Course Overview

Introduction to Fundamentals of Biochemistry (CH 460)

This syllabus outlines the structure, policies, and content coverage for the college-level course "Fundamentals of Biochemistry" (CH 460). The course introduces students to the fundamental principles of biochemistry, focusing on the properties, structure, and chemistry of biological molecules, as well as their experimental investigation and metabolic functions.

• Instructor: Hui-Ting Lee, PhD

• Textbook: Biochemistry, 2nd Ed. by Appling, Anthony-Cahill, & Mathews (Pearson, 2016)

• Schedule: TR 12:30-13:45, UH 2100

• Teaching Assistants: Multiple listed

Course Description and Learning Objectives

Scope and Goals

The course covers the following major areas:

• Properties, structure, and chemistry of biological molecules (proteins, nucleic acids, carbohydrates, lipids)

• Experimental investigation of biomolecules

• Biological reactions and metabolism

• Problem-solving skills in biochemistry

• Scientific methods and analytical skills

Students will develop foundational knowledge for careers in biochemistry, medicine, pharmacy, and related fields.

Course Structure and Requirements

Lectures and Materials

• Lectures supplement textbook readings and homework assignments.

• Students are expected to read each chapter before class and bring all required materials.

• Free temporary e-textbook access is available for 14 days via Pearson/MyLab/Mastering.com.

Online Homework and Quizzes

• Homework is assigned via Pearson MyLab & Mastering and Canvas.

• iClicker quizzes are used for in-class participation; each correct answer earns points.

• Students must register for MyLab & Mastering and iClicker REEF polling.

Examinations

• Four exams: three 65-minute in-class exams and one 150-minute final exam.

• Exams include multiple-choice, 1-2 sentence answers, and calculation-based questions.

• Remote exams require webcam and computer compatibility.

Grading Policy

Points Distribution

Up to 5 bonus points can be earned from quizzes and surveys.

Grading Scale

No Pass/Fail option unless UAB changes policy during the semester.

Course Schedule

Weekly Topics and Exam Dates

Additional info: Schedule may be adjusted for holidays or unforeseen events.

Academic Integrity and Policies

Definitions and Examples

• Abetting: Helping another student commit an act of academic dishonesty.

• Cheating: Use or attempted use of unauthorized materials or information.

• Plagiarism: Claiming another's work or ideas as your own.

• Fabrication: Falsifying data or citations.

• Misrepresentation: Falsification of information or academic work.

• Assistance: Unauthorized help on assignments or exams.

Violations may result in penalties up to course failure or university withdrawal.

Student Resources

Support Services

• Help Desk: http://www.uab.edu/askit

• BlazerNet: http://www.uab.edu/blazernet

• Career Services: http://www.uab.edu/careerservices

• CAS Advising: http://www.uab.edu/casadvising

• Health Services: http://www.uab.edu/studenthealth

• Tutoring: http://www.uab.edu/studentsuccess

Registration and Access Instructions

MyLab & Mastering for Canvas

• Register via Pearson using your Canvas course link.

• Temporary access is available for 14 days; upgrade to full access with code or payment.

• Follow step-by-step instructions provided in the syllabus for registration and payment.

Summary

This syllabus provides a comprehensive guide to the structure, expectations, and resources for the Fundamentals of Biochemistry course. Students are expected to adhere to academic integrity policies, participate actively in lectures and assignments, and utilize available support services for success in the course.