1. Clinical Genetics Courses And Lectures Meetings and Conferences, Hummolgen. Undergraduate / college genetics courses. Undergraduate genetics courses, North Carolina State University http://www.kumc.edu/gec/prof/genecour.html

Clinical Genetic Education Resources (Courses and Lectures) Curricula Courses Cases Exams ... References Curricula Core Curriculum Recommendations for Medical Schools , American Society of Human Genetics (knowledge, skills, and attitudes related to medical genetics needed by medical students during their careers as physicians), Am J Hum Genet 1995 (56):535-537. Clinical Objectives in Medical Genetics for Undergraduate Medical Students , Association of Professors of Human Genetics, Genetics in Medicine vol. 1(1):54-55, Nov/Dec 1998. (clinical training and competencies for medical students to apply genetic principles in diagnosis, management, and prevention of human disease) Core Competencies in Genetics Essential for All Health-Care Professionals National Coalition for Health Professional Education in Genetics (NCHPEG) [Recommendations of core competencies in genetics essential for all health professionals , Core Competency Working Group of the National Coalition for Health Professional Education in Genetics, Genetics in Medicine Vol 3(2), March/April 2001

2. UBC GENETICS COURSES HOME PAGE Home page for the undergraduate genetics courses BIOL 334 335 a META NAME= UBC GENETICS (BIOL 334, 335, 336 337) HOME 430, previously called "Evolutionary Genetics", is now called "Genome to search the molecular genetics literature (PubMed) and sequence http://www.zoology.ubc.ca/genetics

BIOL 334 Information: Biol 334 Home Page Biol 334-201 Autotutorial Welcome Page (course not currently offered) BIOL 335 Homepage: BIOL 335 Home Page BIOL 336 (Evolutionary Genetics) Information: Biol 336 Home Page [The fourth-year course BIOL 430 , previously called "Evolutionary Genetics", is now called "Genome Evolution", and is offered in Winter Term.] BIOL 337 Information: Course Home Page Biology Program Guide entry Prof: Dr. Tom Grigliatti (Zoology) BIOL 337 TAs Laboratory location and times: Course outline: Course assessment: Web Resources for Genetics students: Search and Display the Results The Reference Desk dictionaries, thesaurus Resources for Learning Genetics: Genetics Glossary Cytogenetics Index Dictionary of Cell Biology Virtual FlyLab Careers in genetics page: http://www.faseb.org/genetics/gsa/careers/bro-menu.htm Course Resources: Genetics Information Resources: Mendelian Inheritance in Man database the Entrez browser use to search the molecular genetics literature (PubMed) and sequence databases (GenBank) Amos' Links . links to many more molecular biology databases. UBC Resources: Biology Program Guide BioSoc UBC Home Page This site is now maintained primarily by Dr. Berezowsky. It was last updated (by Dr. Redfield) on January 4, 1998. If you have comments or suggestions, send email to:

3. GENETICS LINKS INTEREST IN GENETICS. genetics courses. Gene Databases. Genetics Departments. Genetics Journals. Genetics Societies and genetics courses. Clinical Genetics ( Thomas Jefferson University http://www.il-st-acad-sci.org/health/genelink.html

LINKS OF INTEREST IN GENETICS Genetics Courses Gene Databases Genetics Departments Genetics Journals ... Clinical Genetics (Thomas Jefferson University) General Genetics (Emporia State University) General Genetics On-line course Human Genetics Problem Set (University of Arizona) Intermediate Genetics (North Dakota State University) Introduction to Genetic Algorithms Lectures and Tutorials in Immunology, Microbiology, and Cytogenetics (University of Natal-Durban) Meiosis and Mendelian Genetics (University of California-Santa Barbara) Medical Genetics (University of Utah) Mendelian Genetics Problem Sets (University of Arizona) Molecular Genetics of Eukaryotes Problem Set (University of Arizona) Molecular Genetics of Prokaryotes Problem Set (University of Arizona) Plant Molecular Genetics (North Dakota State University) Web Karyotyping (University of Arizona) Hypertexbooks Central Dogma (Massachusetts Institute of Technology) General and Medical Genetics (Colorado State University) Mendelian Genetics (Massachusetts Institute of Technology) Prokaryotic Genetics and Gene Expression (Massachusetts Institute of Technology) Recombinant DNA (Massachusetts Institute of Technology) Health Science Links Health Sciences page ISAS homepage Armando G. Amador, M.D.

