 12022, subd. (b), 12022.3), and enhancements for kidnapping with intent to commit the rape and oral copulation counts (§ 667.8, subd. (a)), and upon a finding of true made by the court that he had served a prior prison term (§ 667.5).

On appeal defendant raises two primary claims of error. First, he argues that the trial court erroneously denied his motion for new trial made on the basis that the court should not have admitted deoxyribonucleic acid (DNA) evidence. Specifically he contends the trial court erred in finding the modified ceiling approach for calculating statistical frequencies of a DNA match *265 met the legal standard for reliability of scientific evidence set out in People v. Kelly (1976) 17 Cal.3d 24, 30 [130 Cal.Rptr. 144, 549 P.2d 1240]. Second, he contends it was error to deny his motion for mistrial made on the basis that various references during trial to defendant’s having been previously arrested or convicted so prejudiced the jury as to deny defendant a fair trial.

Because the facts of this case are almost entirely unrelated to the issues presented on appeal suffice it to say that defendant was charged with the various offenses committed against a 15-year-old girl and her 13-year-old boyfriend whom he came upon late one evening in a park. These charges were originally part of a 32-count information filed which involved 5 minor victims. Defendant pled no contest to some counts, others were severed. The proceeding on appeal was a retrial of the first 13 counts after the jury in a prior trial was unable to reach a verdict.

Discussion

I. DNA

Determining whether or not to grant a motion for new trial lies in the discretion of the trial court and will not be reversed on appeal absent a finding of manifest and unmistakable abuse of that discretion. (People v. Williams (1988) 45 Cal.3d 1268, 1318 [248 Cal.Rptr. 834, 756 P.2d 221].)

In order to introduce evidence of a new scientific technique the proponent of the evidence must make a three-part showing: (1) the technique or method is sufficiently established to have gained general acceptance in the appropriate scientific community; (2) testimony about the technique and its application is offered by a qualified expert; (3) correct scientific procedures were followed in administration of the technique or method in the particular case. (People v. Morris (1991) 53 Cal.3d 152, 206 [279 Cal.Rptr. 720, 807 P.2d 949]; People v. Kelly, supra, 17 Cal.3d at p. 30.)

Our Supreme Court has recently reaffirmed the validity of the standard for determining the admissibility of new scientific techniques which it set out in People v. Kelly, supra, 17 Cal.3d at page 30. (People v. Leahy (1994) 8 Cal.4th 587, 604 [34 Cal.Rptr.2d 663, 882 P.2d 321].) Not only did the court reaffirm Kelly, but it sought to explain the Kelly standard in light of two of its subsequent opinions. It noted that general acceptance in the scientific community requires the trial court to consider both “the quality, as well as quantity, of the evidence supporting or opposing a new scientific technique,” rather than to simply count noses of those who may possess some credentials to have an opinion of the technique. (People v. Leahy, supra, 8 Cal.4th at p. at p. 612.)

*266 The admissibility of DNA analysis evidence has been the subject of considerable judicial ink. While the cases are scarcely unanimous certain principles are undisputed. Kelly's test of general acceptance in the scientific community applies not only to the techniques for laboratory analysis of the DNA material but also to the statistical calculations which indicate the likelihood that the crime scene sample of DNA would match with some individual other than the defendant. (People v. Barney (1992) 8 Cal.App.4th 798, 818 [10 Cal.Rptr.2d 731].)

At the time of the Kelly hearing conducted in this case in February 1993 there was authority for the proposition that the laboratory processes and protocols used in DNA analysis by Cellmark Diagnostic—the testing company which performed the test conducted in this case—met with general scientific acceptance. (People v. Axell (1991) 235 Cal.App.3d 836, 862 [1 Cal.Rptr.2d 411].) However, in August of 1992, another division of this court had concluded that the statistical calculation step of a DNA analysis was the subject of such scholarly dispute that it could not be said that the statistical calculation method then employed had achieved general scientific acceptance. (Pe ople v. Barney, supra, 8 Cal.App.4th at pp. 820-821.) Thus, at the time this Kelly hearing was held, in early February 1993, the focus of that hearing was upon whether the statistical calculation methods which had been used met with general acceptance in the scientific community. 2

DNA Testing

In fact, there have been several different methods used at various times and by various laboratories for calculating the statistical likelihood of a random match between the DNA pattern of the defendant and the pattern obtained from the crime scene sample. To further complicate the matter each laboratory which does DNA analysis makes its comparisons against different data bases.

It was against this background that in late 1991 a controversy surfaced over the validity of the statistical calculations which were being made. Some scientists adopted the position articulated in print by Drs. Lewontin and Haiti that the existence of ethnic subgroups—and consequent genetic similarities within that subgroup—might be very different from such genetic similarities in a data base composed more generally of a single racial category. For example, shared DNA patterns in individuals of Polish extraction might be much more common than shared patterns found in a data base consisting of samples taken from individuals grouped only as Caucasian.

*267

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People v. Taylor, 33 Cal. App. 4th 262, 40 Cal. Rptr. 2d 132, 95 Daily Journal DAR 3575, 95 Cal. Daily Op. Serv. 2117, 1995 Cal. App. LEXIS 256 (Cal. Ct. App. 1995).

33 Cal. App. 4th 262 (People v. Taylor) — published by Counsel Stack Legal Research, free access to 12M+ legal documents.

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