81. Genetics, Courses Fall 2003 Prerequisite(s) undergraduate courses in genetics and molecular biology.May be repeated for credit 1 time (maximum 2 enrollments). http://catalog.arizona.edu/2003-04/courses/034/GENE.html

Fall 2003 Course Descriptions All courses below are approved to be taught in Fall 2003; however, some (or all) may not be offered this term. The course numbers that are offered this term link to the Schedule of Classes. Class delivery modes (Web based, cable TV, correspondence, etc) are listed in the Schedule at the section level. The complete list below is a good indicator of what may be offered over the next few years (contact department about offerings). For explanations of course elements see the Key to Course Descriptions Genetics (GENE) Department Info GENE 416 Bioinformatics and Genomic Analysis (3 units) Description: Analysis of genome sequences for function using local and internet computer resources. Consult instructor for appropriate prerequisites before enrolling. Prerequisite(s): consult instructor for prerequisites before enrolling. Typical structure: 1 hour lecture, 6 hours laboratory. Identical to: MCB 416; MCB is home department. May be convened with: GENE 516. Usually offered: Fall.

82. Genetics, Courses Fall 2000 GENE 574 Advances in Mammalian genetics (2) Rpt./ 1 I P, undergraduate coursesin genetics and molecular biology. (Identical with BIOC 574, which is home). http://catalog.arizona.edu/2000-01/courses/004/GENE.html

Calendar Policies Courses Departments ... Home Fall 2000 Course Descriptions Key to Course Descriptions Courses listed below are approved UA courses as of Fall 2000. Not all approved courses will be offered during this term. For course offerings/availability during a specific term, see the Schedule of Classes . Each course number below links to the Schedule of Classes. Genetics (GENE) Dept Info College Info GENE 416 Bioinformatics and Genomic Analysis (3) II 1R, 3L. P, consult instructor for prerequisites before enrolling. (Identical with MCB 416, which is home). May be convened with GENE 516. GENE 424 Theoretical Population Genetics (3) I P, ECOL 320, MATH 223. (Identical with ECOL 424, which is home). May be convened with GENE 524. GENE 426 Population Genetics (3) II P, ECOL 182, ECOL 335; either ECOL 320 or PL S 312. (Identical with ECOL 426, which is home). May be convened with GENE 526. GENE 433 Human Genetics (3) I Genetic theory and technique, as applied to man; methods of analysis of genetically determined cytological and biochemical differences in individuals and populations. 2R, 3L. P, ECOL 320. (Identical with ECOL 433). May be convened with GENE 533. GENE 435 Evolution II (4) I N P, ECOL 320 or ECOL 335. (Identical with ECOL 435, which is home). May be convened with GENE 535.

83. Medical Genetics - Courses (as of February 14, 2003). MEDG 421 genetics Cell Biology of Cancer. MEDG 515Mammalian Developmental genetics. MEDG 520 Advanced Human Molecular genetics. http://www.medgen.ubc.ca/courses/courses.htm

Home Mission Academics Clinical ... Site Map (as of March 26, 2003) MEDG 419: Human Cytogenetics MEDG 505: Genome Analysis MEDG 515: Mammalian Developmental Genetics MEDG 520: Advanced Human Molecular Genetics ... MEDG 548: Directed Studies UBC - Course Calendar Medical Genetics Genetics University of British Columbia ... Faculty of Medicine Website Feedback Site last modified: May 6, 2002 Department of Medical Genetics.