4. EDU2 : Level 2 APPLIED/ENGINEERING. BIOINFORMATICS. CHROMATIN. DNA. GENETICS. GENOMIC. INTRO. METHODS. MICROARRAY Department of genetics courses. Dr. Hampikian's Homepagegenetics and biology http://www.my-edu2.com/EDU/genet.htm

EDU2 :GENETICS ABCentral Search Helpers Submit a Link ... ZOO GENETICS *APPLIED/ENGINEERING* Bio-Tech Info :genetic engineering BioCyc Knowledge Library:genome, metabolic pathways Conceiving a Clone Designer Genes ... The Joy of Cloning *BIOINFORMATICS* BIOINFORMATICS : TITLE *CHROMATIN* Chromatin Euchromatin Network Home Page. *DNA* Basics of DNA Fingerprinting Biochemistry 3107 Home Page:dna Biochemistry of Nucleic Acids Biology 572 Recombinant DNA Techniques, Cal State Northridge ... Westhof lab :structure des macromolecules biologiques *GENETICS* Anatomy of a Comparative Gene Expression Study Bio4241 - Advanced Topics in Genetics Biol 207: Genetics Cytogenetics at UW Waisman Ctr. ... bioWWW:genetics *GENOMIC* ANGIS Home Page : Australian national genomic information service Australian Genome Research Facility Center for Eukaryotic Structural Genomics Clemson University - Genomics Institute ... yfleung's functional genomics home *INTRO* Bio2250 - Principles of Genetics EEB 320: General Genetics GENE-LINKAGE FREQUENTLY-ASKED-QUESTIONS Genetics 301 ... Welcome to the GenScope Project! *METHODS* AFLP:amplified fragment length polymorphism in genetics Bio 306 Genetics HyperText Lab Manual Boomerang DNA Amplification (BDA) Patent CLUSTAL W Algorithm ... DNA Repair Home Page (RPN530; Prof. Huberman)

5. Undergraduate Studies In Genetics Information on the Chancellor Carey Bostian Scholarship. The Department of Genetics provides these undergraduate genetics courses. http://www.cals.ncsu.edu/genetics/undergrad.html

Undergraduate Studies in Genetics Genetics Minor: click here to see the Genetics Minor Requirements Information on the Chancellor Carey Bostian Scholarship The Department of Genetics provides these undergraduate genetics courses GN 301 Genetics in Human Affairs GN 411 Principles of Genetics GN 412 Genetics Laboratory GN 413 Advanced Genetics GN 414 Genes and Development GN 415 Genome Science GN 492 External Learning Experience GN 493 Special Problems in Genetics GN 495 Special Topics in Genetics Selected 700-Level courses in Genetics are open to advanced undergraduates - see full listing of Genetics courses The faculty members teaching each course are mentioned in that course listing. For many of them, you can click on their name and reach the page describing the faculty member's teaching and research interests. The Department has an Undergraduate Minor . The coordinator is W. H. McKenzie . Honor's research projects, and summer or part-time employment with the Department of Genetics research programs, provide additional unique opportunities for first-hand genetics research experience. Scholarship and Financial Aid information and CALS Undergraduate Advising information is available. Your browser's back capability can be used to return here.

6. Course Requirements For Graduate Genetics Degree Programs Doctor of Philosophy. REQUIRED CORE COURSES. GN701, Molecular Genetics. Go directly to Registration Records listing of all genetics courses. http://www.cals.ncsu.edu/genetics/gradrequirements.html

Course Requirements The course requirements in the Department of Genetics are designed to provide students with a strong background in this basic science. The advanced level and special-topics, elective courses challenge students and expose them to cutting-edge research. Majors This page provides lists of required and elective courses for graduate degrees in Genetics. Jump to: Doctor of Philosophy Master of Science Master of Genetics Minor The minor in Genetics is available for students completing the Master of Science or Doctor of Philosophy. To obtain a minor in Genetics, the student must successfully complete the core Genetics courses below and obtain approval from the Director of Genetics Graduate Programs REQUIRED CORE COURSES FOR MINOR Molecular Genetics Cellular and Developmental Genetics Population and Quantitative Genetics Experimental Statistics for Biologists (The full listing of genetics course with Registration and Records.)

