CHEMISTRY 450 ­ BIOCHEMISTRY I

Southern Connecticut State University

Dr. Jiongdong Pang

Jennings 323

Tel: (203) 392-6272

E-mail: pang@scsu.ctstateu.edu

Web Site: http://www.scsu.ctstateu.edu/~pang

 

Fall Semester 20XX

 

Prerequisite: CHE 260-261, Organic Chemistry I & II

 

Text:  

Sons, Inc. (1999)

 

Laboratory Manual: 

·      Lab handout

 

Course Overview:

Biochemistry is a physical science that applied to biological problems.  Biochemistry involves the study of structure and function of the molecules that make up living cells and organisms.  Understanding the structural properties of a molecule enables us to form hypotheses about its interaction with other molecules and its function in a cell. 

In CHE 450-451, we will discuss the molecular aspects of the four major types of biological molecules: proteins, nucleic acids, lipids and carbohydrates.  Further topics include biological equilibria, metabolic pathways, thermodynamics, kinetics, bioenergetics, and the assembly of molecules into cellular structures such as membranes.

 

Final Course Evaluation:

 

            Three one-hour examinations                                      40%

            Ten in-class Quizzes                                                  10%

            Laboratory grade                                                         25%

            Final examination                                                        25%

                                                                                                --------

                                                                                                100%

 

            The final grade will be determined by the percentage of points obtained.  The actual grade will be based on the Southern Connecticut State University grading scale with possible adjustment for class average at the end of the semester (if necessary).

 

            Please remember that it is the policy of the Chemistry Department at Southern Connecticut State University that, to receive a passing grade in CHE 450, you MUST pass the laboratory portion of the course.  A passing grade for the laboratory portion of the course is a 60%.

 

Illness and Absences:

           

            If you are absolutely unable to attend an examination due to illness or other crisis, please leave a message on my voice mail at 392-6272 or in the Departmental Office at 392-6260.  If you wish to take a make-up examination, you must provide me with a medical excuse or other proof of illness.  The doctorıs note must include a diagnosis or statement that you were incapable of taking the examination.

 

Laboratory: 

           

            The Chemistry Department requires that everyone wear Safety Glasses while in the laboratory, beginning with the first laboratory.  If you show up for any laboratory period without Safety Glasses, you will NOT be allowed to perform the experiment and you will receive a zero grade for that experiment.  The proper Safety Glasses must meet OSHA regulations and can be purchased at the Southern Connecticut State University Bookstore.

 

Course Outline:

 

Date                                                    Topic

 

September 4                                        Introduction to Biochemistry

 

September 6                                        Review of Organic Chemistry

 

September 9, 11, 13 & 16                   Chapter 2: Chemical Equilibria: Acids,

                                                            Bases, and Buffers

 

September 18, 20 & 23                       Chapter 4: Amino Acids: Structure, Properties, and

                                                            Stereochemistry

 

September 25 &27                              Chapter 5: Proteins: Primary Structure

 

September 30 and October 2              Chapter 6: Proteins: Three-Dimensional Structure

 

October 4                                            Hour Examination One

 

October 7 & 9                                     Chapter 7: Protein Function: Hemoglobin and

                                                            Myoglobin

 

October 11, 14, 16, 18 & 21               Chapter 12: Enzyme Kinetics, Inhibition, and

                                                            Regulation

                                                           

October 23 & 25                                 Chapter 8: Carbohydrates

 

October 28, 30, November 1 & 4       Chapter 13: Introduction to Metabolism:

                                                            Thermodynamics and Bioenergetics

 

November 6                                        Chapter 14: Glucose Catabolism: Glycolysis

 

November 8                                        Hour Examination Two

 

November 11                                      Glycolysis, contıd

 

November 13 & 15                             Chapter 16: Citric Acid Cycle

 

November 18 & 20                             Chapter 17: Electron Transport and Oxidative

                                                            Phosphorylation

 

November 22 & 25                             Chapter 15: Glycogen Metabolism,

                                                            Gluconeogenesis, and Hormone Signal

                                                            Transduction

 

December 2, 4 & 6                              Chapter 15, contıd

                                                           

December 9                                         Hour Examination Three

 

December 11                                       Review

 

December 16                                       Final Examination (Cumulative)