81. Department Of Genetics - Courses http://www.sun.ac.za/genetics/courses_frameset.html

82. Department Of Genetics - Courses Undergraduate genetics Plant breeding Aquaculture Biometry. Postgraduate PhD and PhDAgric MSc and MScAgric BSc Honours BScAgric http://www.sun.ac.za/genetics/information/courses_links.html

Undergraduate: Genetics Plant breeding Aquaculture Undergraduate: Genetics Plant breeding Aquaculture ... BScAgric Honours in Animal Breeding

83. Cell Biology & Molecular Genetics - Course Advice - Biological Sciences - Univer Planning Your Degree. Below is a guide to help you select courses that will give you a well rounded degree in Cell Biology and Molecular genetics. Year 1. http://www.biol.canterbury.ac.nz/course_adv/cellbio_molgen.shtml

UC Home Courses Departments Library ... Search About Biology Home About Biology People Contacts ... Help Course Advice Animal Behaviour Animal Physiology Biochemistry Ecology ... Microbiology Course Advice Genetics is the science of heredity. It has a mere history of less then 150 years, yet the most significant discovery, the double helix, has celebrated its 50th birthday in 2003. The completion of the human genome project, followed by a proliferation of genome projects on endemic and endangered species have promised to challenge the creativity of future scientists. Genetics will provide a platform for the development of new drugs to combat diseases, methodology for the conservation of endangered species, improved agriculture and horticulture practices. Furthermore, it will help us to understand who we are and what we are, and even to catch criminals. Career paths Geneticists have a wide range of possible career options. They are employed by biotechnology companies and research institutes (e.g. AgResearch, Crop and Food, Environmental and Scientific Research) to undertake genetic typing and to develop new strains of organisms They may also work for pharmaceutical companies developing approaches to disease control, and for health research organisations and hospitals using genetics to identify disease-causing organisms as well as the genetic basis for human diseases.

84. Genetics 320 - 2003 The URL for the EEB/MCB 320 (genetics) for Fall of 2003 is. http//nitro.biosci.arizona.edu/courses/EEB3202003/EEB320.html. http://nitro.biosci.arizona.edu/courses/EEB320/EEB320.html

The URL for the EEB/MCB 320 (Genetics) for Fall of 2003 is http://nitro.biosci.arizona.edu/courses/EEB320-2003/EEB320.html

85. GSBS Program In Human And Molecular Genetics Course Requirements Program in Human and Molecular genetics Course Requirements. The courses that contain the material most needed to prepare for the http://gsbs.gs.uth.tmc.edu/policies/genet.html

Program in Human and Molecular Genetics Course Requirements The courses that contain the material most needed to prepare for the HMG Program written (breadth) exam part of the Ph.D. candidacy exam, while satisfying required coursework in the four GSBS core areas are listed below: PROGRAM REQUIREMENTS Current Topics in Human and Molecular Genetics (students in second year and beyond) Quantitative (choose at least one) Biomedical Statistics (if needed) and/or Genetics and Human Disease (strongly recommended) Molecular (choose at least one) Metabolic Biochemistry (if required) and/or Eukaryotic Gene Expression (strongly recommended) Cellular (choose at least one) Cell Biology (if required) and/or Molecular and Cellular Approaches to Human Genetics (strongly recommended) Systems (choose one) Cancer Biology (alternative) Developmental Biology (alternative) Experimental Genetics (alternative) Cell and Systems Physiology (alternative) SAMPLE CURRICULUM Plan A: Students entering with STRONG biochemistry and cell biology FALL 2003 Cancer Biology or Developmental Biology or Experimental Genetics One elective (consider Genetics and Human Disease if you have had sufficient statistics) SPRING 2004 Molecular and Cellular Approaches to Human Genetics Eukaryotic Gene Expression

86. GSBS Program In Microbiology And Molecular Genetics Course Requirements Program in Microbiology and Molecular genetics Course Requirements. FUNDAMENTAL courses Both of the following GS070014 Microbiology http://gsbs.gs.uth.tmc.edu/policies/micro.html