7. Free Online Medical Genetics Courses And Tutorials Free Information Kit With PCDI s convenient home study course in medical and dental office assisting, you can prepare Human Genetics by University of Arizona. http://www.docnmail.com/learnmore/medical/genetics.htm

Free online Genetics courses, tutorials, books, tips, and resources. Bookmark this site Master Course List Educational Gift Ideas Free Medical Course topics Alternative Anatomy Cancer Chemistry ... Terminology Our Other Sites: AccountingAide.com DeadwoodChips.com HowToEdoIt.com Privacy Statement ... Medical Genetics See Also Heritage Chemistry Information Train-at-Home for a New Career Education Direct Work for companies, large and small, or start your own business. Free information packet Professional Career Development Institute Free Information Kit With PCDI's convenient home study course in medical and dental office assisting, you can prepare for an exciting clerical or administrative career in a private medical or dental practice, hospital, or clinic. Blood Types Tutorial by University of Arizona Learn about the inheritance of blood types and Rh factors while attempting to answer real questions received from people who had concerns about the blood types of their parents or about the father of their child or grandchild. Los Tipos Sanguíneos: La Guía by University of Arizona Aprenda como se heredan los tipos sanguíneos y factores Rh mientras intenta contestar preguntas hechas por varias personas quienes estaban preocupadas sobre el tipo sanguíneo de sus padres o del padre de su hijo o nieto.

8. EVOLUTIONARY/ECOLOGICAL GENETICS COURSES EVOLUTIONARY/ECOLOGICAL genetics courses (BIOL B242 and BIOL B243) A linked pair of courses in evolutionary and ecological genetics. http://www.ucl.ac.uk/~ucbhdjm/courses/

EVOLUTIONARY/ECOLOGICAL GENETICS COURSES BIOL B242 and BIOL B243 A linked pair of courses in evolutionary and ecological genetics. BIOL B242 EVOLUTIONARY GENETICS Brief aims and objectives BIOL B243 FIELD COURSE IN ECOLOGICAL GENETICS Brief aims and objectives This will impart some of the methods used to study population biology in the wild, and give practical experience of the joys of fieldwork. During the course, students undertake a small research project of their own. Practical issues The course is fun, but is not a holiday, and students have to work hard to keep up. Most of the lectures and practicals will take place in Spain during 10 days of the Easter Vacation. However, we give a small number (less than 5) introductory lectures before the end of the spring term in Block 4, and there is a requirement to attend the course symposium at the beginning of the summer term. The course is assessed in three ways, each contributing 1/3 of the marks. Essay, covering the background to one of the topics on the course. This will be handed in by the end of the spring term. Practical write-up . Students will write up the practical work done on the course, including discussion of the background, methods, results, and statistical analyses. The writeups are to be completed in Spain, and handed in on board the plane home.

9. Advanced Genetics Course Information This course is not a suitable substitute for genetics courses offered by the Biological Sciences Department for undergraduates, such as Bio 118. http://www.stanford.edu/class/bio203/course_info.html

Course Information Fall Quarter 2003, 4 Units Instructors Teaching Assistants Course Syllabus Lectures Tuesday and Thursday, 9:00 AM - 10:50 AM Munzer Auditorium (basement of the Beckman Center) Discussion Sessions Section assignments Section readings Nature of the course This course is designed for graduate students enrolled in the Ph.D. programs of any of the Biosciences departments and programs at Stanford University. Our emphasis will be on developing the ability to solve problems using genetic ideas and methods, to understand the nature and reliability of genetic inference, and to apply genetic reasoning to biological research. The format will be lectures twice a week, and a discussion session once a week. The discussions, led by the Instructors and other Stanford faculty geneticists, will be based on original research papers that define or illustrate the ideas and techniques covered in the lectures. It is essential that students read and understand the assigned readings in detail. Preparation It is assumed that all students have mastered the basic concepts of genetics, usually by having taken undergraduate courses, in both genetics and molecular biology. If you are uncertain of your preparation, we urge you to review by reading and, more importantly, solving the problems in, a good undergraduate genetics textbook. We recommend for this purpose any of several upper-level textbooks, particularly the following (with links to the Amazon.com website - no endorsement implied).