84. Department Of Animal Breeding And Genetics - Courses SLU Hem. The Dept of Animal Breeding and genetics (ABG) is responsible/takingpart in the following courses at SLU. Course. Credits. %ABG. No. stud. Code. http://www.hgen.slu.se/course.html

The Dept of Animal Breeding and Genetics (ABG) is responsible/taking part in the following courses at SLU Course Credits %ABG No. stud. Code Agriculture programme Animal Genetics and Breeding Animal Science Advanced Animal Science Literature Seminar Animal Husbandry - review course at a distance Horse Breeding, Nutrition and Management Horse Breeding, Nutrition and Management - review course Dog Breeding, Nutrition and Health Dog Breeding, Nutrition and Health - review course Reindeer interaction with man and environment Reindeer interacting with man and environment - field course new Study Tour Core Curriculum in Agricultural Science Applied problem solving in Agriculture Biotechnology program Genome Analysis Natural Resources program Genetics Genetics of populations Quantitative Genetics and Selection Theory Population Biology Veterinary program Molecular and Basic Genetics - in Biomedical Core Curriculum course Breeding Programs and Disease Genetics - in the course Population Medicine Animal Genetics and Breeding Horse management program Horse Breeding and Genetics One credit point (cr) corresponds to one week of full time studies (40 cr/yr) Undergraduate education Revised 00.03.03 by

85. Department Of Human Genetics - Courses courses. 1 st Year Curriculum Required courses HUMAN genetics. HUM GEN 47000 –Human genetics I Human genetics. Instructors Ledbetter, Das, and Dobyns. http://www.genes.uchicago.edu/courses.html

Courses st Year Curriculum Required Courses: HUMAN GENETICS HUM GEN 47000 – Human Genetics I: Human Genetics. Instructors: Ledbetter, Das, and Dobyns. The objective of this course is to consider the mechanisms of mutation and inheritance in human genetic diseases, focusing primarily on chromosomal and single gene disorders. Topics include human genome structure, chromosome structure and abnormalities, mechanisms of mendelian disorders, non-mendelian mechanisms and disease, and human disease gene discovery. The format will include both lectures and student presentations. (Autumn). HUM GEN 46900 – Human Genetics II: Human Variation and Disease. Instructors: DiRienzo, Cox, and Hudson. The objective of this course is to consider principles of population genetics and complex trait mapping as they apply to humans. It will include the discussion of genetic variation and disease mapping data as well as the theoretical framework and analytical approaches used in these studies. The format will include both lectures and student presentations. (Spring).

86. SLC Human Genetics - Courses Program courses — courses. Advanced Human genetics This seminar in contemporaryhuman genetics spans several levels of biological organization the genetics http://www.slc.edu/human_genetics/index.php?content=courses

87. SLC Human Genetics - Courses Program courses — courses. Advanced Human genetics This seminar in contemporaryhuman genetics spans several levels of biological organization the genetics http://www.slc.edu/human_genetics/print.php?content=courses

88. Molecular Genetics -> Courses -> Biology -> Academics -> Brandeis University Faculty / Staff. Current courses. Upcoming Events. tel 781736-3100 fax 781-736-3107msu 008. Molecular genetics. Course Number, BIOL 122a. Term, Spring 2003. http://www.brandeis.edu/academics/biology/courses/03125071

@import url("/academicsdir/ntstyles.css"); Biology Brandeis University Academics Areas of Study Biology ... Upcoming Events [tel] 781-736-3100 [fax] 781-736-3107 [msu] 008 Molecular Genetics Course Number BIOL 122a Term Spring 2003 Instructor Lovett, Susan Call Number Block N Meeting Times TF 1:40PM - 3:00PM, Rosenstiel Requirements Met sn Restrictions See Bulletin for pre-requisites. Description Prerequisites: BIOL 22a (formerly BIBC 22a). A lecture and literature-based course concerning strategies of genetic analysis and the mechanisms that control genetic change and preserve genetic stability. Lectures cover the topics of genetic mutation, genetic recombination, repair of genetic damage, and chromosome structure and transmission. Research papers of current and historical interest will be discussed. Usually offered every third year. Last offered in the fall of 2000. Bulletin http://www.brandeis.edu/registrar/bulletin/provisional/BIOL-provisional.html#BIOL-122a

