BIOL345 Advanced DNA Methods Spring 2010
Text: Butler, JM. 2005. Forensic DNA Typing. Elsevier Academic Press, Oxford.
Instructor: Dr.
Ted Nuttall E-mail: tnuttall@lhup.edu
Office: Ulmer Hall 307
Web
Site: www.lhup.edu/tnuttall/
Phone:
484-2058 Office
Hours: M 11- 12 am; T 1-2; R 10-12
Agenda:
First half of the semester: DNA Sequencing (using AFDIL protocols)
Isolate DNA, PCR amplify multiple fragments of mtDNA, sequence analysis on 310 Genetic Analyzer
Book chapter 10-11, 12-14
Second half of the semester: Genotyping (using Profiler Plus)
Isolate DNA, PCR amplify multiple loci, fragment analysis on 310 Genetic Analyzer
Book chapters 1-7, 12-15
Exams: Exam I will be during the last week in February
Exam 2 will be held during finals week: 2-3:30pm, Tuesday, May 4
Report: Oral presentation and Poster presentation
Poster: Rough draft due March 19 (30pts), Final due April 9 (10pts)
Bring to Class: Text book, Notebook for general note-taking, Dedicated lab notebook (spiral bound, leave in lab), Sharpie (extra fine is best), Calculator, Gloves, blue book for MCJ (metacognative journal).
Reasonable
Accommodations: Students with disabilities are
encouraged to discuss requests for reasonable accommodations with me at the
beginning of the semester. In order for accommodations to be provided, your
disability must be verified by Dr. Reynol Junco, Director of Disability
Services for Students, 104 Russell Hall, 484-2926.
Email:
All email correspondences will be made to campus email addresses
only. Please be sure to use your LHU
account and check it.
Exams & Quizzes:
All exams must be taken on schedule.
No make-up exams will be given unless prior arrangements with me are
made as far in advance of the exam as possible.
Only official LHU excuses are acceptable. All quizzes will begin a few minutes after
the beginning of class, and may be unannounced.
Some may include finding information in your lab manual. Be on time!
No make-up quizzes will be given.
BIOL345 Advanced DNA Methods Spring 2010
(Page 2)
Cheating:
Please don't! If you are caught
cheating (this includes plagiarism) you will receive a zero on that assignment
or exam. If you are caught a second
time, you will immediately fail the class.
Read the Academic Honesty policy in the student handbook. Cheating is an insult to everyone who studies
hard and works honestly.
Laboratory conduct:
Do not play around with equipment or supplies—they are expensive and
sometimes dangerous! Stealing or intentionally misusing/breaking
supplies or equipment will result in suspension from the class. Additionally, intentional classroom
disruptions will not be tolerated—please be courteous to your fellow students.
Grading:
(The actual total may be different due to extra quizzes in lab.)
Exam 1 100pts
Exam 2 100pts
Lab notebook 20pts
MCJ 10pts
Quizzes 40pts
Report 60pts (poster = 40 and oral = 20)
TOTAL 330pts
Exams may contain hands-on tasks, such as genotype/sequence interpretation, instrument use, and problem solving.
PLANNING
Genotyping Labs:
FTA paper 1hr (to dry)
DNA IQ isolation lab 2 hr
Wash FTA sample for PCR 0.5hr
PCR setup and Run (profiler plus) 1hr (includes overview)
Load and run 310 2hr
Clean up 310 0.5hr
Genescan hands-on 2hr (half class at a time-1 hr)
Genotyper hands-on 2hr (half class at a time-1 hr)
Genotyping Lectures: Students read chap 1, 2
DNA isolation, Quantitation 1hr Chap 3
PCR multiplex, issues 1hr Chap 4
Capillary electrophoresis, etc. 1hr Chap 11, 12
310 operation, data collection overview 1hr Chap 13, 14
Running samples on the 310 1hr
Genescan, raw data analysis overview 1hr
Biology of STR 1hr Chap 5
More on STR 1hr Chap 6
STR and forensic issues 1hr Chap 7, 15
Sequencing PCR 1hr Chap 10
mtDNA uses and terminology 1hr
Phylogenetics, barcoding 1hr
Other uses of DNA 1hr Chap 9, 11
Topics for presentations (oral and poster): Introduction and background
Methods used
Identifications of animals, plants, bacteria, fungi Types of Data generated
Forensic (military, genocide, criminal) Discussion
Pathology References
Illegal trade
Agriculture/breeding
Conservation
Mass disasters
Taxonomy, Pharmaceuticals
New techniques and applications
Phylogenetics
Molecular archeology
New forensics (Low copy, etc)
Forensic Science issues
Genetics-based medicine