Program in Microbiology and Molecular Genetics Course Requirements FUNDAMENTAL COURSES: Both of the following: Microbiology and Molecular Genetics I Microbiology and Molecular Genetics II At least one of the following: Advanced Topics in Biochemistry and Molecular Biology ADVANCED COURSES: Both of the following: Microbial Sensing and Signal Transduction Molecular Basis of Microbial Pathogenesis ADDITIONAL ELECTIVES: These may be arranged in consultation with the student's advisor. Some examples of typical elective courses: Cell Biology Developmental Biology Eukaryotic Gene Expression Immunology I Mechanism of Hormone Action and Signal Transduction Evolution of DNA Introduction to Analysis of Genetic Sequence Data Quantitative Analysis of Biological Processes OTHER REQUIREMENTS: The Ethnical Dimensions of the Biomedical Sciences Attendance at MMG Departmental Seminar (GS070751) and regular attendance at Journal Club (GS070741) is required of all program students, but registration is not required while students are registered for other courses.

87. Molecular Genetics Course Molecular genetics. Lecture Information. Lecture 1. Lecture 2. Lecture 3. Lecture 4. Lecture 5. Lecture 6. Lecture 7. Lecture 8. Lecture 9. http://w3.ouhsc.edu/cell_biology/Courses/MolecularGenetics/MolecularGeneticsCour

Molecular Genetics Lecture Information Lecture 1 Lecture 2 Lecture 3 Lecture 4 Lecture 5 ... Lecture 9

88. Bio 102: Human Genetics Course Syllabus-Fall 2001 Bio 102 Human genetics Course Syllabus. http://ase.tufts.edu/biology/courses/bio102/syllabus102.html

Bio 102: Human Genetics Course Syllabus-

89. Department Of Genetics - Trinity College Dublin - Undergraduate Studies The BA (Mod.) in Human genetics course differs from the BA (Mod.) in genetics in the obligation to study a particular combination of courses in the four year http://www.tcd.ie/Genetics/courses/undergrad.htm

Undergraduate Degrees For general enquiries please select the relevant items from the Admissions web page. The Department of Genetics offers two four-year undergraduate degrees: B.A. (Mod.) in Genetics B.A. (Mod.) in Human Genetics Both degrees are awarded under the regulations of the Faculty of Science , TCD. B.A. (Mod.) in Genetics Leaving Cert points required (year 2000-01): 395 Students taking the B.A. (Mod.) in Genetics degree apply initially for TCD Science ( ) on the CAO form. Science students may then choose to specialise in Genetics at the beginning of the Junior Sophister (3rd) year, or may choose other specialised science areas. More information on B.A. (Mod.) in Genetics B.A. (Mod.) in Human Genetics Leaving Cert points required (year 2000-01): 520 The B.A. (Mod.) in Human Genetics course differs from the B.A. (Mod.) in Genetics in the obligation to study a particular combination of courses in the four year programme, and the concentration on human genetics. Students taking the B.A. (Mod.) in Genetics course have more course choice options in the Junior and Senior Freshman years. Students taking the B.A. (Mod.) in Human Genetics course apply specifically to the course TR073 Human Genetics on the CAO form.

90. Introductory Fly Genetics Course Type Thingies. Introductory Fly courses. Here are some links to sites with maybe useful information about basic fly genetics, nomenclature and the like. http://fruitfly4.aecom.yu.edu/learning.html

91. Frontiers In Genetics - Courses, Conferences Course of Prof Denis Duboule at the EPFL, Lausanne, 2002 2003 - slide show Page National Center of Competence in Research - Frontiers in genetics Sciences III http://www.frontiers-in-genetics.org/en/documents/courses_documents.html

var id="courses_documents"; parent.chemin.location.href="chemin.php?id="+id; FS('../../styles/styles'); Developmental Biology Course of Prof Denis Duboule at the EPFL, Lausanne, 2002 - 2003 - slide show (in french) PDF version (light, only 1.83 Mo) (PDF file; 44 pages, 1.83 Mo) Original PPT animated version (heavy: 12.8 Mo) (PowerPoint file; 44 slides, 12.8 Mo; best viewed with PowerPoint Viewer) - slide show (in french) PDF version (light, only 789 Ko) (PDF file; 31 pages, 789 Ko) Original PPT animated version (heavy: 7.44 Mo) (PowerPoint file; 31 slides, 7.44 Mo; best viewed with PowerPoint Viewer) Get Acrobat Reader 6.0 Get PowerPoint Viewer for Windows 98/2000/XP/ME/NT Get PowerPoint Viewer for MacOS 7.5.5 to 9.x Site Map Search Contacts Home ... Print Page National Center of Competence in Research - Frontiers in Genetics

