| Code APOGEE | Intitulé | ECTS | CM | TD | TP | 1ère Session | 2ème Session | ||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| CC | Examen | Dérogatoire | Examen | ||||||||||||||
| Ecrit | Oral | TP | Ecrit | Oral | TP | Ecrit | Oral | TP | Ecrit | Oral | TP | ||||||
| ASOEBIO0 | Biosciences | 4.0 | 10 | 10 | 100% | 100% | 100% | ||||||||||
DNA profiling is a powerful and reliable system for measuring genetic traits. DNA typing provides valuable information in such diverse applications as medical science, environmental science, historical research, and forensic science. In this course, we review fundamentals of cell biology and genetics, the most common genetic typing systems used and the laboratory techniques employed to analyze the markers. We discuss the precautions that must be taken in collecting samples and the consequences of analyzing non-optimal material. Of particular interest from a societal standpoint is the creation of DNA databank.
Skils in DNA analysis.
1. Chapter 1: DNA: The fundamentals • The building of a multicellular organism from the founder zygotic cell • Nature and structure of DNA • DNA replication • Meiosis and genetic uniqueness • Maternal heredity 2. Chapter 2: Methods • Biological material • DNA extraction • Quantification of DNA • DNA amplification • Amplified DNA product separation 3. Chapter 3: Genetic markers and DNA databases • Amelogenin and gender identification • Short Tandem repeats • Single nucleotide polymorphisms • Lineage markers • Non-human DNA testing Practical Course 1: Paternity test Practical course 2: Forensic Identification
On-campus/Online
Feedback requested.
Website for practical course: http://www.cybertory.org/exercises/index.html
Maquette 2019/2020 - Les informations portées sur ces pages sont non-contractuelles et n'engagent en rien la responsabilité de la faculté des sciences et technologies de l'UPEC.
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