10. DIS - Molecular Biology & Genetics: Courses . Syllabus (pdf) Lab Manual (pdf).......Molecular Biology genetics courses Each course yields six semester hours of credit. Molecular Genetics, http://www.disp.dk/Academic/Biology/MolecularBiology/Courses.shtml

dqmcodebase = "/Menu/" //script folder location Requirements Study Tours Why Denmark? Department Profiles ... Environmental Biology Each course yields six semester hours of credit. Molecular Genetics Description Syllabus (pdf) Lab Manual (pdf) Bioinformatics Description Syllabus (pdf) Other Courses of Interest Each course yields three semester hours of credit . Description Syllabus (pdf) Biomedical Ethics Description Syllabus (pdf) Ecotoxicology - Principles and Practice Description Syllabus (pdf) Intensive Ecotoxicology Laboratory: Introduction to International Tests and Assays Description Syllabus (pdf) The Biophysical Basis of Ecophysiology Description Syllabus (pdf) Energy and Element Cycling in Ecosystems Description Syllabus (pdf) Intensive Field Course: Carbon Cycling in Danish Forest and Fjord Ecosystems Description Syllabus (pdf)

11. History Of Genetics Courses History of Genetics. Courses and Syllabi. Maintained by Michael Dietrich, Department of Biological Sciences, Dartmouth College. Biology 70 History of Genetics. http://www.dartmouth.edu/~bio70/courses.html

History of Genetics Courses and Syllabi Maintained by Michael Dietrich , Department of Biological Sciences, Dartmouth College Biology 70: History of Genetics T, Th 2-3:50, 101 Gilman Hall Spring 2002 Dartmouth College Instructor: Michael Dietrich Email: Michael.Dietrich@Dartmouth.edu Phone: 646-1389 Office Hours: T,Th 1-1:45 or by Appt. This course is designed as a survey of the history of genetics for upper division students. Proceeding from Mendel to the present, this course will emphasize the main intellectual trends in genetics as well as the interconnection between genetics and society. We will also consider how the practice of writing history has shaped the history genetics and will try to assess the impact of funding, personality, and nationality on the course of genetics. Course Website www.dartmouth.edu/~bio70 Evaluation Midterm: short answer format (25%) Research Paper: Proposal (5%), Final Draft (35%) Participation (10%) Final Examination: short answer format (25%) Texts Diane Paul, Controlling Human Heredity . (Humanities International, 1996).

12. School Of Molecular Biosciences - Genetics Courses Micro 462. Genetics Cell Biology Requirements 16 hours in GenCB courses at the 300400 level, including GenCB 301 and 450. A http://molecular.biosciences.wsu.edu/academics/gencourses.htm

Washington State University Home Suggested Schedule of Studies for Genetics The School offers courses of study leading to the degrees of Bachelor of Science in Genetics and Cell Biology with options in Molecular Genetics and Cell Biotechnology and Applied Genetics and Cell Biology. Students in Applied Genetics and Cell Biology must select either a plant or animal biotechnology focus. A minimum GPA of 2.0 is required in the GenCB courses for graduation. Molecular Genetics and Cell Biotechnology Option Freshman Year First Semester Hours Second Semester Hours Biol. 103 [B] Biol. 104 [B] Chem 105 [P] Chem 106 [P] Engl 101 [W] Gen Ed 110 or 111 [A] Gen Ed 110 or 111 [A] Math 140 [N] Sophomore Year First Semester Hours Second Semester Hours Phys 101 [P] Phys 102 [P] Chem 240 or 340, 341, 342

13. Human Genetics - Course Details and advancement. Few Universities even taught human genetics courses prior to 1970 because so little was known. New techniques in http://www.biology.uc.edu/faculty/huether/HumGenetics.html

June 14, 1999: For 1999-2000, or more likely beyond, include in the syllabus that it qualifies to fulfill the Dept capstone experience for the present time. Will need to think thru what specific additional requirements will comprise the capstone—most likely, the term paper, and an oral presentation to the class. Check to see if Dept has developed any standard guidelines. HUMAN GENETICS 15-047-569 Spring Quarter 1998-1999 "It is the attitude of mind developed in the students as they proceed with their studies, and not primarily the information they acquire, which determines the character and extent of their education." Luther Eisenhardt Instructor: Dr. Carl A. Huether Professor of Biology Office: 1603 Crosley Tower (Phone: 556-9764) Text: Basic Human Genetics We have the advantage this year that this new edition came out in the fall of 1998, so it is as up-to-date as textbooks can be. I believe you will be very impressed with all that is covered in this book, and how well the Manges are able to explain the material, as well as maintain you interest. There will also be several articles on reserve for additional reading as well during the quarter. There is also a CD-ROM included, which we can use to your advantage. (Open the mGearB file, not the Click me file, which is simply an advertisement for their future products.) COURSE GOALS This course is viewed as the second in a two course sequence, Genetics 302 being the initial offering. That course is a pre-requisite, in that it encompasses most if not all of the many genetic principles which will be assumed to reside in each student's background, if not the forefront of his/her mind! We will retrace a little of that ground, but mostly, we will attempt to build from it. We will also try to keep in mind that presumably at least one year has passed since most of you have taken Genetics 302!

