Office Hours: Sims312A - TR 12:30-1:30 [email
for an appointment if these times are not convenient]
Course Texts:
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Biochemistry, 5th Ed., Campbell and Farrell, 2006
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Chemistry & Chemical Reactivity, 6th Ed, Kotz, Treichel, and
Weaver, 2006
Course Objectives:
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Strengthen thinking skills, improve study habits, and demonstrate ability
to learn fundamental principles from large amounts of scientific information.
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Develop a understanding of relevant chemistry in molecular medicine and
neuroscience.
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Learn fundamental chemical science principles necessary to understand the
scientific basis for molecular medicine
Course Outline: This is the second half of General Chemistry, an
introductory chemistry course for science and engineering majors.
The course focuses on learning chemistry by examining molecular medicine
and neuroscience. Students leave the course with both an understanding
of relevant chemistry principles and fundamental insights into the
scientific basis for modern medicines. This knowledge is useful for
future science courses, is very helpful in better understanding human health
at the molecular level, and is extremely important in being able to make
informed decisions as scientifically literate citizens in a society increasingly
engaged with molecular medicine.
The thematic approach being used in the course is organized in the following
manner:
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The early part of the semester focuses on fundamental General Chemistry
principles that are essential for understanding the scientific basis of
how modern medicines work. Topics have been included on a "need to
know" basis. Several fundamental chemistry topics are introduced
later in the course ("just in-time") directly before they are needed.
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The second part of the semester examines how medications developed to treat
inflammation work at the molecular level. Recent scientific discoveries
have revealed the central role of inflammation in many human disease processes.
Understanding the molecular mechanisms of action for both Nonsteroidal
Anti-Inflammatory Drugs (NSAID's) as well as for Steroidal Anti-Inflammatory
medications provides an opportunity to better understand both fundamental
chemistry principles and how medicines work within the human body.
This block also provides the opportunity for students to learn the scientific
basis for these widely publicized and frequently discussed drugs.
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The final part of the semester provides an excellent molecular introduction
to the rapidly emerging field of neuroscience, an exciting area of science
that lies at the intersection of chemistry, biology, and psychology.
Due to recent advances in human understanding of how neurotransmitters
function and due to the increasing utility of medicines that target neural
receptors, this portion of the course examines fundamental chemical principles
that underlie the molecular basis of action for nerve impulses as well
as the specific molecules that affect these.
Schedule: Lectures are scheduled TR at the appointed hour and location.
The course syllabus provides the specific schedule as the semester progresses.
All course information is posted on the chemistry department's web page
(chem.winthrop.edu).
Class Preparation: This is both a very interesting and a very
challenging course. Once a principle is covered during a lesson,
students will be expected to demonstrate an understanding of that concept
throughout the remainder of the semester. Lecture discussions will
assume that students understand material from previous lessons. Graded
problems throughout the course often cannot be answered without being able
to successfully apply previously discussed principles. It is very
important for students to continuously review course material. Athletes
practice every day, often for years, to master specific skills. Successful
students (and faculty) have learned to continuously reexamine those topics
and principles that are not completely clear to them. Students are
also encouraged to study in groups; teaching peers is perhaps the most
effective way to learn chemistry.
Students are responsible for all assigned study material and for all
material discussed in lecture. A great deal of important information
will be provided during lecture; take excellent notes!! Lectures
are not designed to reiterate assigned readings but to focus on conveying
important information from various sources to understand the General Chemistry
concepts that represent the molecular basis of modern medicine. You
are expected to spend whatever time it requires to develop and to demonstrate
an understanding of these subjects and lecture materials. You must
complete each reading and problem assignments
prior to class.
For each class I recommend that you do the following:
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Study previous lecture notes; consider rewriting them.
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Study and review course material topics relevant to previous class discussions.
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Read assigned lesson for upcoming lecture, take notes and identify questions
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Work assigned problems
Graded Exercises
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Quizzes will be periodically given and each be worth 30 points.
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Assigned problem sets will each be worth 15-30 points.
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Two to three tests will be given and weighted 100-150 points.
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Homework will be periodically collected; specific problems will be graded
and weighted 30 points
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The cumulative final exam will be worth 300 points.
Grades: There will be no makeups for graded exercises. You must
score better than 50% on the final exam to pass the course. The grading
scale is: A: 88-100%, B: 76-88%, C: 66-76%, D: 56-66%, F: <56%
Attendance: You are expected to attend all class meetings for
the full scheduled time. A student who is absent for any reason is responsible
for obtaining the assignments from the instructor or a classmate. Roll
will be taken occasionally and the attendance practices of students will
be taken into account when final grades are assigned. Absence from a test
or quiz without a written doctor's excuse or similar justification is inexcusable
and the student will receive a zero for that grade as well as a deduction
of the missed points from their other points earned in the course. For
excused absences, missed exercises will not be included when calculating
overall course grades.