41. Genetics At The University Of Wisconsin-Madison Features graduate programs, courses, faculty, research, and staff profiles. http://www.genetics.wisc.edu/

Skip navigation Genetics Home University of Wisconsin Home Search: Site Home Academic Programs Ph.D. Program Genetic Counseling MS ... Contact Genetics at Wisconsin Faculty and Their Research Faculty and Their Research Genetics Counseling M.S. Program Undergraduate Program ... News and Events Laboratory of Genetics 445 Henry Mall, Madison, WI 53706 Tel: (608) 262-1069 University of Wisconsin-Madison Last updated: January 26, 2004 Feedback, questions or accessibility issues: XHTML CSS

42. Courses genetics 411 (http//depts.washington.edu/genetics/courses/Winter 2001) Gene Action Manoil; genetics Department listings from the University s Course Catalog. http://depts.washington.edu/~genetics/courses/courses.html

Courses Web Home Pages for Individual Courses 2001-2002 Academic Year Autumn Genetics 351 Human Genetics - Tachibana Genetics 371 Introductory Genetics - Sibley Genetics 371 Introductory Genetics - Raghuraman Genetics 454 Origin of Genetics - Sandler Genetics 490 Undergraduate Seminar - Gallant, Schivell Genetics 525 Topics in Human Genetics Genetics 550 Methods and Logic - Pallanck, Manoil Genetics 551 / MBT 510 Mutation and Recombination - Nickerson, Trask, Thomas, Berg Jim Thomas' Section Genetics 573 - Population Biology Genetics 590 (Autumn 2001) Evolution and Population Genetics Seminar - Felsenstein Winter Genetics 351 Human Genetics - Tachibana Genetics 371 Introductory Genetics - Berg, Brewer Genetics 372 Gene Function - Kurjan Genetics 411 Gene Action - Manoil Genetics 453 Evolutionary Genetics - Felsenstein Genetics 465 / 565 Advanced Human Genetics - King, Olson, Owens Genetics 525 Topics in Human Genetics - Furlong 2000-2001 Academic Year Autumn Genetics 351 (Autumn 2000) Human Genetics - Braun Genetics 371A (Autumn 2000) Introductory Genetics - Sibley Genetics 371B (Autumn 2000) Introductory Genetics - Raghuraman Genetics 454 (Autumn 2000) Origins of Genetics - Sandler Genetics 490 (Autumn 2000) Undergraduate Seminar - Tachibana Genetics 501 (Autumn 2000) Intro to Research Material Genetics 525 (Autumn 2000) Current Literature in Human Genetics - Furlong / Gartler Genetics 550 (Autumn 2000) Methods and Logic in Genetics - Gallant, Pallanck

43. Microbial Genetics: Home Module which explores the microbial genome by examining how it directs protein synthesis, how it is affected by mutation, and how it is transferred from one microbe to another. http://plato.acadiau.ca/courses/biol/Microbiology/home.htm

Welcome To The World Of Microbial Genetics! Morphology, metabolism, antibiotic resistance, and virtually all other microbial characteristics are determined by inherited information. This information is stored in macromolecules called nucleic acids that are passed on from generation to generation. In this module you will explore the microbial genome in detail by examining how it directs protein synthesis, how it is affected by mutation, and how it is transferred from one microbe to another. You will also explore mechanisms of genome regulation and take a very special look at viral genetics. The following chapters are available for your viewing pleasure: Preface: Module Information Start here! The module syllabus and information on module navigation. Chapter 1: The Basics The basic principles of microbial DNA, replication, transcription and translation. Chapter 2: Gene Regulation Microbial regulation of gene expression: the trp and lac operon. Chapter 3: Mutation Changes to the genome: how they happen and their effect. Chapter 4: Gene Transfer Genetic change: transformation, transduction, conjugation, plasmids, transposons.

44. Genetics 570 genetics 562 (Population genetics) Now given every other year, this is the graduate theoretical evolutionary genetics course that I give. http://depts.washington.edu/genetics/courses/genet570/2000/

Genetics 570 Phylogenetic Inference Spring, 2000 News Description from the UW Course Catalog Syllabus of lectures The Course Text ... What other phylogeny programs are available? News about the course The exams have now been graded and the grades turned in. Class members who want to see their exams (which have the point totals and grades written on them) should see the front desk secretary in the Genetics Department office, J205 Health Sciences Building. That is the same floor as my office and as the original lecture room, but turn right out of the elevator. The term papers are also attached to the exams (they counted 100 points, the exam 200 points). By agreement with the class, two extra sessions were scheduled, to help us keep up with the material. They are on Monday, May 22 at 2:30 pm and on Wednesday, May 31, at 1:30 (i.e. right after the regular lecture time). Both have been scheduled in J112 HSB. The topics we hope to cover in the rest of the course are: May 24 Trees from gene frequencies and quantitative characters May 26 Comparative methods May 31 (lecture 1) Coalescents May 31 (lecture 2) Likelihood on coalescents June 2 Consensus trees and tree distances With luck we will get a bit ahead of this schedule.