14. Courses University Park PSU Genetics - Intercollege Graduate Ph.D. students must complete at least 15 credits of approved genetics courses. MS students must complete at least 12 credits of approved genetics courses. http://www.genetics.psu.edu/Courses/up.asp

15. NIH Rat Genomics And Genetics: Courses And Scientific Meetings http://www.nih.gov/science/models/rat/courses/

Third Annual Workshop on the Consomic Rat Phenome Project Comments Third Annual Workshop on the Consomic Rat Phenome Project Comments

16. Genetics Courses Corequisite(s) GN 4503. The formal teaching comprises lecture courses on population genetics, control of gene expression and genes and pathogenicity. http://www.abdn.ac.uk/registry/cat99/gn99.hti

Academic Section, University of Aberdeen,University Office, King's College, Aberdeen AB24 3FX . Telephone : + 44 (0) 1224 273505; Fax : + 44 (0) 1224 272039; E-mail : acareg@admin.abdn.ac.uk University of Aberdeen Catalogue of Courses 1999/2000 DEPARTMENT OF MOLECULAR AND CELL BIOLOGY GENETICS Return to Contents Page To view Level One Courses To view Level Two Courses To view Level Three Courses To view Level Four Courses Students may be interested to note that the Department of Molecular and Cell Biology offers courses in the following areas: Biochemistry Biotechnology Genetics Microbiology and Molecular Biology Level One Courses Return to top Level Two Courses GN 2001 FOUNDATION GENETICS CREDITS 3 Course co-ordinator : Professor D J Shaw Pre-requisite(s): BI 1001 and BI 1502 (from session 2000/01, BI 1503), CM 1005 or CM 1008 and CM 1505; TS 1001, strongly recommended for students with C or less at Higher (or equivalent) in Maths or Physics. This course forms an introduction to animal, plant and microbial genetics. The basic principles of gene action and expression are dealt with at the molecular, cellular and population level, including population genetics and evolution. The study of human genetics is included, together with the genetic basis of modern biotechnology. 3 lectures and 1 lab session per week; Mon at 9 and 3, Wed at 10; Tue or Thu at 3-6.

17. Committee On Genetics Courses Cox. This course focuses on genetic models for complex human disorders and quantitative traits. Nicolae. This is an advanced course in statistical genetics. http://cg.bsd.uchicago.edu/courses.html

COURSES AVAILABLE TO COMMITTEE ON GENETICS STUDENTS COMMITTEE ON GENETICS GENE 31900 – Introduction to Research in CG. Staff. Lectures on current research by departmental faculty and other invited speakers. A required course for all first-year graduate students in CG. (Autumn, Winter). GENE 39900 – Readings. Staff GENE 40100 – Thesis Research. Staff GENE 40200 – Non-Thesis Research. Staff BMB 30400 – Protein Fundamentals. Correll and Hoff. The course covers the physico chemical phenomena that define protein structure and function. Topics include: 1) the interactions/forces that define polypeptide conformation; 2) the principles of protein folding, structure and design; and 3) the concepts of molecular motion, molecular recognition, and enzyme catalysis. PQ: BMB 30100, which may be taken concurrently, or equivalent. (Autumn). BMB 30600 - Nucleic Acid Structure and Function. Rice and Correll. This course focused on the biochemistry of nucleic acids. Topics include nucleic acid structure and chemistry, protein-nucleic acid interactions, and the enzymology of key processes such as DNA repair and recombination, RNA splicing, and protein synthesis. A special emphasis is placed on primary literature and experimental design. PQ: Courses in Biochemistry, molecular biology and organic chemistry. (Autumn). COMMITTEE ON DEVELOPMENTAL BIOLOGY DVBI 35400 – Advanced Developmental Biology. Ferguson and Preuss. This course provides an overview of the fundamental questions of developmental biology, presenting both the classical embryological experiments that defined these questions, and the modern molecular and genetic experiments that have been employed to try to reach mechanistic answers to these questions. The first portion of the course will focus on the mechanism of axis formation in a variety of organisms; the second part of the course will explore selected topics in the field. (Autumn).