92. BMS Genetics Course, Winter 2004 Course Name and Number BMS 255, Basic genetics Genomics, 4 units Scope of Course This course will cover basic aspects of genome organization, function http://www.ucsf.edu/bms/courses/bms255/

Course Name and Number: Scope of Course: This course will cover basic aspects of genome organization, function, replication, repair, and role in human disease. The course is divided into three modules. The first module covers genome organization and basic function. The second module covers the use of model organisms for assessment of genome function. A third module covers genetic and genomic aspects of human disease. Computer laboratories will introduce common databases and computational resources that are essential for modern genomic studies. Paper discussions will cover recent developments in cancer genomics and genetics. Course Outline: The course is divided in three modules: Basic Genomics/Molecular Genetics, Model Systems, and Genetic Diseases. Lecturers: Don Ganem, MD Corey Largman, PhD Nigel Killeen, PhD Christian Vaisse; MD, PhD ... Mark Anderson, MD, PhD Teaching Assistants: Yan Shu and Cynthia Mysinger . Weekly review sessions TBA. Course Duration: Exams: Midterm Exam: 2/13/04-2/20/04; Final Exam: 3/16/04-3/22/04

93. Announce@bioinformatics: FW: Statistical Genetics Course Online Subject Statistical genetics Course online NC State University will offer two online threecredit-hour graduate-level courses in statistical genetics in the http://www-lists.bioinformatics.unsw.edu.au/archives/announce/msg00096.html

Date Prev Date Next Thread Prev Thread Next ... Thread Index announce@bioinformatics: FW: Statistical Genetics Course online To announce@bioinformatics.unsw.edu.au Subject : announce@bioinformatics: FW: Statistical Genetics Course online From bgaeta@unsw.edu.au Date : Mon, 01 Dec 2003 11:21:15 +1100 Cc Delivered-to : list-announce@lists.bioinformatics.unsw.edu.au Delivered-to : announce@bioinformatics.unsw.edu.au In-reply-to List-archive List-help mailto:announce-request@lists.bioinformatics.unsw.edu.au?subject=help List-id List-post mailto:announce@lists.bioinformatics.unsw.edu.au List-subscribe http://www-lists.bioinformatics.unsw.edu.au/listinfo/announce mailto:announce-request@lists.bioinformatics.unsw.edu.au?subject=subscribe List-unsubscribe http://www-lists.bioinformatics.unsw.edu.au/listinfo/announce mailto:announce-request@lists.bioinformatics.unsw.edu.au?subject=unsubscribe User-agent : Microsoft-Entourage/10.1.4.030702.0 http://distance.ncsu.edu for ST 610 D: Genetic Data Analysis, taught by Bruce Weir ST 610 F: Statistical Analysis of Pedigree Data, taught by Elizabeth Thompson. For ST 610 D, participants will receive powerpoint presentations with audio tracks with material from the forthcoming "Genetic Data Analysis III," Weir (2004). For ST 610 F, participants will receive a CD with the lectures (text and audio) and references to "Statistical Inference from Genetic Data on Pedigrees," Thompson (2000). Bruce Weir Phone: (919) 515-3574 Bioinformatics Research Center Fax: (919) 515-7315 NC State University email: weir@stat.ncsu.edu Raleigh NC 27695-7566 URL: htttp://statgen.ncsu.edu End of Forwarded Message

94. Genetics Course Outcomes Student Learning Outcomes. Content the knowledge about genetics you are expected to achieve at the end of this course. Understand http://ruby.fgcu.edu/courses/ndemers/10637/genout.html

95. RSS 2002 Genetics Course Short courses. Introduction to Genetic Epidemiology. John Whittaker (Imperial College, London) and Andrew Morris (Wellcome Trust Centre for Human genetics, Oxford http://www.tech.plym.ac.uk/maths/research/stats/RSSgenetics.html