45. Science Outreach Of Washington University Curriculum materials, courses for teachers, educational information and resources. Focus Environmental Science and genetics. http://www.so.wustl.edu/science_outreach/

46. Courses genetics 351 Human genetics Tachibana. genetics 371 Introductory genetics - Sibley. genetics 371 Introductory Undergraduate courses. GENET 351 Human genetics The Individual and http://depts.washington.edu/~genetics/courses

Courses Web Home Pages for Individual Courses 2001-2002 Academic Year Autumn Genetics 351 Human Genetics - Tachibana Genetics 371 Introductory Genetics - Sibley Genetics 371 Introductory Genetics - Raghuraman Genetics 454 Origin of Genetics - Sandler Genetics 490 Undergraduate Seminar - Gallant, Schivell Genetics 525 Topics in Human Genetics Genetics 550 Methods and Logic - Pallanck, Manoil Genetics 551 / MBT 510 Mutation and Recombination - Nickerson, Trask, Thomas, Berg Jim Thomas' Section Genetics 573 - Population Biology Genetics 590 (Autumn 2001) Evolution and Population Genetics Seminar - Felsenstein Winter Genetics 351 Human Genetics - Tachibana Genetics 371 Introductory Genetics - Berg, Brewer Genetics 372 Gene Function - Kurjan Genetics 411 Gene Action - Manoil Genetics 453 Evolutionary Genetics - Felsenstein Genetics 465 / 565 Advanced Human Genetics - King, Olson, Owens Genetics 525 Topics in Human Genetics - Furlong 2000-2001 Academic Year Autumn Genetics 351 (Autumn 2000) Human Genetics - Braun Genetics 371A (Autumn 2000) Introductory Genetics - Sibley Genetics 371B (Autumn 2000) Introductory Genetics - Raghuraman Genetics 454 (Autumn 2000) Origins of Genetics - Sandler Genetics 490 (Autumn 2000) Undergraduate Seminar - Tachibana Genetics 501 (Autumn 2000) Intro to Research Material Genetics 525 (Autumn 2000) Current Literature in Human Genetics - Furlong / Gartler Genetics 550 (Autumn 2000) Methods and Logic in Genetics - Gallant, Pallanck

47. European Genetic Foundation A not for profit institution.Offers training for young geneticists and promote the public understanding of genetics. Features online courses, workshops, and links to related resources. http://www.eurogene.org/

EUROPEAN GENETICS FOUNDATION European School of Genetic Medicine Laboratorio di Genetica Medica

48. NIH Rat Genomics And Genetics Serves as a central point for information on NIH sponsored and related rat genetic and genomic activities and resources. Includes courses and meetings, reports and publications, and related resources. http://www.nih.gov/science/models/rat/

Welcome to the NIH Rat Genomics and Genetics Web site. Suggestions for improving the Web page and for items to include are most welcome. We want this page to serve your interests. Comments may be relayed to Bettie Graham at bettie_graham@nih.gov Chairperson, Rat Genome Working Group: Stephen C. Mockrin, PH. D Director, Divison of Heart and Vascular Diseases National Heart, Lung, and Blood Institute Photo Credit: Dr. Marga Kujpers Nature Genetics

49. ESHG Home Page Promotes research in basic and applied human and medical genetics. Includes information on structure, courses, events, and membership. http://www.eshg.org/

European Society of Human Genetics ESHG Conferences Courses European Journal of Human Genetics ESHG structure/organisation ... Site map European Society of Human Genetics c/o Vienna Medical Academy, Alserstrasse 4 1090 Vienna Austria Tel/Fax: email: eshg@eshg.org ESHG is an international professional society founded in 1967 which - promotes research in basic and applied human and medical genetics - facilitates contact between all persons who share these aims European Society of Human Genetics Policy Recommendations (and background documents) °Insurance and employment °Population screening programmes °Genetic services in Europe °DNA storage and DNA banking for biomedical research Genetics in Europe: information about human/medical genetics in European countries from the series in the ESHG newsletter European Human Genetics Conference Munich Germany , June 12-15, 2004 Programme Details and Registration forms available Please note that Abstract Submission is closed. Thank you for your submissions.

