AP Biology Course: Part 2

Genetics and Molecular Biology

Course Description

This comprehensive AP Biology course, Part 2 of the series, is designed to equip students with the knowledge and skills necessary to excel in the AP Biology exam. Focused on genetics and molecular biology, this course delves deep into the fascinating world of genes, DNA, and the mechanisms of inheritance. Led by expert AP Biology teachers, the course combines engaging lecture videos, practice questions mirroring the AP exam format, and step-by-step tutorial videos to ensure a thorough understanding of complex biological concepts.

What Students Will Learn

  • Comprehensive preparation for the AP Biology Exam
  • In-depth understanding of Mendelian genetics and its historical context
  • Advanced knowledge of molecular genetics and current technological applications
  • Insights into information storage, retrieval, transmission, and response in living systems
  • Understanding of evolution as the driving force behind biodiversity
  • Hands-on experience through inquiry-based lab investigations and discussions

Prerequisites

While there are no specific prerequisites mentioned, students should have a basic understanding of biology concepts and be comfortable with scientific terminology. It is recommended to complete Part 1 of the AP Biology series before taking this course.

Course Coverage

  • Mendelian genetics and inheritance patterns
  • DNA structure and function
  • Molecular genetics and gene expression
  • Information processing in living systems
  • Evolution and its impact on biodiversity
  • Genetic technologies and their applications
  • AP exam preparation strategies and practice

Who This Course Is For

  • High school students preparing for the AP Biology exam
  • College-bound students interested in biology or life sciences
  • Lifelong learners seeking to expand their knowledge of genetics and molecular biology
  • Students looking to stand out in college admissions and potentially earn college credits

Real-World Applications

  • Pursuing careers in biology, medicine, genetics, or biotechnology
  • Understanding genetic diseases and their implications
  • Engaging in informed discussions about genetic engineering and its ethical considerations
  • Applying critical thinking and analytical skills to complex scientific problems
  • Developing a deeper understanding of the natural world and evolution

Syllabus Overview

  • Introduction to genetics
  • Mendelian genetics
  • Molecular genetics
  • DNA structure and replication
  • Gene expression and regulation
  • Genetic technologies and applications
  • Evolution and natural selection
  • Lab investigations and practical skills
  • AP exam preparation and practice tests