RSS 2002 Short Courses Introduction to Genetic Epidemiology John Whittaker (Imperial College, London) and Andrew Morris (Wellcome Trust Centre for Human Genetics, Oxford) 3 September 2002 Genetic epidemiology is concerned with understanding the genetic component of human diseases. Rapid and continuing advances in molecular biology have led both to new types of genetic data and to a vast increase in the quantity of available data. During this course we will introduce a number of different approaches to genetic epidemiology. Our emphasis will be on the principles of data analysis and study design rather than in the details of particular computational implementations. We will contrast the strengths and weaknesses of the different approaches and try to indicate the circumstances in which each is most appropriate. The course will cover: Introduction to some relevant genetics Classical segregational analysis Parametric linkage analysis Non-parametric linkage analysis (e.g. affected sib-pairs) Association studies: case control data Association studies: family data (e.g. TDT)

96. LI HGEN600 Clinical Genetics (Course Director Bodurtha) LI LI HGEN600 Clinical genetics (Course director Bodurtha) LI HGEN697 Directed Research in genetics (Course director Nance) LI HGEN501 Introduction to http://www.vipbg.vcu.edu/hg/course/courses.txt

HGEN600: Clinical Genetics (Course director: Bodurtha) HGEN697: Directed Research in Genetics (Course director: Nance) HGEN501: Introduction to Human Genetics (Course director: Corey) HGEN502: Advanced Genetics (Course director: Corey) HGEN511: Human Cytogenetics (Course director: Brown, Jackson-Cook) HGEN525: Practice Genetic Counseling I (Course director: Bodurtha, Vanner-Nicely) HGEN527: Medical Genetics (Course director: Bodurtha) HGEN531: Dental Genetics (Course director: Pallante) HGRN600: Clinical Genetics (Course director: Bodurtha) HGEN619: Quantitative Genetics (Course director: Maes) HGEN690: Research Seminar (Course director: Nance) HGEN691: Special Topics: Animal Models of Human Genetic Disease (Course director: Shiang) HGEN697: Directed Research in Genetics (Course director: Nance) HGEN502: Advanced Human Genetics (Course director: Corey) HGEN502: Advanced Human Genetics (Course director: Corey) HGEN526: Practice of Genetic Counseling (Course director: Bodurtha) HGEN528: Medical Genetics (Course director: Bodurtha) HGEN600: Clinical Genetics (Course director: Bodurtha) HGEN603: Math/Statistical Gen (Course director: Corey) HGEN622: Cancer Genetic Counseling (Course director: Bodurtha) HGEN631: Advanced Dental Genetics (Course director: Pallante) HGEN690: Research Seminar (Course director: Shiang) HGEN691: Special Topics: Human Genetics (Course director: Nance) HGEN691: Special Topics: Human Genetics (Course director: Bodurtha) HGEN697: Directed Research in Genetics (Course director: Nance)

97. LI HGEN501 Introduction To Human Genetics (Course Director LI HGEN501 Introduction to Human genetics (Course director Corey) LI HGEN502 Advanced Human genetics (Course director Corey) LI HGEN511 Human http://www.vipbg.vcu.edu/hg/dr/courses.txt

HGEN501: Introduction to Human Genetics (Course director: Corey) HGEN502: Advanced Human Genetics (Course director: Corey) HGEN511: Human Cytogenetics (Course director: Brown, Jackson-Cook) HGEN525: Practice Genetic Counseling I (Course director: Bodurtha, Vanner-Nicely) HGEN526: Practice of Genetic Counseling (Course director: Bodurtha) HGEN527: Medical Genetics (Course director: Bodurtha) HGEN528: Medical Genetics (Course director: Bodurtha) HGEN531: Dental Genetics (Course director: Pallante) HGEN600: Clinical Genetics (Course director: Bodurtha) HGEN603: Math/Statistical Gen (Course director: Corey) HGEN619: Quantitative Genetics (Course director: Maes) HGEN622: Cancer Genetic Counseling (Course director: Bodurtha) HGEN631: Advanced Dental Genetics (Course director: Pallante) HGEN690: Research Seminar (Course director: Shiang) HGEN690: Research Seminar (Course director: Nance) HGEN691: Special Topics: Human Genetics (Course director: Nance) HGEN691: Special Topics: Human Genetics (Course director: Bodurtha) HGEN691: Special Topics: Animal Models of Human Genetic Disease (Course director: Shiang) HGEN697: Directed Research in Genetics (Course director: Nance)