50. UC Irvine Biotechnology Program Special laboratory courses in Biochemistry, Molecular Biology, and genetics train students to manufacture recombinant gene products using bacterial, fungal, and animal expression systems. http://darwin.bio.uci.edu/~bio/biotechnology/index.html

self.name="Biotech" self.location="javasite/home.html" //> BROWSER ALERT You will need a Javascript-enabled, frames-enabled browser to view this site. If you are reading this message, it means at least one of two things: upgrade your browser. You are using a recent edition of your browser, but the use of Java or Javascript has not been enabled in your browser's preferences. This can easily be re-enabled. If you wish to proceed without making any changes or upgrades, CLICK HERE TO ENTER the non-Javascript version of the site. Upgrading your browser version In order to get maximum use from this website, please consider upgrading to the most current version of your preferred browser, as linked below. Click here to download the most current version of or Navigator click here to download the most current version of Microsoft Internet Explorer Enabling Javascript if your browser is already compatible You may already be running this software, but JavaScript has not been enabled. This can be re-enabled in either browser by going to: "Enable Java" (check box)

51. This Page Has Been Moved! the page, A list of bioinformatics courses , has been moved to a new location (August 19, 2003) http//www.nslijgenetics.org/ bioinfotraining/ if you have trouble accessing it due to network problem, return to the old page at here. ! http://linkage.rockefeller.edu/wli/bioinfocourse

the page, A list of bioinformatics courses , has been moved to a new location (August 19, 2003): http://www.nslij-genetics.org/bioinfotraining/ if you have trouble accessing it due to network problem, return to the old page at: here

52. William's Homepage Biography, album, photographic works, memory of father, advanced cancer research, immunology, traditional Chinese medicine, genetics and DNA, philosophy of living, new events and training courses. http://www.geocities.com/william_cs_cho/

53. Genetics Program Courses genetics PROGRAM courses. GEN 704/804 MICROBIAL genetics. Expression and transfer of genetic elements (chromosomal http://genetics.unh.edu/Courses.html

GENETICS PROGRAM COURSES GEN 704/804 MICROBIAL GENETICS Expression and transfer of genetic elements (chromosomal and nonchromosomal) in prokaryotic and eukaryotic microorganisms; consideration of factors influencing public health, industry, the environment, and society. Prereq: BIOL 604 or equivalent. Special fee, Lab. (also offered as MICR 704/804). 4 credits. GEN 705/805 POPULATION GENETICS An exploration of the forces affecting the frequency and distribution of allelic variation in natural populations. The relative role of mutation, selection, random drift and inbreeding in structuring genetic variation. Quantification of the genetic structure of populations. Prereq: BIOL 604. (Also offered as ZOO 705). Special fee, Lab. 4 credits. (Not offered every year). GEN 706/806 HUMAN GENETICS The genetic basis of human traits and diseases. New understanding added by molecular genetic approaches. Human genome project, gene therapy. Discussion of genetic components of quantitative and behavioral traits and human evolution. Prereq: BIOL 604 or permission; junior, senior, or graduate standing. Special fee. 3 credits. (Not offered every year). Theory and techniques of cell/tissue culture and genetic manipulation in plants, transformation vectors, somatic cell genetics, regulation of foreign gene expression, molecular basis of agriculturally important traits, environmental and social implications of genetic engineering in plants. Prereq: BIOL 604 or permission. Complements BCHM 765. Coreq: GEN 775. (Also offered as PBIO 774).

54. Genetics Graduate Research Program Two graduate level courses of study are available within the genetics Program General genetics and Molecular genetics. Both programs are interdepartmental. http://www.ukans.edu/~genet/genetics.html

Genetics at the University of Kansas Chair, Genetics Program The University of Kansas Division of Biological Sciences Haworth Hall 1200 Sunnyside Lawrence, KS 66045-7534 USA EMAIL Two courses of study are available within the Genetics Program at the University of Kansas. These are: General Genetics and Molecular Genetics. Both programs are interdepartmental. The course of study can therefore be individualized to accommodate students with varying interests. Research opportunities encompass a wide range of genetic phenomena, including molecular, microbial, developmental, human, plant, anthropological, quantitative, and population genetics, as well as mutagenesis, and genetic engineering. Graduate Degree Programs Genetics Faculty KU Biological Sciences The University

55. Genetics & Graduate Courses genetics genomicsgraduate program graduate courses. Departmental Core courses. Principles of genetics Genomics. GMS GE 701, 4 credits, course website http://gg.bu.edu/grad_courses

@import url(../gg.css); graduate courses Departmental Core Courses GMS GE 701, 4 credits, course website Fall Semester, First Year This course will serve as a foundation for understanding the heritable basis of numerous biological traits, the relationships among genes, and the regulation of their expression. We will focus on the ability to use genetic systems to probe these problems, and therefore will heavily explore the experimental aspects of these investigations. In addition, we will discuss the impact of the genome sequences on the practice of modern science. Moreover, we will use a case study approach to investigate the rich variety of scientific insights gained through genetic studies. Download syllabus here Advanced Topics in Genetics and Genomics GMS GE 702, 4 credits Spring Semester, First Year The Advanced Topics course will focus on the mechanisms of biological processes that influence the inheritance and regulation of genes. In particular, the molecular details of genetic, epigenetic, and genomic processes will be discussed. Both genetic and genomic experimental approaches to these processes will be explored. In addition, we will discuss the possibilities of utilizing these technologies in medical treatments. Download syllabus here Critical Thinking in Genetics and Genomics GMS GE 705, 2 credits