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

90. Department Of Genetics - Courses Undergraduate genetics Plant breeding Aquaculture Biometry. PostgraduatePhD and PhD(Agric) M.Sc. and M.Sc. Agric. B.Sc. Honours B.Sc. Agric. http://www.sun.ac.za/agric/genetics/information/courses_links.html

Undergraduate: Genetics Plant breeding Aquaculture Undergraduate: Genetics Plant breeding Aquaculture ... B.Sc. Agric. Honours in Animal Breeding

91. Frontiers In Genetics - Courses, Seminars, Conferences And Frontiers in genetics Seminars. http://www.unige.ch/frontiers-in-genetics/seminars/seminars.html

92. Genetics 320 Home page for genetics 320. You are visitor number, since 19 July2002. Terms students are expected to know from previous courses. http://nitro.biosci.arizona.edu/courses/EEB320/EEB320.html

Home page for Genetics 320 You are visitor number since 19 July 2002 Lecture Schedule and homework due dates Honors Announcements Grade postings and Family Educational Rights and Privacy Act ... Terms students are expected to know from previous courses. Other Home pages: EEB MCB Biochem U of A Genetics Graduate program ... UBRP Announcements Final exams can be picked up outside of BSW 211 Final Distribution of Grades Grade NUMBER Percentage A B C D F I Final grade now posted on Grade tracker Final Exam Curve and Key Study Groups Final list of Study groups. Problem Sets Problem sets can be picked up on the wall organizer outside of BSW 211. Problem Set 1. Due Friday 6 Sept at 11am. PS 1 pdf file Solutions Range: 0.5 - 10, mean = 7.56, medium = 8, 75% quartile = 9.5, histogram of scores Problem Set 2. Due Friday 13 Sept at 11am. PS 2 pdf file Solutions Range: 1- 10, mean = 7.92, medium = 8.5, 75% quartile = 9.5, histogram of scores Problem Set 3. Due Friday 20 Sept at 11am. PS 3 pdf file Solutions Range: 1- 10, mean = 8.0, medium = 8.5, 75% quartile = 10, histogram of scores Problem Set 4. Due 25 September at 11am.

93. Department Of Genetics - Trinity College Dublin - Study Genetics In Trinity Staff Research Publications courses genetics Home History Seminars NoticeboardAlumni Sitemap. Contact genetics Undergraduate degrees http://www.tcd.ie/Genetics/courses/courses.htm

Studying Genetics in Trinity College Dublin Students can study Genetics at two levels in Trinity College Dublin: Undergraduate Degrees Postgraduate Degrees N.B. In agreement with College policy, undergraduate students are kindly requested to fill the ' Course Assessment Form ' at the end of every course. You are reminded that the University of Dublin Calendar should be consulted for definitive information about the University. Last updated 15 December 2000 mdearce@tcd.ie Staff Research Publications ... TCD Home

94. Graduate Genetics Program - COURSES OFFERED Students may take courses other than those listed below from any of the Anat 260DEVELOPMENTAL genetics (2) Moody Recent advances in developmental genetics http://www.gwu.edu/~genetics/courses.html

COURSES OFFERED Students may take courses other than those listed below from any of the consortium universities with permission from the Program Director. Anat 212 NEUROBIOLOGY An integrated survey of the structure and function of the human nervous system; lecture, clinical demonstration, laboratory. Laboratory fee, $25. Anat 253 DEVELOPMENTAL NEUROBIOLOGY (3) Oakley Molecular and cellular mechanics of nervous system development. Topics include neural induction, pattern formation, fate specification, cell migration, axon guidance, target interactions, cell death, synapse formation and plasticity. Anat 260 DEVELOPMENTAL GENETICS (2) Moody Recent advances in developmental genetics, presented from animal models and applied to human birth defects. Anat 276 ADVANCED STUDIES IN ANATOMY Lectures and conferences on selected anatomical subspecialties-endocrinology, teratology, growth and others. Anat 277 SPECIAL TOPICS IN NEUROBIOLOGY (1 to 3) Selected topics regarding the structural and functional organization of the nervous system.

