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  Michael R.J. Forstner, Ph.D.

 

 Genetics 2450

     Class Syllabus

     Sample Exam 1

     Sample Exam 2

     Sample Exam 3

     Sample Final

      

  Lab Syllabus

 

  Lab Manual

      Intro Material

     General Info

     Genetics Lab Papers         

     Writing Papers

     PopGen Lab Res. Paper

 

 

Genetics 2450  

 

Spring

     

DAYS

Tuesday/Thursday

PROFESSOR

Michael R.J. Forstner, Ph.D.

ROOM

SCI 116

PHONE

512-245-3362

TEXT

iGenetics: A Molecular Approach

 
EMAIL

AUTHOR

Russell      ISBN: 0-8053-4665-1

OFFICE

SCI 240

WEBSITE
http://www.mikeforstner.com
OFFICE HOURS

Tuesdays/Thursdays 2-4

 

     
Course Description and Objectives
 
 

This course is an introduction to the many areas of modern genetics and emphasizes the principles of genetics in each of 5 main areas, Transmission, Cytogenetics, Quantitative, Population, and Molecular Genetics.  Students are expected to demonstrate excellence in conceptual and problem solving approaches for genetics questions drawn from each of those sub-disciplines.

Grading Policy

I will drop the lowest score of the first three exams, replacing it with your final examination grade (if higher). Three lecture exam grades are averaged, providing 75% of your final lecture average. The final exam will be cumulative and comprehensive. It will represent 25% of your final lecture grade. Your overall lecture average represents 70% of your final course grade. Your final laboratory average provides the remaining 30% of your final course grade.

There are no make up exams, if you must miss an examination make provisions with me well in advance of the exam. All emergencies or unforeseen difficulties causing you to miss an exam will result in that missed exam having the lowest exam score (zero) and it will be replaced by your final exam grade. (See also Pop Quizzes below)

Attendance

Attendance is mandatory, however, I do not explicitly deduct from your grade based on absences (however see Pop Quizzes below).

Pop Quizzes

I want to do my best to help each student to do well in genetics.  Over the past five years one thing seems to do that very well, consistent attendance.  I expect each student to be prepared for the material and to be in class each day.  I will sometimes (or not) give Pop quizzes during the semester, a Pop Quiz grade is equivalent to an exam grade and will be averaged as if it was simply another lecture exam.  (Thus a zero on a pop quiz becomes your lowest grade and would then be replaced by the final exam grade).  The Pop Quiz will be one or two questions drawn from the chapter problems for the current lecture (not yet covered in class) or a just completed one (the previous lecture)Chapter problems

Lecture Exams

All of the exams in this course are mixed format. They include multiple choice (including True/False), short answer, matching and essay questions. One very successful means of preparing for the exams is completing all problems in the chapters for each exam. Calculators (or any other electronic device) are NOT allowed for use during the exams, practice and preparation without a calculator (especially probabilities) is strongly encouraged.

Chapter Problems

Chapter problems will not be collected nor graded, however, all problems in each of the chapters are considered as assigned and often appear on examinations. Sample examinations are available online at: http://mikeforstner.com  (see left sidebar for more information)

**Anyone requiring special assistance with disabilities, religious holidays, or university approved events please contact me immediately in order that any necessary accommodations may be made

**Please note that academic dishonesty is a serious offense and harsh penalties results. Please review the Academic Honesty policy which applies to all Texas State University students.

Class Syllabus

     

 
January
   
         
 

17

Introduction - from Genetics to Genomics
**Download Paper 1  

Chapters 1/10

 
 

19

Probability - Monohybrids

Chapter 11

 
 

24

Mitosis and Meiosis

Chapter 12

 
 

26

Dihybrids and beyond

Chapter 13

 
 
February
   
           
  2 Pedigrees - Pedigrees Analysis Chapter 11/13    
 

7

Extensions to Mendel - Sex Link Age Chapter 12    
  9 More Complex Traits � Epista Sis Chapter 13    
  14 Chromosomal Inheritance variation/sex Chapter 17    
  16 DNA Discovery/Structure of DNA Chapter 2    
  21 Gene Linkage � Linkage Mapping Chapters  15/16/18    
  23 Test 1 (Chapters 1, 2, 10, 11, 12, 13,17)      
  28 Genetic Mapping Continued Chapters 15/18    
           
 
March
   
           
  2 Quantitative Traits - Analyses Chapter 14    
7 Population Genetic Analyses Chapter 24
  9 Molecular Evolution Chapter 25    
  13-17 Spring Break  
  21 DNA Replication Chapter 3    
  23 Test 2 (Chapters 3, 14, 15, 16, 18, 24, 25)      
  28 Genes and Transcription Chapters 4/5    
30 Translation Chapter 6
           
 
April
   
           
  4 Mutations and DNA repair Chapter 7    
  6 Gene regulation � Prokaryotic Chapter 19    
  11 Lac Operon Chapter 19    
  13 Lambda � Life Cycle and Lytic Pathway Chapter 19    
  18 Gene Regulation - Euks and Cancer Chapters 20/22    
  20 Gene Regulation - Cancer and Development Chapters 22/21    
  25 Test 3 (Chapters 4, 5, 6, 7, 19, 20, 21, 22)      
  27 Biotechnology Chapter 8/9    
 
May
   
           
  2 Dead Day      
  9 Final Exam Cumulative and Comprehensive 11:30 - 2:00 p.m.    
  11 Final Grades are provided to Registrar 12:00 p.m.