56. Chemistry Of The Cell And Genetics Medical genetics by Jorde, Carey, Bamshad and White (2nd edition Mosby, 1999). The first the final, American, book seems to be directly aimed at courses such as http://www.ucl.ac.uk/~ucbhjow/bmsi/bmsi-lectures.html

Genetics introduction This group of lectures is no longer given either at UCL or at the Royal Free where it used to form part of the Chemistry of the Cell and Genetics course (now replaced by a new curriculum) at UCL Medical School and also the Year 2, Genetics course at the Royal Free Hospital Medical School. What follows is frozen at year 2000 / 2001. However, because others outside UCL have found these lectures useful and because I have found it useful to be able to refer to them from other web pages, I will leave them here. Some of the material may be updated occasionally when I have time and energy! "The old curriculum" starts here! In this section look out for material which links from the genetics to the biochemistry and vice versa. Mostly this will be in the chemistry of genes and of genetic diseases, but try to think for yourself what might be the underlying biochemistry of any of the "black box" genetics. For instance "What makes a mutation dominant or recessive?". Do not worry if that question was at this stage meaningless. But check again at the end of the course, if it's still devoid of meaning then, your attention must have wandered! Only an outline of this course material has been given to you in the UCL course booklet. You should print out whatever parts of this web material you want to keep. In an effort to keep up to date, I will probably be revising it throughout the course and, of course, if you find any problems - non working links etc. - please let me know so that I can fix them. Whenever a genetic disease is mentioned I have tried to provide an external link so that you can

57. UCLA - MIMG Describes faculty research, lists academic programs and courses, and provides departmental directory and open positions in UCLA microbiology centers. http://www.mimg.ucla.edu/

Commencement 2004 information now available Mailing address: 1602-G MSB, 609 Charles E. Young Dr. East; Los Angeles, CA 90095

58. A Trait Is Some Aspect Of An Organism That Can Be Described Or Measured Introduction to genetic terminology using the cat as an example. Covers agouti, black, dilute, albino, red, dominant white and piebald. http://ib.berkeley.edu/courses/ib162/Week3a.htm

Basic Genetics as Revealed by Cats Although there is not complete agreement on the origin of the domestic cat, Felis catus , it is generally believed that domestication occurred in Egypt some 3500 years ago. The most likely wild African candidate for the ancestral cat is the African wild cat ( Felis libyca However, the European wild cat ( Felis silvestris ) may also have contributed to the genetic composition of the domestic cat by hybridizing with the African wild cat. Important Concepts and Facts about Cat Genetics Phenotype vs. Genotype A trait is some aspect of an organism that can be described or measured. The phenotype is the observed state of the trait. Phenotype is a product of the interaction between genotype and environment First, we will consider the effects of genotype. Cats have 19 pairs of chromosomes One member of each pair comes from Mom and one from Dad. Along the chromosomes are genes Genes provide the information necessary to produce a cat. All the genes in all the chromosomes comprise the genome , which is the complete cat blueprint.

59. Department Of Zoology Covers a broad range of studies of animals including their evolution, life history, behaviour, physiology, biochemistry, genetics and their relationships to other organisms and the environment. courses, contacts, staff, research and other links. http://www.zool.canterbury.ac.nz/Homepg.htm

60. Centre For Education In Medical Genetics - Courses The Centre for Education in Medical genetics is also currently working on developing genetics curricula, courses and training events for different professional http://www.bwhct.nhs.uk/cemg/courses.htm

Centre for Education in Medical Genetics West Midlands Regional Genetics Service Home Staff Courses Projects Publications Links Get involved ... Email us Courses Future courses Register an interest Past courses Other educational activities ... Internal activities Future Courses Title Participants Date Registration Genetics for Screening Professionals Antenatal screening professionals and others with an interest in antenatal and neonatal screening 4th, 5th, 12th and 13th May 2004 For information, please contact the Perinatal Institute: 0121 687 3470 Genetics for Learning Disability Psychiatrists Specialist Registrars and other Learning Disability Psychiatry staff 19th May and 23rd June 2004 Postgraduate Education Programme at Lea Castle Centre Assessment and Management of Families with Familial Cancer Specialist Nurses June 2004 By invitation Inherited Conditions in Community Practice Part 1:Sickle Cell and Thalassaemia (run by Birmingham Sickle Cell and Thalassaemia Service) Part 2: Families and Genetic Disorders Practice nurses, health visitors, school nurses, specialist paediatric nurses and other healthcare staff working with families in the community

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