18. Molecular Biology And Genetics Courses (MBG) Molecular Biology and genetics courses (MBG). The following courses, numbered 50009999, are offered for graduate credit. Courses http://www.bulletins.wayne.edu/gbk-output/gen14.html

Molecular Biology and Genetics Courses (MBG) The following courses, numbered 5000-9999, are offered for graduate credit. Courses numbered 5000-6999 which are offered for undergraduate credit only may be found in the undergraduate bulletin, as well as all other undergraduate courses (numbered 0990-4999). For interpretation of numbering system, signs and abbreviations, see Course Signs and Abbreviations 7010 Molecular Biology and Genetics. Cr. 4 Prereq: organic chemistry background. Basic aspects of molecular genetics. (F) 7020 Advanced Molecular Biology and Genetics. Cr. 3 Prereq: MBG 7010 or equiv. Advanced core concepts in molecular biology and genetics. (W) 7030 Genetic Analysis. Cr. 3 Prereq: MBG 7010 or consent of instructor. Use of modern genetic analysis to investigate problems in cellular and molecular biology. Lectures and critical analysis of original literature used to illustrate concepts of molecular genetics and genetic engineering in eukaryotic and selected model prokaryotic systems. (B) 7090 Communication of Molecular Biology Data. Cr. 2

19. Molecular Biology And Genetics Courses (MBG) Molecular Biology and genetics courses (MBG). The following courses, numbered 50009999, are offered for graduate credit. For interpretation http://www.bulletins.wayne.edu/gbk-output/med_gcl6.html

Molecular Biology and Genetics Courses (MBG) The following courses, numbered 5000-9999, are offered for graduate credit. For interpretation of numbering system, signs and abbreviations, see Course Signs and Abbreviations 7010 Molecular Biology and Genetics. Cr. 4 Prereq: organic chemistry background. Basic aspects of molecular genetics. (F) 7020 Advanced Molecular Biology and Genetics. Cr. 3 Prereq: MBG 7010 or equiv. Advanced core concepts in molecular biology and genetics. (W) 7030 Genetic Analysis. Cr. 3 Prereq: MBG 7010 or consent of instructor. Use of modern genetic analysis to investigate problems in cellular and molecular biology. Lectures and critical analysis of original literature used to illustrate concepts of molecular genetics and genetic engineering in eukaryotic and selected model prokaryotic systems. (B) 7090 Communication of Molecular Biology Data. Cr. 2 Prereq: consent of instructor. Written aspects of collection and communication of molecular biology data. (B) 7120 (PHC 7220) Cell and Molecular Biology of Cancer Development. (C B 7220) Cr. 3

20. Medical Genetics Courses Medical genetics courses. MDGEN 601 Selected Topics in Medical Genetics (*3) (winter). A seminar course on topics of current interest in Medical Genetics. http://www.uofa-medical-genetics.org/grad/Courses.html

Students' Association Department Social Activities Employment Opportunities Rounds ... Contact Us Medical Genetics Courses MDGEN 601 Selected Topics in Medical Genetics (*3) (winter) Part 1: The human genome and the organization, structure, function of genes and chromosomes, with special application to human genetic disease. Areas of study will include chromosome rearrangements, genome mutability, and germline and somatic genome stability. Approaches for disease gene identification and characterization through bioinformatic approaches will be discussed. Part 2: An introduction to the basic principles and practices of genetic linkage analysis. Topics to include: (1) family-based methods for constructing linkage maps; (2) nonparametric and parametric methods for linkage mapping of disease mutations; (3) multipoint linkage mapping; (4) linkage mapping of complex (polygenic and oligogenic) traits including quantitative genetic models and variance component methods; (5) complex trait segregation analysis. Linkage mapping programs will be demonstrated in class and students will gain hands-on experience by analysis of published data using Genehunter, Loki and other popular software packages. MDGEN 601 Selected Topics in Medical Genetic HAS BEEN CANCELLED for the Winter Session 2004 due to low enrollment.

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