98. BI315 Genetics Course Course BI 315 (Population genetics methodology course). This course is a cooperation project between the Institute of Botany and http://www.ntnu.no/~vmbijmor/jmork/courses/bi315txt.html

Course BI 315 (Population genetics methodology course). This course is a co-operation project between the Institute of Botany and Trondhjem Biological Station (TBS). It is arranged each autumn in the laboratories and auditories of TBS. Lecturers at the 1997 course were: Professor Atle Bones (NTNU). Professor Jarle Mork (NTNU). Ph. D. Paul Galvin (UCC, Cork, Ireland). Ph. D. Ciro Rico (UEA, Norwich, UK). Ph.D. Tony Ryan (NTNU). The course is open for Masters and doctor students, and is an introduction to state-of-the-art laboratory techniques (electrophoresis, DNA mini- and mikrosatellites, AFLP, and proteins) as well as computer-based statistical analysis procedures. BI 315 is a two-week full time course, and gives 2 points ("Vekttall"). The exam form is passed/not passed based on attendance and a personally produced laboratory journal. Snapshots from the 1997 course: Pic. 1. Pic. 2.

99. KSU Aquaculture Online Courses Fish genetics Online (Internet) courses Offered Fall 2004. Anyone who * wants to add a course on Fish genetics into his/her present university curriculum. http://www.ksuaquaculture.org/Online.htm

Home Research Master's Faculty ... Links Fish Genetics Online (Internet) Courses Offered Fall 2004 WELCOME TO FISH GENETICS. This is the actual screen that you will see when clicking on the "Course Documents" bar. This Internet course operates on the Blackboard 5 platform. All materials are divided into seven parts (folders) which, in turn, have subfolders. Units of course materials are similar to normal textbook chapters, containing text with figures, photos, and tables. The course also contains online tests, external links to Internet resources, discussion boards and other tools for active interaction between instructor and students, as well as among students. The Kentucky State University Aquaculture Program offers a 3-credit-hour Fish Genetics (AQU 407/507), undergraduate and graduate Internet course, in the fall 2004 semester. Dr. Boris Gomelsky, bgomelsky@gwmail.kysu.edu Assistant Professor at KSU, will teach the courses. The graduate-level course (AQU 507) is intended for students who already have a bachelor's (or higher) degree. During the course, students take six online tests. Graduate level students also prepare a review paper on some fish genetics topic.

100. COOPERATIVE LEARNING IN AN INTRODUCTORY GENETICS LECTURE COURSE The remaining questions were specific to this genetics course, but could equally apply to other science courses. In Question 6 we http://homepages.wmich.edu/~ficsor/coop_learning.htm

Printable View Home Dr Ficsor's CV and publications Research reports ... Photo Gallery COOPERATIVE LEARNING IN AN INTRODUCTORY GENETICS LECTURE COURSE Authors: Gyula Ficsor a , Doreen Odziana b , and Scott G. Smith a a Biological Sciences, McCracken Hall, Western Michigan University, Kalamazoo, MI 49008. b Science Teacher, Paw Paw Michigan High School, Paw Paw, Michigan Corresponding Author: Gyula Ficsor, Biological Sciences Department, 5040 McCracken Hall, Western Michigan University, Kalamazoo, MI 49008. Phone: (269) 387-5633 email: ficsor@wmich.edu FROM LECTURES ONLY, WE CHANGED TO LECTURES AND COOPERATIVE LEARNING FOUR MEMBER COOPERATIVE LEARNING GROUPS HAD MEMBERS WITH COMPLEMENTING BACKGROUNDS THE RESPONSIBILITY OF GROUP MEMBERS WAS CLEARLY STATED COOPERATIVE GROUPS FUNCTION ONLY IF ATTENDANCE FOR GROUP WORK IS STRICTLY ENFORCED Over the semesters we found that groups work only if attendance for group discussion is strictly enforced. There can be no group interaction if group members are frequently absent. We enforced attendance at group functions by stating in the syllabus and verbally: Two of the sixteen report scores will be dropped. Since physical presence is essential for group reports, no excuses will be needed or accepted in case of absence. Neither can reports be submitted early or late. The purpose of dropping two reports was not to increase report score totals, but to take care of unavoidable emergencies and absences without the necessity of dealing with excuses. These are harsh rules, but doing anything less will jeopardize the success of cooperative learning.

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