| Biology 1122:
Laboratory for Introduction to Genetics
Laboratory Syllabus and Schedule
Spring 2008
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Laboratory
Objectives
The overall objective of this introductory laboratory is to expand
the student's repertoire of laboratory techniques that can be applied to the
planning, execution and presentation of a research project. The class will be
divided into small research teams whose members will work together.
The student's
laboratory notebook, summaries, reports and final exam will be used to assess the following objectives:
- The ability
keep a complete and well-organized laboratory notebook.
- The ability
to formulate a simple hypothesis and to make predictions following from it.
- The ability
to evaluate a hypothesis by examination of experimental data.
- The ability
to choose and construct appropriate modes of data display.
- The ability
to read and explain simple data displays of different types.
- The ability
to apply descriptive statistics to a data set, when appropriate.
- The ability
to apply simple statistical analysis to a data set, when appropriate.
- The understanding
of principles underlying the basic laboratory techniques covered in this course.
- The ability
to execute the basic laboratory procedures covered in this course.
- The ability
to consult and navigate genetics databases to obtain information about the
structure, location and function of genes and proteins.
- The ability
to connect observations from multiple data sets into a coherent explanation.
- The ability
to write a clear and concise laboratory report in scientific style.
The instructor
will observe the student's competence in the following areas.
- The awareness
and practice of laboratory safety, including appropriate dress and behavior
in the laboratory, the appropriate use of protective equipment, and the proper
disposal of hazardous materials.
- The ability
to work productively with others in the execution of a project.
Pedagogical Strategies:
In addition to those general strategies outlined in the General Course Information, learning in
the laboratory will be supported as follows:
- exposition
of the principles and techniques related to each laboratory procedure.
- supervision
and guidance of students as they learn and practice these procedures.
- engagement
with the student in discussion of experimental design.
- demonstration
of data display and analysis procedures.
- directed analysis
of professional literature.
- instruction
in the use of genetics databases.
- explanation
and demonstration of laboratory safety.
- explanation
and demonstration of scientific writing, including record keeping and report
writing.
Laboratory Activities and Policies :
- The student
is expected to attend all laboratory sessions on time on the day assigned.
With a few exceptions, it is difficult to keep living materials and reagents
in a useful condition after the date for which they are prepared. Students
who miss a laboratory because of participation in official university functions
may attend laboratory on a different day or time than their usually scheduled
section.
- Some laboratory
activities will not require the three hours allotted to the laboratory. Others
may require additional time either on the day of the laboratory or on another
day during the week. Such extra duties must be shared equitably among members
of a research team.
- Each student
is expected to participate as a productive member of his or her research team.
Students missing a laboratory session for participation in official university
activities or for compelling personal reasons must provide compensatory service
to his or her research team.
- Each student
will maintain a laboratory
notebook. Notebooks
should be kept current and must be left with the instructor at the end of
each laboratory period. However, students may consult their notebooks at any
time. Notebooks will be checked periodically, and written suggestions made
for improvement of the data record.
- Students will
write a brief summary of the previous laboratory in the laboratory notebook
at the end of the laboratory period or the beginning of the following period, using information from the laboratory
notebook.
- Students will
prepare formal reports for two selected laboratory projects. Laboratories for
which a report is to be written for evaluation will be selected during the
semester and announced at least 10 days before the report is due. Relevant
pages from the laboratory record may be copied and taken home for the preparation
of these reports.
- All laboratory
reports or summaries must be presented in electronic form as MS Word documents attached to
WebCT Email. Students are responsible for verifying that attachments are indeed
attached to report messages.
- Although students
will be working in investigative teams, each student is expected to keep a full
laboratory record and to write an independent report or summary.
- Each students
must keep all outgoing Email and Discussion Board records of course-related
correspondence and reports submitted throughout the semester on the WebCT
communications software. These records will provide documentation of completed
assignments.
- The final laboratory exam will be given in the last laboratory period of the semester and will include questions covering laboratory techniques, theory underlying laboratory methods, and data interpretation.
Determination of the Laboratory Grade
- Notebook: 40%
- Laboratory Reports: 40%
- Final Exam: 20%
Grading
- A: 91-100
- B: 81-90
- C: 68 - 80
- D: 50 - 65
Schedule of Laboratory Activities |
|
Investigation |
Skills
Introduced* |
17 Jan |
No laboratories this week |
|
24 Jan |
Introduction to the Laboratory
ADH in Drosophila |
Laboratory
Notebook
Databases
Data Analysis
Spectrophotometry
Electrophoresis
PCR |
31 Jan |
7 Feb |
14 Feb |
21 Feb |
Modelling
Meiosis |
Modelling |
27 Feb |
CatLab:
Testing Hypotheses in Genetics |
Experimental
Design |
6 Mar |
CatLab:
Probability and Statistics in Genetic Analysis |
Data
Analysis |
13 Mar |
Spring Break: No Laboratory |
|
20 Mar |
Easter Break: No Laboratory |
|
27 Mar |
Gene
Expression: Gene Interaction in Corn Pigmentation |
Bioinformatics |
3 Apr |
Gene
Expression: Eye Pigments in Drosophila |
Chromatography |
10 Apr |
Karyotypes: Drosophila Salivary Chromosomes |
Microscopy |
17 Apr |
Karyotypes: Human Karyotypes |
Data Analysis |
21 Apr |
Gene
Regulation: The Lac Operon |
Microbial Genetics |
28 Apr |
Laboratory Final Exam |
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Dates of Interest
|
January 21: Monday Martin Luther King, Jr. Day; University closed
March 10-14: Spring Break
March 20-21: Thursday- Easter vacation begins 8:00 a.m.; University closed
April 14: Monday. Last day to drop a class
April 30 (Dead Day); Awards Ceremony 11–12:00 p.m. |
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