95. ACADEMIC REQUIREMENTS: In addition to your courses, qualifying exams, and dissertation, the GeneticsDepartment has arranged additional activities in which students should http://genome-www.stanford.edu/genetics/courses.html

Academic Requirements Courses Independent Study Courses Gene 260 Supervised Study Genetics Graduate students lab research from the first quarter until candidacy has been filed. (Usually from quarter 1 through quarter 6). Gene 299 Directed Reading Reading directed by Genetics Faculty. (Often to fulfill a course requirement or for a student to become more knowledgeable in a particular area of study.) Note: If Directed Reading is taken to fulfill a course requirement, a memo is required stating that the student has taken Directed Reading the [state the quarter] and has successfully completed the requirement for [course number]. Gene 399 Individual Research Genetics Graduate Students research study after candidacy has been filed and until the student is registered TGR. Gene 802 TGR Dissertation Registration after a student has filed for Candidacy, completed the Department required courses, and completed the university residency requirements. There are no units provided for TGR registration. Therefore, no courses can be taken unless the student pays tuition. Note: Advisors must grade this course: "N" means the work is satisfactory

96. UofM Course Calendar 2002-2003: Science - Genetics Three areas are represented in this program classical genetics, population genetics,and molecular genetics. courses from Arts, Agricultural and Food Sciences http://webapps.cc.umanitoba.ca/calendar03/faculties/science/genetics/

Faculty of Science Section 4: Programs and Courses Offered by the Faculty of Science 4.8 Genetics Program Program Coordinator: Peter Loewen General Office: 418 Buller Building Telephone (204) 474-9372 Web: www.umanitoba.ca/faculties/science/microbiology Email: peter_loewen@umanitoba.ca 4.8.1 Program Information The Faculty of Science offers an interdisciplinary program leading to a B.Sc. (Honours) degree in Genetics. Genetics is the science of heredity dealing with the mechanisms of inheritance and has generated concepts basic to modern biology. Three areas are represented in this program: classical genetics, population genetics, and molecular genetics. Courses from Arts, Agricultural and Food Sciences and Medicine are included in this program. Entry Requirements and Optional Courses The requirements for entry to the Genetics Honours program are a "B" in each of and , and not less than a "C+" in ; or a "B" in and a "C+" in each of and ; plus a grade of "C" in and standing in and one of . In addition, students must satisfy the general faculty requirements for entry to Honours programs. Students in this program must have their course selection approved by the Genetics program coordinator. To proceed from Year 2 to Year 3, and Year 3 to Year 4, and to complete Year 4 of the program successfully, students must have a sessional Grade Point Average of 2.50. Students who achieve less than a 2.50 sessional Grade Point Average in summer session will be allowed to continue in the Honours program if they maintain a 2.50 cumulative Grade Point Average (including that summer session) and at least a 2.00 sessional average in the summer session.

97. Martindale's Reference Desk: Bioscience & Biotechnology Center Part I BIOSCI/BIOTECH CENTER PART II Databases, courses Tutorials Harvard University Forestry ,J. Saarikko KK Kolari, Melta, Finland Forest genetics and Tree http://www-sci.lib.uci.edu/HSG/GradBioscience.html

M artindale's * T he R eference D esk * T HE "VIRTUAL" ~ B IOSCIENCE B IOTECHNOLOGY C ENTER - Latest Update - US/Pacific Monday, April 7, 2003 Sydney, Australia Tuesday, April 8, 2003 What's New in Biosci/Biotech Language Dictionaries File Download Time Calculator ... Author, BIOSCI/BIOTECH CENTER: PART I What's New in Dictionaries Safety Guidelines Chemical/Bio Material Safety Databases ... Protist A uthor: Jim Martindale Production, Newport Beach, California. C onsultant: Frank Potter S pecial thanks to the: UCI Science Library Department of Defense National Institutes of Health National Science Foundation Martindale's 'The Reference Desk' Martindale's Health Science Guide; Subsections within, are the sole property of James G. Martindale are hosted by UCI Science Library and various other sites around the world Bioscience Biotechnology Overview Biosci/Biotech "Antibodies" , The Antibody Resource Page "Astrobiology" , NASA , WINDandSEA, NOAA Central Library, NOAA, U.S. "Bioscience Meetings WW" , HUM-MOLGEN, Bundesrepublik Deutschland (Germany) "BioInformatics" , A. Hansen, Germany "Bio Netbook" , A. Cabibbo

