DNA Technology and Its Forensic Application

Lieferzeit: Lieferbar innerhalb 14 Tagen

106,99 

ISBN: 3540540350
ISBN 13: 9783540540359
Herausgeber: G Berghaus/B Brinkmann/C Rittner et al
Verlag: Springer Verlag GmbH
Umfang: xi, 225 S., 55 s/w Illustr., 225 p. 55 illus.
Erscheinungsdatum: 16.09.1991
Auflage: 1/1991
Produktform: Kartoniert
Einband: KT

Proceedings of an International Symposium, Cologne, September 13-14, 1990

Artikelnummer: 4149424 Kategorie:

Beschreibung

InhaltsangabeReview Lectures.- Principles and Recent Advances in DNA Fingerprinting.- DNA Fingerprinting as a Tool of Paternity Testing in Germany.- Genetic Typing of Biological Evidence Using the Polymerase Chain Reaction.- A Critical Review of the Forensic Application of DNA Technology.- DNA Methylation: A Defense Mechanism Against the Expression of Foreign DNA?.- Juristische Aspekte der forensischen DNA-Analyse.- PCR-Technology.- Research Regarding the Polymerase Chain Reaction for Forensic Utility - HLA-DQ? Locus and AMP-FLPs.- DNA Typing Using PCR Amplified Fragments in the HLA Class I Region.- PCR-Typing of the Human HLA-DQ? Locus: Population Genetics and Application in Forensic Casework.- DNA Amplification (PCR) of Several Hypervariable Loci in Disputed Paternity Cases.- Amplification of a Highly Polymorphic VNTR Segment, Localized on the Ha-Ras Gene by PCR.- Methodology, Data Bases.- Reliability of Restriction Enzyme Digestions of Genomic DNA for the Generation of DNA Fingerprints.- Concept for a More Precise Definition of the Polymorphism YNH24.- Evaluation of Variable Number of Tandem Repeat (VNTR) Alleles in Mother-Child Combinations.- A Proposed Combination of Single Locus Probes for Multiple Rehybridization.- DNA-Profiles with HVR-Probes - Allele Frequencies of HinfI-RFLPs Using pHINS310, pMUC7 and pMR24/1 in a Population Sample from Hannover and Lower Saxony.- Analysis of Allele Frequencies of Two Polymorphic Loci in a North-East Italian Population.- Digoxigenin-DNA Probes for Detecting Human VNTR Polymorphism.- Practical Use: Paternity.- The Application of Four Single Locus Probes in Cases of Disputed Paternity.- The Practical Significance of Human Genetic RFLP-Systems in Paternity Testing.- Individual Diagnostics by DNA Fingerprinting.- Paternity Analysis in a Deficient Family by DNA Profiling (Single-Locus and Multi-Locus Probes).- Paternity Tests in 10-12 Weeks Old Fetuses by Mean of Single-Locus-DNA-Polymorphisms.- DNA Fingerprinting for the Protection of Endangered Species.- Practical Use: Stain Analysis.- Treatment of Bloodstains for Simultaneous Application of Serological and DNA Typing Methods.- DNA Extraction and RFLP Analysis of Bloodstains on a Variety of Textiles - Investigation of Various Extraction Procedures.- Stability of DNA in Brain Cortex After Long Post Mortem Periods.- The Identification of a Charred Body by Oligonucleotide Fingerprinting with the (GTG)5 Probe.- Biostatistics.- Biostatistical Evaluation of Evidence from Single Locus Hypervariable DNA Probes: Tests of Independence of Loci.- MLP and SLP Band Patterns and Probabilities of Identity.- Efficiency of Multilocus Probes in Mother-Child-Putative Father Cases.- The Proposal of Evett et al. for Paternity Calculations in Normal Trio Cases Using MLP Profiles and the Freiburg Model of a Multiple Diallelism: A Comparison.- A Contribution to the Computer-Aided Analysis of DNA Fingerprint Patterns.

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