98. Show Courses By Specialty 14 questions in Medical genetics. To date our research has demonstrated that problemorientedonline courses can improve physician knowledge, attitudes, and http://www.vlh.com/shared/courses/specialty.cfm?specialtyno=13

99. Courses Of Instruction Required for students in statistical genetics. Introductory courses inprobability are recommended but are not required. Basic concepts http://cpmcnet.columbia.edu/dept/genetics/genetics-courses.htm

DEPARTMENT OF GENETICS AND DEVELOPMENT COURSES OF INSTRUCTION* Principles of developmental biology Course Number: Genetics G4027y Instructor: A. Tomlinson Points: 3.0 pts * Required for first year Genetics and Development students. Open to students from all departments, but students from outside the Genetics Department should consult the instructor before registering. The course emphasizes the molecular control of vertebrate embryogenesis. Divided into three main areas: early embryogenesis, developmental neurobiology, and the development and differentiation of specialized organs or lineages. A combination of faculty lectures and presentations by participating students. Advanced eukaryotic molecular genetics Course Number: Genetics 4050x Instructor: A.Efstratiadis, T. Bestor Prerequisite: At least one graduate-level biochemistry or molecular biology course and the instructor's permission. Points: 4.0 pts * Required for second year Genetics and Development students. Advanced treatment of the principles and methods of the molecular biology of eukaryotes, emphasizing the organization, expression, and evolution of eukaryotic genes. Topics include reassociation and hybridization kinetics, gene numbers, genomic organization at the DNA level, mechanisms of recombination, transposable elements, DNA rearrangements, gene amplification, oncogenes, recombinant DNA techniques, transcription and RNA splicing. Students participate in discussions of problems sets on the current literature. Methods in genetics and development

100. Molecular Genetics & Biochemistry At GSU - Courses . Bio 8610, Physiology and genetics of Prokaryotes(4). courses , courses Description. Bio 6500, Human genetics (3)....... courses , courses http://biology.gsu.edu/molecul/courses.htm

Comments ? Table of Contents Core Courses (8 hours). Electives (8 hours). Topics and Seminar (8 hours). Proficiency in Biochemistry Ph.D. Course Requirments: (Note that these requirements are subject to change as a consequence of conversion to the semester system in Fall, 1998.) Courses # Courses Description Bio 8610 Physiology and Genetics of Prokaryotes (4) Bio 8620 Eukaryotic Molecular Genetics (4) To be selected from: Courses # Courses Description Bio 6500 Human Genetics (3) Bio 6564 Advanced Genetics (3) Bio 6074 Developmental Biology (3) Bio 6248 Cell Physiology (4) Bio 8010 Cellular Neurobiology (4) Bio 8020 Integrative Neurobiology (4) Bio 8220 Molecular Cell Biology (4) Bio 8278 Molecular Immunology (3) Bio 8410 Advanced Microbiology (4) Bio 8637 Nucleic Acid Structure and Function (3) Bio 8675 Molecular Virology (3) Bio 8910 Topics in Biology (prior approval of Program Director required) (3) Chem 6610 Advanced Biochemistry Courses # Courses Description Bio 8550 Introduction to Graduate Studies Bio 8700 Seminar Bio 8710 Concepts in Molecular Genetics Bio 8900 Topics in Microbiology Bio 8960 Topics in Cell Physiology and Biochemistry

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